USS Joseph Strauss (DDG-16), named for Admiral Joseph Strauss USN (1861–1948), was a  guided missile destroyer of the United States Navy.

Joseph Strausss keel was laid down by the New York Shipbuilding Corporation at Camden in New Jersey on 27 December 1960. The vessel was launched on 9 December 1961 by Mrs. Lawrence Haines Coburn, granddaughter of Admiral Joseph Strauss and commissioned on 20 April 1963.

During the Vietnam War Joseph Strauss served as plane guard for aircraft carriers on Yankee Station in the Tonkin Gulf, participated in Sea Dragon operations, patrolled on search and rescue duties and carried out naval gunfire support missions.

Operational history

1960s

Joseph Strauss departed Philadelphia on 6 June 1963 for a brief cruise to Puerto Rico and Willemstad, Curaçao, and then transited the Panama Canal to join the Pacific Fleet on the western seaboard. She arrived at Long Beach Naval Shipyard on 13 July 1963 for alterations, followed by tactics out of San Diego north to Seattle, Washington.

As flagship of Destroyer Squadron 3, Joseph Strauss sailed from Long Beach on 30 June 1964. After calling at Pearl Harbor and Midway Atoll, she arrived in Yokosuka, Japan on 18 July. While in port at Yokosuka, the crew of Joseph Strauss learned that North Vietnamese torpedo boats had attacked the U.S. destroyer  in the Tonkin Gulf, and the ship hurried out of port with other squadron ships to join carrier forces in the South China Sea. She departed 3 August 1964 to rendezvous off Okinawa on 6 August with the aircraft carrier . During this time, U.S. Naval aircraft from Constellation conducted air strikes over North Vietnam. She then patrolled off the Vietnam coast and the South China Sea with task forces built around Constellation,  and . Brief sweeps were made to the Philippines and ports of Japan. Joseph Strauss arrived in Yokosuka on 15 December 1964 for upkeep, sailing again on 21 January 1965 to support U.S. Forces in Vietnam until 1 March. During this period, she operated with , , , and .

Following upkeep in Subic Bay from 1–10 March, Joseph Strauss sailed with ships of the Royal Thai Navy for exercises in the Gulf of Thailand. She was briefly flagship of the 7th Fleet from 22 to 26 March during the official visit of Vice Admiral Paul B. Blackburn, Jr., to Bangkok, Thailand. She departed Yokosuka on 19 April for operations that brought recognition and honor to both the ship and her crew.

From 24 April 1965, Joseph Strauss, together with , was part of the first advanced search and rescue/anti-air warfare (SAR/AAW) picket team in the Gulf of Tonkin to support U.S. air strike operations against North Vietnam. From 16 through 21 May, she observed operations of a Russian task unit. She returned to Yokosuka from 23 May to 4 June, then again sailed for the Gulf of Tonkin. Her ensuing 27 days as flagship of the SAR/AAW picket unit were highly successful, establishing operational procedures and capabilities which remain destroyer standards. On 17 June 1965, two F4B Phantoms from , under Joseph Strauss advisory control, shot down two MiG-17s, accounting for the first two hostile aircraft downed by U.S. forces in aerial combat since 1953. Three days later, two propeller-driven Skyraiders, also from Midway and under Joseph Strauss advisory air control shot down another MiG-17.  As a result, members of Strauss Combat Information Center team were decorated by the Secretary of the Navy.

Joseph Strauss arrived in Hong Kong on 6 July 1965, putting out to sea 14 to 16 July to avoid Typhoon Freda, and again 18 to 19 July to carry the 7th Fleet Salvage Officer to Pratus Reef to assist in refloating . She departed Hong Kong 21 July for Yokosuka. The following day she took a disabled Nationalist Chinese fishing boat in tow and delivered it safely to Keelung on 23 July, thence sailed to Yokosuka, arriving 25 July for upkeep.

On 3 September 1965, she successfully fired two improved Tartar missiles off Okinawa. After a 1-day stop at Sasebo, Joseph Strauss proceeded south in the screen of . Upon arrival in the South China Sea, she was detached for picket patrol in the Gulf of Tonkin during the last three weeks of September She spent the first two weeks of October supporting operations off Vietnam in the screen of Bon Homme Richard and . She then returned to Subic Bay for naval gunfire support training which continued off Da Nang, South Vietnam. On 28 October 1965, she fired her first shots in anger, expending 217 5-inch shells in support of a combined ARVN-Marine Corps search-and-destroy operation against the Viet Cong. Joseph Strauss thus became the first U.S. Navy guided missile destroyer to fire her guns at enemy targets. As a result of this action, the ship's crew received a commendation from the Commanding General, 2nd U.S. Marine Division.  Throughout November she formed an advanced SAR/AAW picket team with  in the Gulf of Tonkin. She returned to Yokosuka on 7 December 1965 for upkeep and preparations to resume operations off South Vietnam. Joseph Strauss returned to the Gulf of Tonkin 10 February 1966 and remained active in the war zone until heading for Hong Kong exactly one month later. Back in the fighting 26 April, she remained in the war zone until returning to Yokosuka 15 June. That day her home port was changed to Pearl Harbor which she reached 26 July.

Joseph Strauss operated in the Hawaiian area until heading back for the Western Pacific 14 January 1967. She remained in the Far East until returning to Pearl Harbor on 17 June.

Operation Praying Mantis

On 14 April 1988, the frigate  sighted three mines floating approximately one-half mile from the ship. Twenty minutes after the first sighting, as Samuel B. Roberts was backing clear of the minefield, she struck a submerged mine nearly ripping the warship in half. The crew stabilized the ship. Samuel B. Roberts was sent back to the United States for repair.

On 18 April 1988, Operation Praying Mantis took place which was an attack by U.S. Naval forces in retaliation for the Iranian mining of the Persian Gulf and damage to an American ship Samuel B. Roberts. The battle, the largest for American surface forces since World War II, sank two Iranian warships and it also marked the first surface-to-surface missile engagement in U.S. Navy history. The Americans attacked with several groups of surface warships, plus aircraft.

In the middle of the action, Joshan, an Iranian Kaman-class fast attack craft, challenged the cruiser  and Surface Action Group Charlie, firing a Harpoon missile at them. The frigate  responded to the challenge by firing four Standard missiles, while Wainwright followed with two Standard missiles. The attacks destroyed the Iranian ship's superstructure but did not immediately sink it. The three ships of SAG Charlie (Wainwright, Simpson, and ) closed on Joshan, destroying the Iranian vessel with naval gunfire. Fighting continued when the  departed Bandar Abbas and challenged elements of an American surface group. The frigate was spotted by two VA-95 A-6Es while they were flying surface combat air patrol for Joseph Strauss. Sahand fired missiles at the A-6Es, and the Intruders replied with two Harpoons and four laser-guided Skipper bombs. Joseph Strauss added a Harpoon missile. Most, if not all, of the U.S. weapons hit the Iranian ship. Fires blazing on Sahands decks eventually reached her magazines, causing an explosion that helped sink the ship. Despite the loss of Sahand, one of Iran's most modern ships, the Iranian navy continued to fight. Late in the day, a sister ship of Sahand, , departed from its berth and fired a surface-to-air missile at several A-6Es from VA-95. Intruder pilot Engler dropped a laser-guided bomb on Sabalan, leaving the ship dead in the water. The Iranian frigate, stern partially submerged, was taken in tow by an Iranian tugboat.

Greek service and decommissioning
Joseph Strauss was decommissioned on 1 February 1990, transferred to Greece on 1 October 1992 and renamed Formion (D220), for the Athenian Admiral Phormio, and stricken from the Naval Vessel Register on 11 January 1995.

Greece decommissioned Formion on 29 July 2002 and the ship was sold as scrap on 19 February 2004.

References

External links

 USS Joseph Strauss DDG-16 at MaritimeQuest.com

Charles F. Adams-class destroyers
Ships built by New York Shipbuilding Corporation
1961 ships
Cold War destroyers of the United States
Vietnam War destroyers of the United States
Kimon-class destroyers

USS Joseph Strauss


est un film japonais réalisé par Isshin Inudō, sorti en 2005.

Synopsis
Saori, une jeune femme en difficulté financière, reçoit la visite d'un beau jeune homme nommé Haruhiko. Celui-ci affirme être le petit ami de son père, Himiko, dont elle n'a pas plus de nouvelles. Il lui apprend que ce dernier tient une maison de repos pour personnes âgées homosexuelles sur la côte et a un cancer. Malgré le ressentiment qu'elle a par rapport à l'abandon de son père et contrainte par ses problème d'argent, elle accepte de venir travailler dans la « maison de Himiko ».

Fiche technique
 Titre : La Maison de Himiko
 Titre original :
 Réalisation : Isshin Inudō
 Scénario : Aya Watanabe
 Musique : Haruomi Hosono
 Photographie : Takahiro Tsutai
 Montage : Hirohide Abe
 Production : Osamu Kubota et Shinji Ogawa
 Société de production : Asmik Ace Entertainment, IMJ Entertainment, Culture Publishers, Nippon Television Network et Stardust Pictures
 Pays de production :
 Langue originale : japonais
 Genre : Drame
 Durée : 130 minutes
 Dates de sortie :
 Japon :

Distribution
 Joe Odagiri : Haruhiko
 Kō Shibasaki : Saori Yoshida
 Min Tanaka : Himiko
 Kira Aoyama : Yamazaki
 Hirokazu Inoue : Takao
 Junkyu Moriyama : Kijima
 Chiharu Muraishi : Erina
 Hidetoshi Nishijima : Hosokawa
 Tokimasa Tanabe : Junya
 Torauemon Utazawa : Ruby
 Shin'ichi Yanagisawa : Masaki
 Youchan : Kikue

Distinctions
Le film a remporté le prix du meilleur film au festival .

Notes et références

Liens externes

Film japonais sorti en 2005
Film dramatique japonais
Film en japonais
Film japonais sur l'homosexualité masculine

La Maison de Himiko


In mathematics, Legendre transform is an integral transform named after the mathematician Adrien-Marie Legendre, which uses Legendre polynomials  as kernels of the transform. Legendre transform is a special case of Jacobi transform.

The Legendre transform of a function  is

The inverse Legendre transform is given by

Associated Legendre transform

Associated Legendre transform is defined as

The inverse Legendre transform is given by

Some Legendre transform pairs

References

Integral transforms
Mathematical physics

Legendre transform (integral transform)


Ignacio Cerdà, más conocido como Nacho Cerdà  (nacido 1969) es un director de cine español conocido por su película Aftermath estrenada en 1994. Un año después de producirla, fue acusado de realizar un montaje sobre la autopsia a un supuesto extraterrestre; sin embargo, esta acusación fue retirada debido a que se reveló posteriormente que Ray Santilli había sido el director.

Cerdà también dirigió The Abandoned, cinta lanzada en 2007 que giró en torno a una productora americana de películas quien retorna a su hogar en Rusia, para descubrir la verdad sobre su historia familiar; fue estrenada en el festival de horror «After Dark Horrorfest» de  Estados Unidos en noviembre de 2006. La película recibió un lanzamiento independiente en los cines en febrero de 2007. El DVD fue lanzado el 19 de junio de 2007.

La trilogía de la muerte
Aftermath es la segunda de una trilogía de cortometrajes conocidos como «La trilogía de la muerte». El primer filme titulado «Awakening», dura alrededor de 8 minutos y fue realizado en 1990; la cinta gira en torno a un joven para quien el tiempo se detiene después de quedarse dormido en un salón de clases, solo para darse cuenta después que él, de hecho, ha muerto y estuvo experimentando una experiencia extracorporal. La secuela de 1994, «Aftermath», dura alrededor de 32 minutos y tuvo una trama asociada a la deshonra, mutilación, y necrofilia. Finalmente, Génesis de 1998, muestra en 35 minutos la vida de un escultor cuyo trabajo artístico cobra vida mientras que él se vuelve piedra, y su trabajo gradualmente lo consume. La trilogía representa las tres etapas de la vida, y en cada caso, Cerdà muestra cómo somos vulnerables a los caprichos de los elementos más allá de nuestro control: tiempo, otros, y posesiones materiales respectivamente.

Referencias

Enlaces externos
 Blog de Nacho Cerdà

Directores de cine de Cataluña
Nacidos en Barcelona

Nacho Cerdà


Bramslev Bakker med stejle skråninger ligger på nordsiden af Mariager Fjord omkring 4 kilometer øst for Hobro.

Naturfredning
Bakkerne rummer overdrev med hårdføre enebærbuske og er en del af en 100 hektar hektar stor naturfredning, der også omfatter arealer langs Valsgård Bæk, der løber centralt i området. I 1934 blev 26 hektar af Bramslev Bakker fredet for at beskytte landskabet mod sommerhusbebyggelse. Enebærkrattet i bakkerne er opstået på grund af afgræsning gennem århundreder. Enebær er en af de få buske, som ikke bliver nedbidt af får. For at bevare den meget artsrige urtevegetation på overdrevene udføres naturplejen ved at fjerne uønsket opvækst og ved afgræsning med får, kvæg eller heste.

Mod vest grænser Bramslev Bakker op til de ligeledes fredede Hegedal Bakker, der går langs fjorden helt ind til Hobro.

Fra parkeringspladsen ved restauranten og campingpladsen på toppen af bakkerne er der udsigt over Mariager Fjords istidslandskab. Herfra er der også udgangspunkt for en 4 km lang afmærket vandrerute. Ved foden af bakkerne er der en bade- og anløbsbro for turbåden på fjorden.

Eksterne henvisninger

 Om Bramslev Bakker og naturfredningen på fredninger.dk
 Om Bramslev Bakker  på mariagerfjordguiden.dk
 Folder om Bramslev Bakker
 Droneoptagelse

Fredede arealer i Danmark
Lokaliteter i Mariagerfjord Kommune

Bramslev Bakker


ඉරක්කණ්ඩි පාලම යනු ශ්‍රී ලංකාවේ තුන්වන දිගම පාලම වන අතර එය මීටර 300ක් දිගු වේ. එය ත්‍රිකුණාමලය සහ පුල්මුඩේ ප්‍රදේශ යා කරන මාර්ගයෙහි නිර්මිතය.

ඉදි කොට නිමකරන ලද ඉරක්කණ්ඩි පාලම, කින්නියා පාලම විවෘත කල 2009 ඔක්තෝම්බර් 20 වන දිනදීම එවක ජනපති මහින්ද රාජපක්ෂ මහතා විසින් විවෘත කරන ලදී.

මේවාද බලන්න
ශ්‍රී ලංකාවේ පාලම් ලැයිස්තුව

ආශ්‍රිත

ඉරක්කණ්ඩි පාලම


L'équipe de Belgique de football se qualifie en 1969 pour la phase finale de Coupe du monde au Mexique et dispute deux rencontres amicales face à celui-ci.

Objectifs
Le seul objectif de la saison pour la Belgique est de tenter de se qualifier pour la Coupe du monde pour la cinquième fois de son histoire, la première depuis l'édition 1954.

Résumé de la saison

Versée dans un groupe relevé en compagnie de l'Espagne, la Yougoslavie et la Finlande, la Belgique parvient à se qualifier pour la Coupe du monde 1970 en déjouant les pronostics. L'équipe est emmenée par les attaquants Johan Devrindt et Odilon Polleunis, auteurs respectivement de six et cinq buts sur les quatorze inscrits par la Belgique durant les qualifications. Durant la phase finale, la Belgique remporte sa première victoire en Coupe du monde face au Salvador (3-0) mais est ensuite battue par l'URSS (1-4) et le Mexique (0-1), deux défaites signifiant son élimination. Les joueurs les plus en vue sont l'attaquant Raoul Lambert et le milieu Wilfried Van Moer, qui inscrivent chacun deux buts durant le tournoi.

Bilan de l'année
L'objectif est atteint, contre toute attente la Belgique se qualifie pour sa première phase finale après seize longues années d'absence à ce stade de la compétition et en écartant notamment la Yougoslavie, finaliste du dernier championnat d'Europe en Italie, et l'Espagne, vainqueur en 1964.

Coupe du monde 1970

Éliminatoires (Groupe 6)

|}

Les matchs

Note : Première rencontre officielle entre les deux nations.

Les joueurs

Un « r » indique un joueur qui était parmi les remplaçants mais qui n'est pas monté au jeu.

Aspects socio-économiques

Couverture médiatique

Source : Programme TV dans Gazet van Antwerpen.

Sources

Archives

Références

1969
Belgique
Football en Belgique en 1969

Équipe de Belgique de football en 1969


Contrapunct în alb este un film românesc din 1964 regizat de Savel Stiopul.

Prezentare

Note

Legături externe

Vezi și
 1964 în film

Filme românești
Filme în limba română
Filme din 1964
Filme regizate de Savel Știopul

Contrapunct în alb (1964)


اختلال الجلوكوز الصومي هو حالة من اضطراب مستوى جلوكوز الدم وارتفاعه قليلا بحيث يكون على الحد الأعلى الطبيعي

مقدمة
تظهر في بداية مرض السكري ويصاحبها مقاومة للأنسولين وزيادة خطر الإصابة بمرض قلبي وعائي على الرغم من أنها أقل خطورة من اختلال تحمل الغلوكوز. وتتطور هذه الحالة إلى النوع الثاني من الداء السكري، وقد أوضحت إحدى الدراسات مؤخراً أن متوسط الفترة التي تأخذها هذه الحالة لتتطور إلى النوع الثاني اقل من ثلاث سنوات. إن تغير مستوى غلوكوز الصيام هو أيضاً من عوامل الخطورة التي تؤدي للوفاة.

و يتميز اختلال الجلوكوز الصومي بارتفاع نسبي في مستوى غلوكوز الدم الصيامي، ولكن هذا الارتفاع لا يؤهله ليكون النوع الثاني من الداء السكري. وعند إجراء اختبار تحمل الغلوكوز الفموي، يثبت المستوى الطبيعي لغلوكوز الدم بعد ساعتين بخلاف الوضع في حالة اختلال تحمل الغلوكوز.

المعايير والقياسات
مستوى سكر الدم عند الصوم أكثر من 100مغ/دل وأقل من 125مغ/دل [.

و هذه القياسات عرضة للتغير المستمر حسب الدراسات الدورية التي تصدر عن الجمعيات والأكاديميات المهتمة بمرض السكري لأن العديد من علماء الغدد الصماء يعتقدون أن اختلال الجلوكوز الصومي يمكن في بعض الحالات أن يتضمن مستوى غلوكوز صيام بين 95 – 100 مغ/دل.

تشخيص الداء السكري
لتشخيص الداء السكري يجب أن تكون قيمة سكر الدم الصيامي أكثر من 125 مغ/دل في ثلاثة اختبارات منفصلة. وعلى كل حال يحتاج المريض الذي لديه خلل في اختبارات سكر الدم الصيامي إلى متابعة مستمرة وإعادة التحاليل المخبرية والفحوص السريرية بشكل مستمر لتأكيد إصابته بالداء السكري والبدء بالتدابير المناسبة وتشمل العلاج الدوائي والحمية الغذائية والنشاط الفيزيائي الجيد.

اقرأ أيضاً
 الداء السكري
 أنسولين
 اختلال تحمل الغلوكوز
 اختبار تحمل الغلوكوز

المراجع

اضطرابات بنكرياس الغدد الصماء

اختلال الجلوكوز الصومي


The Cheyenne River (; "Good River"), also written Chyone, referring to the Cheyenne people who once lived there, is a tributary of the Missouri River in the U.S. states of Wyoming and South Dakota. It is approximately 295 miles (475 km) long and drains an area of 24,240 square miles (62,800 km2). About 60% of the drainage basin is in South Dakota and almost all of the remainder is in Wyoming.

Course
Formed by the confluence of Antelope Creek and Dry Fork Creek in Wyoming, it rises in northeastern Wyoming in the Thunder Basin National Grassland in Converse County. It flows east into South Dakota, passes Edgemont, and skirts the southern end of the Black Hills, passing through Angostura Reservoir.
On the east side of the Black Hills, it flows northeast, past Oral, the Buffalo Gap National Grassland, and along the northwestern boundary of the Pine Ridge Indian Reservation and Badlands National Park. It is joined by Rapid Creek, passes Wasta and is joined by the Belle Fourche River in eastern Meade County, after which it flows ENE along the southern boundary of the Cheyenne River Indian Reservation. Near the town of Cherry Creek, it is joined by Cherry Creek and flows into Missouri at Lake Oahe, approximately 32 mi (50 km) NNW of Pierre, South Dakota, with the lower 35 mi (56 km) of the river forming an arm of Lake Oahe.

The Belle Fourche River is the largest tributary of the Cheyenne. Rapid, Sulphur, Plum, Cherry, and Owl Creeks are important other tributaries of the Belle Fourche-Cheyenne. Snowmelt from the Black Hills provides the major source of river water. Because of the proximity to the Black Hills and its mining industry, the Cheyenne historically picked up large quantities of zinc, arsenic, and cyanide. Those pollutants are no longer a major threat due to water quality regulations. The Cheyenne River is still higher in dissolved mineral content than any other South Dakota major river.

Cheyenne Watershed
The Cheyenne watershed is part of the Missouri River watershed and spans the Mountain West and Great Plains states of northeastern Wyoming, southwestern and south central South Dakota, as well as small areas of northwestern Nebraska, and southeastern Montana.  As of 2001, the Cheyenne watershed was primarily grassland (62.8%), followed by shrubland (16.3%) and forest cover (11.9%).  The primary population centers include Rapid City, South Dakota and Gillette, Wyoming.

With a population of nearly 4.5 million in these states, water use was an average of 5,254 million gallons per day in 2010.  This amounts to approximately 1,170 gallons per person per day.  A total of 1,855 thousand acre-feet of water (more than 600 million gallons) are stored in 9 lakes and reservoirs in the Cheyenne watershed.

Sedimentation is a major water quality concern for the Cheyenne watershed, potentially resulting in reduced storage capacity for reservoirs.  Major water issues in the Cheyenne, reflect those of the larger Missouri River basin and stem from anticipated effects from a warming climate.

Industrial use
Demand for water from agriculture for irrigation, greater threats to viable habitat for endangered species and wildlife are large concerns directly related to increasing temperatures and evapotranspiration. Water companies are also concerned about "water delivery" in response to shifting runoff periods. Similarly, power companies are concerned about climate effects on hydropower generation.

As of November 2019, TC Energy was applying for permits in the state to tap the Cheyenne River to use water for the construction of Phase 4 of the Keystone pipeline, including camp construction to house transient construction workers.

See also
List of rivers of South Dakota
List of rivers of Wyoming

References

External links

Rivers of South Dakota
Rivers of Wyoming
Tributaries of the Missouri River
Rivers of Converse County, Wyoming
Rivers of Oglala Lakota County, South Dakota
Rivers of Fall River County, South Dakota
Rivers of Meade County, South Dakota
Rivers of Ziebach County, South Dakota

ca:Reserva índia de Cheyenne River

Cheyenne River


El puesto conocido como profesor Saviliano de astronomía o cátedra Saviliana de astronomía se estableció en la Universidad de Oxford en 1619, al mismo tiempo que la cátedra Saviliana de geometría. Fue fundada por sir Henry Savile, un matemático y erudito clásico que fue alcaide (warden) del Merton College y rector del Eton College, reaccionando a lo que ha sido descrito como «el miserable estado de los estudios matemáticos en Inglaterra» en ese momento.

John Bainbridge fue el primer profesor nombrado para la cátedra. Hasta el momento, han sido designados en total 21 profesores Savilianos de astronomía, siendo el más reciente Steven Balbus, designado en 2012. Las dos cátedras Savilianas están vinculadas a membresías en el New College de Oxford desde finales del .

Lista de profesores
 1619 John Bainbridge
 1643 John Greaves
 1649 Seth Ward
 1661 Christopher Wren
 1673 Edward Bernard
 1691 David Gregory
 1708 John Caswell
 1712 John Keill
 1721 James Bradley
 1763 Thomas Hornsby
 1810 Abraham Robertson
 1827 Stephen Peter Rigaud
 1839 George Henry Sacheverell Johnson
 1842 William Fishburn Donkin
 1870 Charles Pritchard
 1893 Herbert Hall Turner
 1932 Harry Hemley Plaskett
 1960 Donald Eustace Blackwell
 1988 George Petros Efstathiou
 1999 Joseph Ivor Silk
 2012 Steven Balbus

Referencias

Profesores de la Universidad de Oxford

Profesor Saviliano de astronomía


إس تي ميكرو STMicroelectronics هي شركة إيطالية فرنسية لصناعة الإلكترونيات وأشباه الموصلات تأسست سنة 1957 مقرها في جنيف - سويسرا.

مراجع

شركات مدرجة في بورصة إيطاليا
أعضاء مؤسسة الهندسة المعمارية غير المتجانسة
اقتصاد إيطاليا
شركات إلكترونيات أسست في 1987
شركات إلكترونيات في إيطاليا
شركات إلكترونيات في فرنسا
شركات أسست في 1957
شركات تصنيع مقرها في جنيف
شركات حكومية إيطالية
شركات كاك 40
شركات متعددة الجنسيات مقرها في سويسرا
شركات مدرجة في بورصة نيويورك
شركات مملوكة من قبل الدولة الفرنسية
شركات مخصخصة جزئيا في إيطاليا

إس تي ميكروإلكترونكس


Finn fue un caudillo legendario de Frisia, hijo del caudillo Folcwald y vivió en la Era de Vendel (). Finn aparece en diversas fuentes medievales como Widsith, Beowulf, y el Fragmento de Finnsburg. También aparece un personaje llamado Finn en Historia Brittonum.

Casó con Hildeburh, una hermana del vikingo Hnæf de Dinamarca, y murió en el campo de batalla luchando contra el lugarteniente de Hnæf, llamado Hengest, tras la muerte del caudillo danés en mano de los frisones.

En el poema épico Beowulf se puede leer:

"Finn, hijo de Folcwald,
honraría a los daneses,..."

Una posible referencia a Finn aparece en Skáldskaparmál de Snorri Sturluson. Snorri cita la enemistad entre Eadgils y Onela (que también se refleja en Beowulf), y escribe que Aðils (Eadgils) estaba en guerra contra el rey de Noruega Áli (Onela). Áli murió en el campo de batalla, y Aðils tomó el yelmo del derrotado llamado jabalí de batalla y su caballo llamado Raven. Los berserkers daneses que ayudaron a la Victoria de Eadgils, reclamaron tres libras de oro por cabeza como pago y dos piezas de la armadura que nada podía cortar: el yelmo y la cota de malla "herencia de Finn", así como el anillo llamado Svíagris. Aðils consideró el pago desorbitado y se negó.

Según el poema Völundarkviða, los tres hermanos Slagfiðr, Agilaz y Völundr eran hijos de Finn.

Referencias

Enlaces externos
 Beowulf en heorot.dk
 Widsith en rado.sk

Véase también
 Agilaz
 Batalla de Finnburg
 Finn and Hengest

Caudillos vikingos legendarios de Dinamarca
Personajes de Beowulf
Historia de la provincia de Frisia

Finn de Frisia


Die Liste der denkmalgeschützten Objekte in Pohorelá enthält die acht nach slowakischen Denkmalschutzvorschriften geschützten Objekte in der Gemeinde Pohorelá im Okres Brezno.

Denkmäler

Legende

Einzelnachweise

!
Pohorela


Compromiso por México fue una alianza electoral formada por el Partido Revolucionario Institucional y el Partido Verde Ecologista de México, con el ex Gobernador del Estado de México, Enrique Peña Nieto, como candidato para competir en las Elecciones federales en México de 2012. Así mismo la alianza se replicó en las candidaturas a senadores por algunos estados y diputados federales en varios distritos electorales a lo largo del país.

Aunque el Partido Nueva Alianza pertenecía a la coalición, el día 20 de enero del 2012 la directiva de dicho instituto político decidió competir por separado.

Resultados electorales

Presidencia de México

Cámara de senadores

Cámara de diputados

Gubernaturas

Referencias

México en 2012
Coaliciones electorales de México
Organizaciones políticas de México

Compromiso por México


O referendo de 1971 no Haiti foi realizado em 30 de janeiro de 1971, organizado pelo ditador François Duvalier, com o objetivo dos haitianos decidirem se o seu filho, Jean-Claude, deveria sucedê-lo como presidente. Com problemas cardiovasculares, Duvalier quis legitimar a sua sucessão fazendo de seu filho um herdeiro político.
Antes do referendo, o parlamento haitiano havia votado a favor da redução do limite de idade para se tornar presidente de 40 para 20 anos, além de decretar que Jean-Claude Duvalier não tinha 19 anos e sim 21 anos, o que lhe permitiria para suceder seu pai.

Convocação e resultados
O referendo fez aos haitianos a seguinte pergunta:

De aproximadamente 4,7 milhões de habitantes, 2.391.916 eleitores votaram no referendo. Se informou que o referendo foi aprovado por 100% dos votantes, sem votos contra oficialmente reconhecidos.

Dinastia Duvalier
Eleições no Haiti
Referendos em 1971
1971 no Haiti

Referendo constitucional no Haiti em 1971


Antonio Realubin Tobias (Laoag City, Ilocos Norte, Filipinas, 13 de junho de 1941) é um ministro filipino e bispo católico romano emérito de Novaliches.

Antonio Realubin Tobias estudou filosofia e teologia no Seminário San Carlos na cidade de Makati e foi ordenado sacerdote da Arquidiocese de Manila em 21 de dezembro de 1965 na Catedral de Manila. Ele se formou na Pontifícia e Real Universidade de São Tomás de Aquino em Manila com uma licenciatura em Direito Canônico.

Em 3 de novembro de 1982, o Papa João Paulo II o nomeou Bispo Titular de Tipasa na Numídia e o nomeou Bispo Auxiliar de Zamboanga. O Núncio Apostólico nas Filipinas, Dom Bruno Torpigliani, o consagrou em 25 de janeiro de 1983 na Catedral de Manila; Co-consagrantes foram o Arcebispo de Zamboanga, Francisco Raval Cruces, e o Arcebispo de San Fernando, Oscar V. Cruz. João Paulo II o nomeou bispo de Pagadian em 14 de setembro de 1984. Em 28 de maio de 1993 foi nomeado bispo de San Fernando de La Union. Antonio Realubin Tobias também se tornou Administrador Apostólico de Novaliches em 21 de junho de 2003. Em 25 de novembro de 2003 foi nomeado Bispo de Novaliches.

O Papa Francisco aceitou sua aposentadoria em 6 de junho de 2019.

Ver também

Bispos católicos das Filipinas

Antonio Realubin Tobias


Fairmont Hot Springs est une municipalité située dans la province de la Colombie-Britannique, dans le sud-est.

Notes et références

Municipalité en Colombie-Britannique

Fairmont Hot Springs


The Natural Sciences and Engineering Research Council of Canada (NSERC; , CRSNG) is the major federal agency responsible for funding natural sciences and engineering research in Canada. NSERC directly funds university professors and students as well as Canadian companies to perform research and training. With funding from the Government of Canada, NSERC supports the research of over 41,000 students, trainees and professors at universities and colleges in Canada with an annual budget of CA$1.1 billion in 2015. Its current director is Alejandro Adem.

NSERC, combined with the Social Sciences and Humanities Research Council (SSHRC) and the Canadian Institutes of Health Research (CIHR), forms the major source of federal government funding to post-secondary research. These bodies are sometimes collectively referred to as the "Tri-Council" or "Tri-Agency".

History
NSERC came into existence on 1 May 1978 under the Natural Sciences and Engineering Research Council Act, which was passed in an omnibus manner by the government of Pierre Elliot Trudeau. University-based research had previously been supported through the National Research Council of Canada. It reports to Parliament through the Minister of Innovation, Science and Economic Development. It is governed by a Council composed of its president and up to 18 members appointed from the private and public sectors and an executive team of eight persons.

President
Past presidents include Gordon M. MacNabb (1978-1986), Arthur W. May (1986-1990), Peter Morand (1990-1995), Tom Brzustowski (1995-2005), Suzanne Fortier (2006-2013), and B. Mario Pinto (2014-2018). On 25 June 2019, Alejandro Adem was appointed President of NSERC, effective October 1, 2019.

Grants and awards

Professors
NSERC offers research funding for programs and projects covering every discipline of the sciences and engineering. In 1989, NSERC started a Chairs for Women in Science and Engineering (CWSE) program, with Dr. Monique Frize selected as the first Chair. In 1996, the program was restructured to support one Chair in each of the following five regions: Atlantic, Quebec, Ontario, Prairies, and British Columbia/Yukon and in 2006 a CWSE National Network was created, which facilitates collaborations among the sitting Chairs. The NSERC Chair for Women in Science and Engineering for the B.C./Yukon region operates under the name Westcoast Women in Engineering, Science, and Technology (WWEST). Past CWSE Chairs include Dr. Elizabeth Cannon (1997), Dr. Claire Deschênes (1997), Dr. Monique Frize (1997), Dr. Maria Klawe (1997), Dr. Florence-Mary Williams (1997), Dr. Anne Condon (2002), Dr. Valerie Davidson (2002), Dr. Cecilia Moloney (2002), Dr. Julita Vassileva (2004), Dr. Nadia Ghazzali (2006), Dr. Elizabeth Croft (2010), Dr. Annemieke Farenhorst (2011), Dr. Catherine Mavriplis (2011), and Dr. Lesley Shannon (2015). As of 2023, the current regional CWSE Chairs are Dr. Tamara Franz-Odendaal (Atlantic), Dr. Eve Langelier (Quebec), Dr. Shohini Ghose (Ontario), Dr. Laleh Behjat (Prairies), and Dr. Jennifer Jakobi (B.C./Yukon).

NSERC's newest program, launched in 2023, is Chair for Inclusion in Science and Engineering (CISE). Beginning in Atlantic Canada, the current A-CISE co-chairs are Dr. Svetlana Barkanova, a physicist with Grenfell Campus, Memorial University, Dr. Stephanie MacQuarrie, Professor of Organic Chemistry Cape Breton University, and physicist Dr. Kevin Hewitt of Dalhousie University. These Atlantic Chairs "aim to reach a broad range of underrepresented groups, including women and gender minorities, Indigenous Peoples, persons with disabilities, racialized groups and members of LGBTQ communities, with a particular focus on First Nations and French communities, African Nova Scotians and remote and rural areas."

Students and fellows
NSERC provides awards, scholarships, and fellowships to graduate and undergraduate students for scientific research.

Partnership programs
NSERC has Research Partnerships Programs to help foster collaborations between university researchers, colleges and other sectors (including government and industry) to develop new knowledge and expertise, transfer it to Canadian-based organizations and meet the objectives of the Government of Canada's Science & Technology Strategy on innovation.

In February 2021, The Globe and Mail reported that NSERC partnered with Huawei in which the company contributed over CAN $4.8 million in funding for research.

NSERC is also a sponsor of Women in Science and Engineering Atlantic Region (WISEatlantic) "primarily engaged in inspiring youth to consider science, technology, engineering and math (STEM) careers and making them aware of the diversity that exists within these fields" and Women in Science and Engineering Newfoundland and Labrador (WISE NL).

See also
 Canadian government scientific research organizations
 Canadian university scientific research organizations
 Canadian industrial research and development organizations
 Higher education in Canada
 Women in STEM fields

References

External links
 NSERC

Federal departments and agencies of Canada
Funding bodies of Canada
Natural Resources Canada
Scientific organizations based in Canada
Higher education in Canada
1978 establishments in Canada
Government agencies established in 1978


O Banco da América do Norte (em inglês: Bank of North America) foi o primeiro banco nos Estados Unidos e serviu como o primeiro banco central de fato do país. Autorizado pelo Congresso da Confederação em 26 de maio de 1781 e inaugurado na Filadélfia em 7 de janeiro de 1782, foi baseado em um plano apresentado pelo Superintendente de Finanças dos EUA, Robert Morris, em 17 de maio de 1781, com base nas recomendações da figura da era revolucionária Alexander Hamilton. Embora Hamilton mais tarde tenha notado sua contribuição "essencial" para o esforço de guerra, o governo da Pensilvânia se opôs a seus privilégios e o reincorporou sob a lei estadual, tornando-o inadequado como banco nacional sob a Constituição federal. Em vez disso, o Congresso fundou um novo banco, o First Bank of the United States, em 1791, enquanto o Bank of North America continuou como uma empresa privada.

Bancos dos Estados Unidos

Banco da América do Norte


الفون أو الفُونَة  ظاهرة جوية مميزة للمناطق الألبية بشكل خاص، والأحزمة الجبلية الشاهقة في كثير من بلاد العالم بشكل عام، وهي رياح جافة ودافئة تهب قادمة من قمم الجبال على الوديان المجاورة لها.

أصل الكلمة

اشتق اسم الرياح من اللاتينية وكانت تعني رياحاً غربية، ودخل المصطلح Föhn في العصور الوسطى ليشير إلى هذه الظاهرة في مناطق جبال الألب. وحيث أن غالبية سكان الألب يتحدثون اللغة الألمانية، أُخذ عنهم هذا المصطلح ودخل إلى لغات أخرى  و وهكذا.

تعرّف رياح الفون بأنها رياح على السفح المقابل للجبال المرتفعة، والناشئ عن هبوط الريح من قمة الجبل واحتكاكها بسفح الجبل مما يرفع درجة حرارتها بسبب حرارة الاحتكاك، ويخفض نسبة الرطوبة لتكون رياحاً دافئة جافة.

كما يظهر الرسم التوضيحي؛ تهب الرياح على سفح الجبل المواجه لها وبفعل اصطدامها بالسفح يتغير اتجاه مسيرها لتتجه للقمة. عند ارتفاعها تقل درجة حرارتها، بانخفاض حرارة الهواء في الطبقات العليا يصل الهواء إلى درجة التكاثف، وتهطل الأمطار على هذه الجهة المواجهة من الجبل، وعندما تتجاوز الرياح القمة وتبدأ - بفعل تغير كثافة الهواء بفعل البرودة - بالهبوط على السفح الآخر للجبل، فإنها ترتفع درجة حراتها بفعل الاحتكاك الشديد بالجبل، وتنخفض نسبة الرطوبة فيها لتصير رياحاً جافةً دافئة.

ومما يميز الحالة الجوية هذه وجود «جدار» الغيوم الذي يظهر فوق الجانب الممطر من الجبل، بينما يكون الجانب الآخر خالياً تماماً من الغيوم.

عادة ما يرافق هذه الرياح «تحسنٌ» في درجات الحرارة، ولكن كثيراً ما يتلو ذلك وصول الجبهة الهوائية الباردة المسببة للفون إلى هذه الوديان بعد يوم أو يومين ويرافقه هطول الأمطار.

انتشار هذه الظاهرة

تنتشر ظاهرة الفون في كافة المناطق الجبلية في العالم، وتلقب بألقاب محلية ومن الأمثلة على هذه الرياح المحلية التي تدخل طائفة الفون في الجدول.

وصلات خارجية
 شرح ظاهرة الفون على صفحة الظواهر الجوية لل BBC.
 شرح ظاهرة الفون مع صور متحركة صفحة الأرصاد الجوية للحكومة الأسترالية.

هوامش

أرصاد جوية جبلية
دخيل ألماني
رياح
ريح
مناخ
الطقس والصحة

فون (رياح)


An Eriocaulon xenopodion in uska species han Liliopsida nga ginhulagway ni Tetsuo Michael Koyama. An Eriocaulon xenopodion in nahilalakip ha genus nga Eriocaulon, ngan familia nga Eriocaulaceae.

Mabibilngan ini ha Thailand. Waray hini subspecies nga nakalista.

Mga kasarigan

Eriocaulon

Eriocaulon xenopodion


Francisco Cervantes Pérez (Apaseo el Grande, Guanajuato, 10 de octubre de 1952) es un especialista en informática mexicano, especializado en educación a distancia, Inteligencia Artificial y redes neuronales.  Fue presidente de la Academia Mexicana de Informática, rector de la Universidad Abierta y a Distancia de México de 2013 a 2016. De 2016 a diciembre del 2019 fue Coordinador de Universidad Abierta y Educación a Distancia de la Universidad Nacional Autónoma de México. En febrero del 2020 fue nombrado rector de la Universidad Internacional de la Rioja (UNIR México).

Biografía

Obtuvo el título de Ingeniero Mecánico Electricista en la Facultad de Ingeniería de la UNAM con la especialidad en Sistemas Eléctricos y Electrónicos.  Sus estudios de Maestría los realizó en la División de Estudios de Posgrado de la misma Facultad, en Electrónica Digital y Microprocesadores; el doctorado en Ciencias de la Computación y de la Información lo obtuvo en la Universidad de Massachusetts en Amherst, Mass., EUA.  En el Sistema Nacional de Investigadores, el Dr. Cervantes es Investigador Nacional Nivel II.

Su labor académica es muy amplia y abarca tanto la docencia como la investigación.  Actualmente, el Dr. Cervantes Pérez es Asesor de la Dirección General de la Universidad Rosario Castellanos, Profesor en el Programa de Doctorado en la Universidad Internacional de La Rioja, España, Profesor de Doctorado en la Coordinación de Posgrado en Ciencias de la Administración en la UNAM, donde también fue Investigador Titular "B" en el Centro de Ciencias Aplicadas y Desarrollo Tecnológico (CCADET) de la UNAM, trabajando en líneas de investigación de Inteligencia Artificial, Neurocomputación, desarrollo de metodologías para Sistemas de Información en Apoyo a la Toma de Decisiones, y en Sistemas y Ambientes Educativos. Asimismo, es miembro del Sistema Nacional de Investigadores de México, y pertenece a diversas asociaciones académicas: Academia Mexicana de Informática, Academia de Ingeniería, Sociedad Mexicana de Inteligencia Artificial, y Sociedad Mexicana de Ciencias de la Computación, entre otras; y forma parte de Comités Editoriales de revistas científicas de circulación internacional. La producción científica del Dr. Francisco Cervantes está compuesta por numerosos artículos en revistas arbitradas, tanto nacionales como extranjeras; por libros y capítulos en libros especializados con arbitraje; memorias en extenso, también arbitradas, resultado de su participación en congresos nacionales e internacionales, así como por reportes técnicos.

Respecto a docencia y formación de recursos humanos, ha sido profesor en la UNAM, desde 1977, tanto en la Facultad de Ingeniería como en los Posgrados de Ingeniería, de Ciencias e Ingeniería en Computación, y del Programa de Licenciatura, Maestría y Doctorado en Investigación Biomédica Básica. Entre 1992 y 2004 fue profesor en el Instituto Tecnológico Autónomo de México (ITAM), donde participó en la creación de la Maestría en Tecnologías de Información y Administración, que dirigió durante casi diez años, de fines de 1994 a junio de 2004. Por otro lado, ha dirigido más de 60 tesis, de licenciatura, maestría y doctorado, y ha participado como miembro de múltiples Comités Doctorales, en la Universidad Nacional Autónoma de México, el Centro de Investigaciones en Computación del Instituto Politécnico Nacional, la Universidad Autónoma Metropolitana, y, en Francia, en el Instituto Nacional de Telecomunicaciones y en la Escuela Nacional Superior de Telecomuniacaciones de Bretaña.

Ha sido distinguido con el título Doctor honoris causa por la Universidad Católica Los Ángeles de Chimbote, Perú, en septiembre de 2013 y en mayo de 2016 por la Universidad Virtual del Estado de Michoacán (UNIVIM).

De junio de 2004 a enero de 2012, fungió como Coordinador de la Universidad Abierta y Educación a Distancia (CUAED), de la Universidad Nacional Autónoma de México (UNAM).

De abril de 2013 a enero de 2016 fue rector de la Universidad Abierta y a Distancia de México (UnADM).

De enero de 2016 a diciembre del 2019, sirvió nuevamente como Coordinador de la Universidad Abierta y Educación a Distancia (CUAED), de la UNAM.

En febrero del 2020, asumió la rectoría de la Universidad Internacional de la Rioja (UNIR México).

Participa activamente en asociaciones y proyectos a nivel de América Latina y el Caribe, así como en Iberoamérica: Coordinador Nacional de Virtual Educa México; Vicepresidente Segundo de la Asociación Iberoamericana de Educación Superior a Distancia (AIESAD); Coordinador de la Red Interamericana de Formación en Educación y Telemática (RIF-ET) del Colegio de las Américas de la Organización Universitaria Interamericana; y miembro del Grupo Directivo del Espacio Común de Educación Superior a Distancia (ECOESAD).

La trayectoria del Dr. Francisco Cervantes incluye su participación como Editor Asociado del "IEEE Transactions on Robotics and Automation"; como Miembro del Comité Editorial del "Journal of Robotics Systems"; como Editor Asociado de la "Revista Mexicana de Ingeniería Biomédica", publicada por la Sociedad Mexicana de Ingeniería Biomédica (SOMIB), como presidente en la Academia Mexicana de Informática (AMIAC).

Coautor del libro Prospectiva del Sistema Universidad Abierta y Educación a Distancia de la UNAM: Tres Rutas para su Consolidación al año 2021 y coordinador del libro Experiencias y prácticas en el Sistema Universidad Abierta y Educación a Distancia de la UNAM.

Aportaciones

Ha trabajado en diversos temas, entre los que se puede mencionar:

 Educación a distancia
 "libro electrónico".
 acceso a Internet
 modelado de sistemas dinámicos
Educación abierta

Premios y distinciones
 Doctor honoris causa por la Universidad Virtual del Estado de Michoacán, 2016
 Doctor honoris causa por la Universidad Católica Los Ángeles de Chimbote, Perú, 2013
 Miembro Titular de la Academia Mexicana de Ciencias de la Computación
 Presidente de la Academia Mexicana de Informática A.C., 2010 a la fecha
 Miembro del Consejo Consultivo de Tecnologías de la Información y las Comunicaciones del Gobierno del Distrito Federal de 2009 a 2012
 Miembro titular de la Academia Nacional de Ingeniería desde 1988.

Referencias

Informáticos de México
Ingenieros de México
Miembros de la Academia Mexicana de Informática

Francisco Cervantes Pérez


700 (seven hundred) is the natural number following 699 and preceding 701.

It is the sum of four consecutive primes (167 + 173 + 179 + 181), the perimeter of a Pythagorean triangle (75 + 308 + 317) and a Harshad number.

Integers from 701 to 799
Nearly all of the palindromic integers between 700 and 800 (i.e. nearly all numbers in this range that have both the hundreds and units digit be 7) are used as model numbers for Boeing Commercial Airplanes.

700s
 701 = prime number, sum of three consecutive primes (229 + 233 + 239), Chen prime, Eisenstein prime with no imaginary part
 702 = 2 × 33 × 13, pronic number, nontotient, Harshad number
 703 = 19 × 37, triangular number, hexagonal number, smallest number requiring 73 fifth powers for Waring representation, Kaprekar number, area code for Northern Virginia along with 571, a number commonly found in the formula for body mass index
 704 = 26 × 11, Harshad number, lazy caterer number , area code for the Charlotte, NC area.
 705 = 3 × 5 × 47, sphenic number, smallest Bruckman-Lucas pseudoprime
 706 = 2 × 353, nontotient, Smith number
 707 = 7 × 101, sum of five consecutive primes (131 + 137 + 139 + 149 + 151), palindromic number, number of lattice paths from (0,0) to (5,5) with steps (0,1), (1,0) and, when on the diagonal, (1,1).
 708 = 22 × 3 × 59, number of partitions of 28 that do not contain 1 as a part
 709 = prime number; happy number. It is the seventh in the series 2, 3, 5, 11, 31, 127, 709 where each number is the nth prime with n being the number proceeding it in the series, therefore, it is a prime index number.

710s
 710 = 2 × 5 × 71, sphenic number, nontotient, number of forests with 11 vertices
 711 = 32 × 79, Harshad number, number of planar Berge perfect graphs on 7 nodes. Also the phone number of Telecommunications Relay Service, commonly used by the deaf and hard-of-hearing.
 712 = 23 × 89, refactorable number, sum of the first twenty-one primes, totient sum for first 48 integers. It is the largest known number such that it and its 8th power (66,045,000,696,445,844,586,496) have no common digits.
 713 = 23 × 31, blum integer, main area code for Houston, TX. In Judaism there is 713 letters on a Mezuzah scroll.
 714 = 2 × 3 × 7 × 17, sum of twelve consecutive primes (37 + 41 + 43 + 47 + 53 + 59 + 61 + 67 + 71 + 73 + 79 + 83), nontotient, balanced number, member of Ruth–Aaron pair (either definition); area code for Orange County, California.
 Flight 714 to Sidney is a Tintin graphic novel.
 714 is the badge number of Sergeant Joe Friday.
 715 = 5 × 11 × 13, sphenic number, pentagonal number, pentatope number ( binomial coefficient   ), Harshad number, member of Ruth-Aaron pair (either definition)
 The product of 714 and 715 is the product of the first 7 prime numbers (2, 3, 5, 7, 11, 13, and 17)
 716 = 22 × 179, area code for Buffalo, NY
 717 = 3 × 239, palindromic number
 718 = 2 × 359, area code for Brooklyn, NY and Bronx, NY
 719 = prime number, factorial prime (6! − 1), Sophie Germain prime, safe prime, sum of seven consecutive primes (89 + 97 + 101 + 103 + 107 + 109 + 113), Chen prime, Eisenstein prime with no imaginary part

720s

 720 (seven hundred [and] twenty)= 24 × 32 × 5.
 6 factorial, highly composite number, Harshad number in every base from binary to decimal, highly totient number.
 two round angles (= 2 × 360).
 five gross (= 500 duodecimal, 5 × 144).
 241-gonal number.
 721 = 7 × 103, sum of nine consecutive primes (61 + 67 + 71 + 73 + 79 + 83 + 89 + 97 + 101), centered hexagonal number, smallest number that is the difference of two positive cubes in two ways,
 722 = 2 × 192, nontotient, number of odd parts in all partitions of 15, area of a square with diagonal 38
 G.722 is a freely available file format for audio file compression. The files are often named with the extension "722".
 723 = 3 × 241, side length of an almost-equilateral Heronian triangle
 724 = 22 × 181, sum of four consecutive primes (173 + 179 + 181 + 191), sum of six consecutive primes (107 + 109 + 113 + 127 + 131 + 137), nontotient, side length of an almost-equilateral Heronian triangle, the number of n-queens problem solutions for n = 10,
 725 = 52 × 29, side length of an almost-equilateral Heronian triangle
 726 = 2 × 3 × 112, pentagonal pyramidal number
 727 = prime number, palindromic prime, lucky prime,
 728 = 23 × 7 × 13, nontotient, Smith number, cabtaxi number, 728!! - 1 is prime, number of cubes of edge length 1 required to make a hollow cube of edge length 12, 72864 + 1 is prime, number of connected graphs on 5 labelled vertices
 729 = 272 = 93 = 36.
 the square of 27, and the cube of 9, the sixth power of three, and as a consequence of these properties, a perfect totient number.
 centered octagonal number, Smith number
 the number of times a philosopher's pleasure is greater than a tyrant's pleasure according to Plato in the Republic
 the largest three-digit cube. (9 x 9 x 9)
 the only three-digit sixth power. (3 x 3 x 3 x 3 x 3 x 3)

730s
 730 = 2 × 5 × 73, sphenic number, nontotient, Harshad number, number of generalized weak orders on 5 points
 731 = 17 × 43, sum of three consecutive primes (239 + 241 + 251), number of Euler trees with total weight 7
 732 = 22 × 3 × 61, sum of eight consecutive primes (73 + 79 + 83 + 89 + 97 + 101 + 103 + 107), sum of ten consecutive primes (53 + 59 + 61 + 67 + 71 + 73 + 79 + 83 + 89 + 97), Harshad number, number of collections of subsets of {1, 2, 3, 4} that are closed under union and intersection
 733 = prime number, emirp, balanced prime, permutable prime, sum of five consecutive primes (137 + 139 + 149 + 151 + 157)
 734 = 2 × 367, nontotient, number of traceable graphs on 7 nodes
 735 = 3 × 5 × 72, Harshad number, Zuckerman number, smallest number such that uses same digits as its distinct prime factors
 736 = 25 × 23, centered heptagonal number, happy number, nice Friedman number since 736 = 7 + 36, Harshad number
 737 = 11 × 67, palindromic number, blum integer.
 738 = 2 × 32 × 41, Harshad number.
 739 = prime number, strictly non-palindromic number, lucky prime, happy number, prime index prime

740s
 740 = 22 × 5 × 37, nontotient, number of connected squarefree graphs on 9 nodes
 741 = 3 × 13 × 19, sphenic number, triangular number
 742 = 2 × 7 × 53, sphenic number, decagonal number, icosahedral number. It is the smallest number that is one more than triple its reverse. Lazy caterer number . Number of partitions of 30 into divisors of 30.

 743 = prime number, Sophie Germain prime, Chen prime, Eisenstein prime with no imaginary part

 744 = 23 × 3 × 31, sum of four consecutive primes (179 + 181 + 191 + 193). It is the coefficient of the first degree term of the expansion of Klein's j-invariant. Furthermore, 744 =3 × 248 where 248 is the dimension of the Lie algebra E8.
 745 = 5 × 149 = 24 + 36, number of non-connected simple labeled graphs covering 6 vertices
 746 = 2 × 373 = 15 + 24 + 36 = 17 + 24 + 36, nontotient, number of non-normal semi-magic squares with sum of entries equal to 6
 747 = 32 × 83 = , palindromic number.
 748 = 22 × 11 × 17, nontotient, happy number, primitive abundant number
 749 = 7 × 107, sum of three consecutive primes (241 + 251 + 257), blum integer

750s
 750 = 2 × 3 × 53, enneagonal number.
 751 = prime number, Chen prime, emirp
 752 = 24 × 47, nontotient, number of partitions of 11 into parts of 2 kinds
 753 = 3 × 251, blum integer
 754 = 2 × 13 × 29, sphenic number, nontotient, totient sum for first 49 integers, number of different ways to divide a 10 × 10 square into sub-squares
 755 = 5 × 151, number of vertices in a regular drawing of the complete bipartite graph K9,9.
 756 = 22 × 33 × 7, sum of six consecutive primes (109 + 113 + 127 + 131 + 137 + 139), pronic number, Harshad number
 757 = prime number, palindromic prime, sum of seven consecutive primes (97 + 101 + 103 + 107 + 109 + 113 + 127), happy number.
 "The 757" is a local nickname for the Hampton Roads area in the U.S. state of Virginia, derived from the telephone area code that covers almost all of the metropolitan area
 758 = 2 × 379, nontotient, prime number of measurement
 759 = 3 × 11 × 23, sphenic number, sum of five consecutive primes (139 + 149 + 151 + 157 + 163), a q-Fibonacci number for q=3

760s
 760 = 23 × 5 × 19, centered triangular number, number of fixed heptominoes.
 761 = prime number, emirp, Sophie Germain prime, Chen prime, Eisenstein prime with no imaginary part, centered square number
 762 = 2 × 3 × 127, sphenic number, sum of four consecutive primes (181 + 191 + 193 + 197), nontotient, Smith number, admirable number, number of 1's in all partitions of 25 into odd parts, see also Six nines in pi
 763 = 7 × 109, sum of nine consecutive primes (67 + 71 + 73 + 79 + 83 + 89 + 97 + 101 + 103), number of degree-8 permutations of order exactly 2
 764 = 22 × 191, telephone number
 765 = 32 × 5 × 17, octagonal pyramidal number
 a Japanese word-play for Namco;
 766 = 2 × 383, centered pentagonal number, nontotient, sum of twelve consecutive primes (41 + 43 + 47 + 53 + 59 + 61 + 67 + 71 + 73 + 79 + 83 + 89)
 767 = 13 × 59, Thabit number (28 × 3  − 1), palindromic number.
 768 = 28 × 3, sum of eight consecutive primes (79 + 83 + 89 + 97 + 101 + 103 + 107 + 109)
 769 = prime number, Chen prime, lucky prime, Proth prime

770s
 770 = 2 × 5 × 7 × 11, nontotient, Harshad number
  is prime
  Famous room party in New Orleans hotel room 770, giving the name to a well known science fiction fanzine called File 770
 Holds special importance in the Chabad-Lubavitch Hasidic movement.
 771 = 3 × 257, sum of three consecutive primes in arithmetic progression (251 + 257 + 263). Since 771 is the product of the distinct Fermat primes 3 and 257, a regular polygon with 771 sides can be constructed using compass and straightedge, and  can be written in terms of square roots.
 772 = 22 × 193, 772!!!!!!+1 is prime
 773 = prime number, Eisenstein prime with no imaginary part, tetranacci number, prime index prime, sum of the number of cells that make up the convex, regular 4-polytopes
 774 = 2 × 32 × 43, nontotient, totient sum for first 50 integers, Harshad number
 775 = 52 × 31, member of the Mian–Chowla sequence
 776 = 23 × 97, refactorable number, number of compositions of 6 whose parts equal to q can be of q2 kinds

 777 = 3 × 7 × 37, sphenic number, Harshad number, palindromic number, 3333 in senary (base 6) counting.
 The numbers 3 and 7 are considered both "perfect numbers" under Hebrew tradition.
 778 = 2 × 389, nontotient, Smith number
 779 = 19 × 41, highly cototient number

780s
 780 = 22 × 3 × 5 × 13, sum of four consecutive primes in a quadruplet (191, 193, 197, and 199); sum of ten consecutive primes (59 + 61 + 67 + 71 + 73 + 79 + 83 + 89 + 97 + 101), triangular number, hexagonal number, Harshad number
 780 and 990 are the fourth smallest pair of triangular numbers whose sum and difference (1770 and 210) are also triangular.
 781 = 11 × 71, sum of powers of 5/repdigit in base 5 (11111), Mertens function(781) = 0, lazy caterer number
 782 = 2 × 17 × 23, sphenic number, nontotient, pentagonal number, Harshad number, also, 782 gear used by U.S. Marines
 783 = 33 × 29, heptagonal number
 784 = 24 × 72 = 282 = , the sum of the cubes of the first seven positive integers, happy number
 785 = 5 × 157, Mertens function(785) = 0, number of series-reduced planted trees with 6 leaves of 2 colors

 786  = 2 × 3 × 131, sphenic number, admirable number. See also its use in Muslim numerological symbolism.
 787 = prime number, sum of five consecutive primes (149 + 151 + 157 + 163 + 167), Chen prime, lucky prime, palindromic prime.
 788 = 22 × 197, nontotient, number of compositions of 12 into parts with distinct multiplicities
 789 = 3 × 263, sum of three consecutive primes (257 + 263 + 269), blum integer

790s

 790 = 2 × 5 × 79, sphenic number, nontotient
 791 = 7 × 113, centered tetrahedral number, sum of the first twenty-two primes, sum of seven consecutive primes (101 + 103 + 107 + 109 + 113 + 127 + 131)
 792 = 23 × 32 × 11, number of partitions of 21, binomial coefficient , Harshad number, sum of the nontriangular numbers between successive triangular numbers
 793 = 13 × 61, Mertens function(793) = 0, star number, happy number
 794 = 2 × 397 = 16 + 26 + 36, nontotient
 795 = 3 × 5 × 53, sphenic number, Mertens function(795) = 0, number of permutations of length 7 with 2 consecutive ascending pairs
 796 = 22 × 199, sum of six consecutive primes (113 + 127 + 131 + 137 + 139 + 149), Mertens function(796) = 0
 797 = prime number, Chen prime, Eisenstein prime with no imaginary part, palindromic prime, two-sided prime, prime index prime.
 798 = 2 × 3 × 7 × 19, Mertens function(798) = 0, nontotient, product of primes indexed by the prime exponents of 10!
 799 = 17 × 47, smallest number with digit sum 25

References

Integers

700 (number)


Children of the Night prvi je EP švedskog heavy/power metal sastava Dream Evil. Diskografska kuća Century Media Records objavila ga je 3. listopada 2003.

Popis pjesama

Osoblje
Dream Evil
 Niklas Isfeldt – vokali
 Gus G. – gitara
 Fredrik Nordström – ritam-gitara, klavijature
 Peter Stålfors – bas-gitara
 Snowy Shaw – bubnjevi, fotografija
Ostalo osoblje
 Sarah Shaw – fotografija

Izvori

Albumi sastava Dream Evil
Albumi iz 2003.

Children of the Night


Das KunstKulturQuartier (KKQ), 2008 gegründet, ist eine Dienststelle der Stadt Nürnberg, die die Kunsthalle Nürnberg, das Künstlerhaus, das Kunsthaus, die Tafelhalle, das Filmhaus Nürnberg, das historische Katharinenkloster sowie die Kunstvilla (Museum für regionale Kunst) zu einer Verwaltungseinheit zusammenfasst. Der Verwaltungssitz befindet sich im Künstlerhaus im Zentrum der Nürnberger Innenstadt, direkt gegenüber dem Hauptbahnhof.

Einrichtungen und Programme
In sieben verschiedenen Einrichtungen bietet das KunstKulturQuartier seinen Besuchern ein spartenübergreifendes Programm aus Musik, Tanz, Theater, Literatur, bildender Kunst und Film.

In Kunsthalle, Kunsthaus und Kunstvilla reicht das Spektrum von zeitgenössischer internationaler und regionaler Kunst bis hin zu historischen Ausstellungen. Im Künstlerhaus gibt es Musikveranstaltungen von Jazz bis Klassik, im Filmhaus ist internationales Kino zu erleben. Hinzu kommen Festivalveranstaltungen wie das Internationale Figurentheaterfestival, das Filmfestival Türkei/Deutschland.

Zwischen Mitte Juni und Anfang August findet das St. Katharina Open Air in der Katharinenruine in der Nürnberger Innenstadt statt.

Die Tafelhalle präsentiert zeitgenössischen Tanz und Theater und Musikveranstaltungen von Jazz bis Rock, sowie Kabarett in Kooperation mit dem Nürnberger Burgtheater statt. Lesungen, ein umfangreiches kunst- und tanzpädagogisches Begleitprogramm, Senioren- und Kinderveranstaltungen ergänzen das kulturelle Angebot. In den Arbeitsräumen der Offenen Werkstätten im Künstlerhaus besteht darüber hinaus die Möglichkeit kreativ tätig zu werden.

Weblinks
KunstKulturQuartier – Offizieller Web-Auftritt

Kultur (Nürnberg)

KunstKulturQuartier


Le KNM<ref group= Note>Les navires de la Marine royale norvégienne reçoivent le préfixe KNM, acronyme de ''Kongelig Norsk Marine (en français : Marine royale norvégienne.</ref> Kobben''' (renommé A-1 en 1913) est le premier sous-marin de la Marine royale norvégienne. Il a été livré le . Le bateau a été désarmé en 1926 et démoli en 1933. Il a été remplacé par la classe A.

Notes et références

Notes

Références

Bibliographie
.
 .
 .
 .
 .

Liens externes
 .
 Le KNM Kobben sur le réseau de défense
 Photos de sous-marins norvégiens, dont un des A-3
 Bref historique de l'arme sous-marine norvégienne

Voir aussi

Liens internes
 Liste des sous-marins de la Norvège

Sous-marin d'attaque conventionnel
Sous-marin de la marine royale norvégienne
Navire construit à Kiel
Bateau lancé en 1909
Navire démoli en 1933

KNM Kobben (1909)


Dedina Mládeže este o comună slovacă, aflată în districtul Komárno din regiunea Nitra, pe malul râului Váh. Localitatea se află la , se întinde pe o suprafață de  și în 2017 număra 459 de locuitori.

Note

Legături externe

Localități din Slovacia

Dedina Mládeže


In the rating system of the Royal Navy used to categorise sailing warships, a second-rate was a ship of the line which by the start of the 18th century mounted 90 to 98 guns on three gun decks; earlier 17th-century second rates had fewer guns and were originally two-deckers or had only partially armed third gun decks. A "second rate" was the second largest class of warships in a hierarchical system of six "ratings" based on size and firepower.

They were essentially smaller and hence cheaper versions of the three-decker first rates. Like the first rates, they fought in the line of battle, but unlike the first rates, which were considered too valuable to risk in distant stations, the second rates often served also in major overseas stations as flagships. They had a reputation for poor handling and slow sailing. They were popular as flagships of admirals commanding the Windward and/or Leeward Islands station, which was usually a Rear-admiral of the red.

Rating
Typically measuring around 2000 tons burthen and carrying a crew of 750, the second-rates by the second half of the 18th century carried 32-pounder guns on the gun deck, with 18-pounders instead of 24-pounders on the middle deck, and 12-pounders on the upper deck (rather than 18- or 24-pounders on first rates), although there were exceptions to this. Both first and second rates carried lighter guns (and, after 1780, carronades) on their forecastles and quarterdecks.

Three-decker v two-decker
The three-decker second-rate was mainly a British type, and was not built by other European navies to any great degree. As speed is mainly determined by length along the waterline, the three-deck, second-rate was a slow sailer compared to both its two-deck equivalent and the first-rate ships. Being the same height as a first-rate but shorter meant they handled poorly and had a tendency to sail to leeward;  was described by one of her lieutenants as sailing "like a haystack". Their poor sailing abilities prompted Nelson, at Trafalgar, to order Prince and  to approach the enemy at a lesser angle than the remainder of the column, in the hope that having more sail area exposed to the wind, would enable these two ships to keep up. A near disastrous example of the three-decker's maladroitness occurred on 25 December 1796 when, on sighting the enemy, the Channel Fleet attempted a hurried departure from Spithead: Four second-rates collided with each other while another ran aground.

Apart from its unhandiness, in terms of sheer firepower it was matched or even out-gunned by many of the large 80-gun and 74-gun two-deckers used by the French and Spanish navies. The additional height did, however, give the second rate an advantage in close combat with the further advantage of it being able to withstand punishment like a larger ship, but being much cheaper to build and maintain. It was sometimes mistaken by the enemy for a first-rate, which could possibly make enemy commanders reluctant to press an attack.

After the Napoleonic wars, new second rates in the Royal Navy mounted their guns (typically 90 or 91) on two decks once more, leaving the first rates as the only ships with three complete gun decks.

Term
The term "second-rate" has since passed into general usage as an adjective used to mean of suboptimal quality, inferior to something that is "first-rate".

Bibliography
 Bennett, G. The Battle of Trafalgar, Barnsley (2004). .

 Rodger, N. A. M. The Command of the Ocean, a Naval History of Britain 1649–1815, London (2004). .
 Winfield, Rif, British Warships in the Age of Sail: 1603–1714, Barnsley (2009) ; British Warships in the Age of Sail: 1714–1792, Barnsley (2007) ; British Warships in the Age of Sail: 1793–1817, (2nd edition) Barnsley (2008). ; British Warships in the Age of Sail: 1817–1863, Barnsley (2014) .

Citations

2nd-rate

Second-rate


Tricongius collinus est une espèce d'araignées aranéomorphes de la famille des Prodidomidae.

Distribution
Cette espèce est endémique du District capitale de Caracas au Venezuela. Elle se rencontre vers Caracas.

Description
Le mâle syntype mesure  et la femelle syntype .

Systématique et taxinomie
Cette espèce a été décrite par en Simon, 1893.

Étymologie
Son nom d'espèce lui a été donné en référence au lieu de sa découverte, des collines.

Publication originale
 Simon, 1893 : « Arachnides. Voyage de M. E. Simon au Venezuela ( - ). 21e Mémoire. » Annales de la Société Entomologique de France, ,  (texte intégral).

Liens externes

Notes et références

Prodidomidae
Espèce d'araignées (nom scientifique)
Faune endémique du district de la capitale (Venezuela)

Tricongius collinus


Csaba Sógor (* 12. Mai 1964 in Arad) ist ein rumänischer Politiker der ungarischen Minderheit (UDMR).

Sógor legte theologische Studien an den Universitäten Zürich und Basel, dem Protestantisch-Theologischen Institut Sibiu und der Protestantischen Theologie mit Universitätsgrad in Cluj ab. Er besuchte einen Kurs von LEAD Europe am Imperial College London und einen Kurs an der Schule für Politik in Ovidiu Şincai.

Sógor ist seit 1990 Mitglied der Demokratischen Union der Ungarn in Rumänien. Er war reformierter Pastor in der reformierten Kirchengemeinde Ciceu im Bezirk Harghita und ökumenischer Berater und Berater für Außenbeziehungen im reformierten Bistum für Piatra Craiului. Von 2000 bis 2007 war er Mitglied des Rumänischen Senats, seitdem gehört er dem Europäischen Parlament an.

Weblinks

Mitglied des Europäischen Parlaments für Rumänien
Senator (Rumänien)
Geboren 1964
Mann

Csaba Sógor


The Open Document Architecture (ODA) and interchange format (informally referred to as just ODA) is a free and open international standard document file format maintained by the ITU-T to replace all proprietary document file formats. ODA is detailed in the standards documents CCITT T.411-T.424, which is equivalent to ISO/IEC 8613.

Format
ODA defines a compound document format that can contain raw text, raster images and vector graphics. In the original release the difference between this standard and others like it is that the graphics structures were exclusively defined as CCITT raster image and Computer Graphics Metafile (CGM - ISO/IEC 8632). This was to limit the problem of having word processor and desktop publisher software be required to interpret all known graphics formats.

The documents have both logical and layout structures. Logically the text can be partitioned into chapters, footnotes and other subelements akin to HTML, and the layout fill a function similar to Cascading Style Sheets in the web world. The binary transport format for an ODA-conformant file is called Open Document Interchange Format (ODIF) and is based on the Standard Generalized Markup Language and Abstract Syntax Notation One (ASN.1).

One of the features of this standard could be stored or interchanged in one of three formats: Formatted, Formatted Processable, or Processable. The latter two are editable formats. The first is an uneditable format that is logically similar to Adobe Systems PDF that is in common use today.

History
In 1985, ESPRIT financed a pilot implementation of the ODA concept, involving, among others, Bull corporation, Olivetti, ICL and Siemens AG.

The intent was to have a universal storable and interchangeable document structure that would not go out of date and could be used by any word processor or desktop publisher.  The rapid adoption of personal computers in the late 1970s and early 1980s by consumers and small businesses and the relative ease of writing applications for the primitive early PCs had resulted in a huge number of new word processing applications that were then duking it out around the world for market dominance.  At the same time, large corporations who had purchased dedicated word processor devices in the 1970s were switching over to the new PCs that could run word processing software and much more.  The result was a profusion of constantly evolving proprietary file formats. It was already clear by 1985 that this confusing and often frustrating situation would get much worse before it got better, as desktop publishing and multimedia computing were already on the horizon.

Thus, ODA was intended to solve the problem of software applications whose developers were continually updating their native file formats to accommodate new features, which frequently broke backward compatibility.  Older native formats were repeatedly becoming obsolete and therefore unusable after only a few years.  This led to a large financial impact on companies that were using ad hoc standard applications, such as Microsoft Word or WordPerfect, because their IT departments had to constantly assist frustrated users with transferring content between so many different formats, and also hire employees whose sole job was to import old stored documents into the latest version of applications before they became unreadable. The intended result of the ODA standard was that companies would not have to commit to an ad hoc standard for word processor or desktop publisher applications, because any application adhering to a common open standard could be used to read and edit long stored documents.

The initial round of documents that made up ISO 8613 was completed after a multi-year effort at an ISO/IEC JTC1/SC18/WG3 meeting in Paris La Defense, France, around Armistice (Nov. 11) 1987, called "Office Document Architecture" at the time.  CCITT picked them up as the T.400 series of recommendations, using the term "Open Document Architecture".  Work continued on additional parts for a while, for instance at an ISO working group meeting in Ottawa in February 1989. Improvements and additions were continually being made. The revised standard was finally published in 1999.  However, no significant developer of document application software chose to support the format, probably because the conversion from the existing dominant word processor formats such as WordPerfect and Microsoft Word was difficult, offered little fidelity, and would only have weakened their advantage of vendor lock-in over their existing user base.  There were also cultural obstacles because ODA was a predominantly European project that took a top-down design approach. It was unable to garner significant interest from the American software developer community or trade press. Finally, it took an extraordinarily long time to release the ODA format (the pilot was financed in 1985, but the final specification not published until 1999). Given a lack of products that supported the format, in part because of the excessive time used to create the specification, few users were interested in using it.  Eventually interest in the format faded.

IBM's European Networking Center (ENC) in Heidelberg, Germany, developed prototype extensions to IBM OfficeVision/VM to support ODA, in particular a converter between ODA and Document Content Architecture (DCA) document formats.

It would be improper to call ODA anything but a failure, but its spirit clearly influenced latter-day document formats that were successful in gaining support from many document software developers and users.  These include the already-mentioned HTML and CSS as well as XML and XSL leading up to OpenDocument and Office Open XML.

See also
.rdo

References

External links
The standard itself was made available for free download on September 7, 2007 (the "missing" documents T.420 and T.423 do not exist):
 T.411 Introduction and general principles
 T.412 Document structures
 T.413 Abstract interface for the manipulation of ODA documents
 T.414 Document profile
 T.415 Open document interchange format (ODIF)
 T.416 Character content architectures
 T.417 Raster graphics content architectures
 T.418 Geometric graphics content architecture
 T.419 Audio content architectures
 T.421 Tabular structures and tabular layout
 T.422 Identification of document fragments
 T.424 Temporal relationships and non-linear structures

Computer-related introductions in 1989
Computer file formats
IEC standards
ISO standards
ITU-T recommendations
Open formats

Open Document Architecture


Snorri Másson (fæddur 1. maí 1997) er íslenskur fréttamaður.

Snorri hefur starfað um tíma sem fréttamaður á Stöð 2 en hefur verið hlaðvarpsstjórnandi í hlaðvarpinu Skoðanabræður ásamt bróður sínum Bergþóri sem þeir byrjuðu með árið 2019. Hann lét þó af störfum sem hlaðvarpsstjórnandi í janúar 2022 til að einbeita sér betur að starfi sínu sem fréttamaður.

Heimildir

Stúdentar úr Menntaskólanum í Reykjavík
Íslenskir sagnfræðingar
Hlaðvarpsþættir

Snorri Másson


Le popoluca de Sayula, aussi appelé sayultèque, est une  parlée dans l'État de Veracruz au Mexique.

Écriture

Notes et références

Bibliographie

Voir aussi

Langue mixeane
Langue au Mexique

Popoluca de Sayula


Alexander Vargas Blay (født 17. februar 1988 i Hørsholm), bedre kendt som Alex Vargas, er en dansk sanger, sangskriver og producer af dansk-engelsk og uruguayansk oprindelse.

Diskografi

Opsamlingsalbum

 EGO (super/trip/maniac) (2019)

Album
 Rookie (2003) (som Alexander Vargas Blay)
 Cohere (2017) (som Alex Vargas)

EP'er
 Howl (2013)
 Giving Up the Ghost (2016)
EGOtrip (2019)
SuperEGO (2019)

Singler
 "Till Forever Runs Out" (2014)
 "Solid Ground" (2015)
 "Shackled Up" (2016)
 "Higher Love" (2016)
 "Inclosure" (2017)
 "7 Sins" (2017)
 "Slowly" (2018)
"Now That I Think About It" (2018)
"Silent Treatment" (2018)
"What You Wish For" (2019)
"Yougazer" (2022)

Kilder

Eksterne henvisninger

Guitarister fra Danmark
Personer fra Hørsholm

Alex Vargas


An Thrixspermum pulchellum in uska species han Liliopsida nga syahan ginhulagway ni George Henry Kendrick Thwaites, ngan ginhatag han pagkayana nga asya nga ngaran ni Schltr.. An Thrixspermum pulchellum in nahilalakip ha genus nga Thrixspermum, ngan familia nga Orchidaceae.

Mabibilngan ini ha Sri Lanka. Waray hini subspecies nga nakalista.

Mga kasarigan

Thrixspermum

Thrixspermum pulchellum


The Ringer é um sítio eletrônico e produtor de podcasts estadunidense, dedicando-se a assuntos esportivos, sobre cultura pop e tecnologia. Foi fundado em 2016, pelo jornalista esportivo Bill Simmons e, desde 2020, pertence ao Spotify.

História
O sítio foi lançado primeiramente em 14 de março de 2016 por Bill Simmons, proprietário deste entre 2011 e 2015, junto a outros jornalistas que trabalhavam com ele no Grantland, um blog esportivo pertencente à ESPN, que era operado pelo mesmo. Na época de seu lançamento, The Ringer era administrado por uma equipe de 43 pessoas, focando primariamente em assuntos relacionados ao esporte e à cultura pop, com uma minoria de seus escritores tratando-se de tecnologia e política. Um dos investidores iniciais foi a HBO, transmissor da temporada de 2016 do programa semanal de Simmons, Any Given Wednesday.

O sítio era anteriormente hospedado pela plataforma Medium. Em 2017, foi anunciada uma parceria de publicidade e tecnologia com a Vox Media, na qual a empresa iria administrar  publicidade, e permitir que este publicasse seu conteúdo em uma plataforma própria.

Em maio de 2018, o sítio publicou um artigo de Ben Detrick sobre o basquetebolista Bryan Colangelo — à época gerente do Philadelphia 76ers — e as contas de usuários no Twitter criadas por ele para criticar outros jogadores e defender a si próprio. Esse artigo levou à resignação de Colangelo em 7 de junho de 2018.

Em agosto de 2019, a assessoria do sítio votou pela união com o sindicato Writers Guild of America, East. Essa união sindical foi reconhecida depois de quatro dias à votação.

Em 5 de fevereiro de 2020, o serviço de streaming de música por assinatura Spotify anunciou que estava adquirindo The Ringer por cerca de 195 milhões de dólares e mais 50 milhões em incentivos orientados ao desempenho. A diretora de conteúdo do Spotify, Dawn Ostroff, afirmou que Simmons era "uma das mentes mais brilhantes do jogo e inovou com sucesso como escritor e criador de conteúdo em mídias e plataformas". O fundador e diretor executivo do Spotify, Daniel Ek, afirmou que estaria comprando "a nova ESPN".

Conteúdo
Assim como o conteúdo do sítio, os podcasts que são produzidos abrangem esportes e cultura pop. O podcast principal, The Bill Simmons Podcast, é um programa de entrevistas apresentado pelo próprio Simmons, apresentando outros escritores do The Ringer e apresentadores de podcast, bem como atletas, cineastas, humoristas e figuras da cultura pop. Os anfitriões populares de podcasts incluem o ex-correspondente do Daily Show, Larry Wilmore — apresentador do Black on the Air — e o cozinheiro vencedor do James Beard Award, David Chang (The Dave Chang Show).

Podcasts anteriores incluem Keepin' it 1600, um podcast político com ex-redatores de discursos de Obama, Jon Favreau, Dan Pfeiffer e outros. Depois de deixar o The Ringer, os apresentadores do Keepin' it 1600 criaram um novo podcast chamado Pod Save America como parte de sua própria empresa de mídia, Crooked Media.

Em 2017, The Ringer iniciou a série de podcasts em vídeo Talk the Thrones, um aftershow de Game of Thrones apresentado por escritores da equipe do The Ringer e transmitido ao vivo no Twitter. O podcast é uma continuação de After the Thrones, que foi ao ar na HBO.

No mesmo ano, a produtora publicaria o Binge Mode, podcast que recapitulou todos os episódios de Game of Thrones e todos os livros da série Harry Potter.

Em 30 de abril de 2018, o ranking mundial do Alexa do The Ringer era de 2.077, com mais de 15 milhões de visualizações por mês. Desses, 6.150.000 são visitantes únicos.

Podcasts
A lista de podcasts oferecidos em agosto de 2021. A rede de podcasts apresenta uma lista de mais de 30 podcasts. Desde que foi adquirido pelo Spotify em fevereiro de 2020, o The Ringer continuou a publicar seus podcasts em várias plataformas, promovendo programas adicionais exclusivos do Spotify.

Spotify
Websites dos Estados Unidos
Empresas dos Estados Unidos
Empresas de mídia dos Estados Unidos
Websites sobre televisão
Empresas fundadas em 2016
Mídia dos Estados Unidos

The Ringer


José Luis Soro Domingo (Zaragoza, 17 de diciembre de 1966) es un político español de la Chunta Aragonesista (CHA). Desde el 6 de julio de 2015 es consejero de Vertebración del Territorio, Movilidad y Vivienda de la Diputación General de Aragón en el Gobierno de coalición PSOE-Podemos-CHA-PAR presidido por el socialista Javier Lambán. También fue presidente de Chunta Aragonesista entre 2012 y 2020.  Entre 2011 y 2015 fue diputado en las Cortes de Aragón por la circunscripción de Zaragoza (VIII y IX Legislaturas), siendo reelegido en 2019.

Biografía
Soro es licenciado en Derecho por la Universidad de Zaragoza y colegiado en Zaragoza desde 1993 (aunque en la actualidad no ejerce). Milita en CHA desde 1994, y desde 2008 ha sido el responsable de la vicesecretaría general de Acción Política.

En las elecciones de mayo de 2011 fue elegido diputado por la Chunta Aragonesista en las Cortes de Aragón por la circunscripción de Zaragoza y portavoz adjunto del Grupo Parlamentario desde entonces.  Anteriormente ya había sido asesor jurídico del Grupo Parlamentario CHA en las legislaturas VI y VII (2003-2011).

En febrero de 2012 fue elegido presidente de Chunta Aragonesista con el 74,2% de los votos, en la IX Asamblea Nazional, sucediendo a Nieves Ibeas.  Y en 2014 fue nombrado portavoz del Grupo Parlamentario.

Consejero del Gobierno de Aragón

Tras las elecciones autonómicas de mayo de 2015, en las que CHA pasó de 4 diputados a 2 en las Cortes de Aragón, José Luis Soro, reelegido diputado por la circunscripción Zaragoza, entró a formar parte del Gobierno de coalición PSOE-CHA, presidido por el socialista Javier Lambán. El 6 de julio de 2015, Soro tomó posesión de su cargo en el Pignatelli como consejero de Vertebración del Territorio, Movilidad y Vivienda de la Diputación General de Aragón. De esta forma, CHA entró en un ejecutivo autonómico aragonés por primera en sus 29 años de vida como partido político.

Esta nueva consejería asumió las competencias del anterior Departamento de Política Territorial e Interior en materia de ordenación del territorio, la totalidad de las competencias atribuidas al Departamento de Obras Públicas, Urbanismo, Vivienda y Transportes y las competencias de Turismo, hasta ahora ejercidas por el Consejero de Economía y Hacienda en el anterior ejecutivo popular-aragonesista de Luisa Fernanda Rudi.

Tras las elecciones de 2019 volvió a ser reelegido como Consejero de Vertebración del Territorio, Movilidad y Vivienda aunque sin las competencias en materia de turismo.

Referencias

Enlaces externos
 Sorollar: El Blog de José Luis Soro
 José Luis Soro en Twitter

Consejeros del Gobierno de Aragón
Diputados de la VIII Legislatura de las Cortes de Aragón
Políticos de Chunta Aragonesista
Políticos de Zaragoza
Diputados de la IX Legislatura de las Cortes de Aragón
Nacidos en Zaragoza

José Luis Soro


Lagting, literally "Law Ting", can refer to:

Lagting, the Parliament of Åland
Lagting (Norway), the quasi-upper house of the Parliament of Norway from 1814 to 2009
Løgting, the parliament of the Faroe Islands

Lagting


Nürburgring, kısaca "Ring", Adenau, Almanya'da Köln'ün 90 km güneybatısında, Mainz'in 100 km kuzeybatısında yer alan tarihi yarış pistidir. Pist birçok değişik şekilde kullanılabilmektedir. Formula 1 yarışlarının da yapıldığı GP-Strecke kısmı çok kullanılsa da orijinal pist Nordschleife (Kuzey halkası) en meşhur şeklidir. Bu haliyle pist Nürburg kalesi ve Eifel dağları etrafından dolaşmaktadır.

Formula 1 pistleri
Almanya'daki yarış pistleri
Almanya Grand Prix

Nürburgring


Paul Banks er en amerikansk blues- og folk-guitarist, der fra 1961 har boet i Danmark. Poul Banks har siden slutningen af 1960'erne medvirket på en lang række danske og udenlandske indspilninger. Udover guitar spiller Paul Banks på en række andre strengeinstrumenter, herunder banjo og mandolin.

Biografi
Paul Banks blev født i Denver i Colorado i USA. Han flyttede med familien til forskellige steder i USA. I slutningen af 1950'erne åbnede moderen sammen med stedfaderen Jo Banks en folkklub i Chicago, Purple Door og senere klubben Green Door. i 1961 flyttede familien til København og i 1963 åbnede folkklubben Purple Door på Højbro Plads i København. Paul Banks spillede med stedfaderen på scener i Danmark og i udlandet.

I 1970 udgav Paul Banks sin første plade, da han som frontman i gruppen AN tEARRACH udgav albummet AN tEARRACH sings Irish Folksongs på Spectator Records (SL 1009).

Han medvirkede på Sebastians første album, den engelsksprogede The Goddess, der blev indspillet i 1970, og medvirkede senere på den dansksprogede EP Lossepladsen bløder (1971) og LP'erne Den store flugt (1972), Blød lykke (1974), Gøgleren, Anton og de andre (1975) og Ulvehøjen (1977).

Sideløbende med samarbejdet med Sebastian medvirkede Paul Banks på en lang række danske indspilninger i 1970'erne og 1980'erne med bl.a. Anne Grete,  Ole "Fessor" Lindgren, Lars Graugaard, Trille, Tom McEwan & Jess Ingerslev, Andy Pape, Jan Toftlund, Erik Clausen & Leif Sylvester, Pia Raug, Bjarne Liller, Otto Brandenburg, Arne Würgler m.fl.

I midten af 1970'erne dannede Paul Banks sammen med amerikaneren Bill Hazen bandet Side Show, hvor også Jens Rugsted (bas) og Torben Weeberg (trommer) medvirkede. Bandet havde en del udskiftning, og senere spillede bl.a. også Michael Friis, Ken Gudman, Thomas Puggaard og Nils Tuxen i orkesteret. Efter Side Show blev Paul Banks løst tilknyttet bluesbandet Big Mama og blev endvidere en del af orkestret Krølle Eriks Skiffle Band, der i 1980 udgav albummet Raise A Ruckus.

I denne periode spillede han også sammen med et orkester bestående af Jørgen Lang (mundharpe), Martin Andersen (violin) og Michael Friis (bas), senere erstattet af Hugo Rasmussen. Efter et kort ophold i USA i 1981/82 vendte Banks tilbage til Danmark, hvor orkesteret tog navnet Paul Banks & MusikOrkesteret og sammen turnerede gruppen flittigt i Skandinavien. Gruppen udsendte et par album inden de blev opløst i 1985. Banks spillede herefter med en række forskellige musikere, herunder med saxofonisten Steen Vig, med hvem han udgav albummet Paul Banks & Steen Vig i 1987.

Op igennem 1990'erne har Banks fortsat medvirket på en lang række indspilninger som sideman, bl.a. på Moniques Shadows (1991), Albertes Lyse Nætter (1991) og Kim Larsens Hvem kan sige nej til en engel (1994).

Diskografi
Udgivelser i eget navn eller som frontman:

 Paul Banks & Jørgen Lang (1979, Medley Records)
 Desperados in Disguise (1981, Medley) som Paul Banks & MusikOrkesteret
 Twostep (1984, Hofnar) som Paul Banks & MusikOrkesteret
 Paul Banks & Steen Vig (1987, Olufsen Records)
 Time Problem (1998)
 White Noise And Diamond Nights (2000, Stunt Records)
 Comes Live (2002) med Thor Backhausen og Kristian Jørgensen
 Bones and Love Bombs (2003)
 One Man Band Live (2005), solo-livealbum
 Grace (2008) med saxofonisten Jakob Dinesen
 Blackberry Wine (2013, Stunt Records)

 Priser
 "Årets Folkemusiker" 1985
  DJBFAs Hæderspris 1992
 "Årets sangskriver" ved Danish Music Awards Folk i 2001 for White Noise And Diamond Nights "Bedste Blues Udgivelse" for One Man Band Alive'' (2006)
  Årets Danske Blues Navn 2006
 Legater fra Statens Kunstfond 1997, 1999, 2001, 2004, 2007, 2008

Noter

Eksterne henvisninger

Personer fra Colorado
Guitarister fra USA
Guitarister fra Danmark
Bluesmusikere fra Danmark
Bluesmusikere fra USA

Paul Banks


Avenida Plan de Ayala es una avenida que corre de oriente a poniente en la ciudad de Cuernavaca, Morelos. Tiene una longitud de 3.7 km y en ella está una importante zona comercial, así como hospitales y los casinos de la ciudad.

Descripción
Es una avenida de 4 carriles, corre horizontalmente de oriente a poniente de la ciudad y tiene una longitud de 3.7 km; comenzando con la Avenida Vicente Guerrero, en la colonia Lomas de la Selva; hasta la unión con el Boulevard Paseo Cuauhnahuac, en el entronque a la Autopista del Sol (México).

Sitios de interés

Hospital General IMSS Cuernavaca
Ubicada en la colonia Chapultepec, el Hospital es el edificio más alto de la ciudad, cuenta con una altura aproximada de 30 m; en ella se encuentra el Hospital General, la Delegación del IMSS en Cuernavaca y una Unidad Deportiva.

Glorieta de la Luna
Es una glorieta y parque muy peculiar, ya que en esta glorieta no solamente se transita a su alrededor, sino que también, la Avenida Plan de Ayala (que se amplia a 8 carriles), atraviesa por el centro de está formando dos medias lunas (de ahí su nombre).
Es una de las también una de las glorietas con más influenza vehicular de la Cuernavaca

El Vergel y Patios de la Estación
El Vergel es una colonia muy popular de Cuernavaca, pero lo que más sobresale de esta, es el famoso crucero de las avenidas Plan de Ayala y el Boulevard Adolfo López Mateos; esto se debe, principalmente, a que la Avenida Lopez Mateos rodea el Mercado más grande e importante de la ciudad "Mercado Adolfo Lopez Mateos", además que estas arterias viales comunican al centro de la ciudad.

Patios de la Estación, es lo que alguna vez fue el antiguo camino del ferrocarril y la estación central de Cuernavaca , pero al mal mantenimiento de la zona y a la falta de seguridad hoy se convirtió en una colonia clandestina de la ciudad, donde, en 2001, "paracaidistas" tomaron el antiguo camino y se asentaron ahí.

Véase también
Cuernavaca
Zona Metropolitana de Cuernavaca
CIVAC
Paseo Cuauhnahuac
Avenida Vicente Guerrero

Calles de Cuernavaca

Avenida Plan de Ayala (Cuernavaca)


El Campeonato de Fútbol de 1966, fue la edición número 47 de Liga Superior de Costa Rica en disputarse, organizada por la FEDEFUTBOL.

Se disputó por primera vez una final entre el Alajuelense y el Saprissa, ganada por los erizos, que volvieron al título luego de seis años.

El campeón se clasificó a la Copa de Campeones de la Concacaf de 1968.

Equipos participantes

Formato del Torneo

El torneo disputado a cuatro vueltas. Los equipos debían enfrentarse todos contra todos, al existir empate entre Alajuelense y Saprissa, se jugaron 2 partidos a modo de final. El descenso directo sería para el que obtuviera el último lugar al final del torneo.

Tabla General

Final

Planilla del Campeón: Roberto Tyrrel, Gerardo "Gato" Vargas, Edgar Zúñiga, Jorge Palmareño Solís, Joaquín "Totoya" Guillén, William Chaverri, Víctor Gerardo "Palomino" Calvo, Mario "Chalazo" Vega, Juan José Gámez, Jorge Zamora, Floyd Daniels, Juan A. Lara, Guillermo Arturo "Catato" Selva, Carlos "Pata" Gutiérrez, Errol Daniels, Edgar Núñez, Álvaro Cascante, Juan "Tribilín" González, Víctor L. Vásquez, René Rodríguez, Gerardo Jiménez, Edgar Salas, Hernán Martínez, Viztroy Carr, Mario Morales y Efraín Chacón.

Goleadores

Descenso

Torneos

Referencias

Gerardo Coto para UNAFUT.com. "1966: Final inédita, final con historia". https://web.archive.org/web/20141025183355/http://www.unafut.com/site/index.php?option=com_content&view=article&id=598%3A1966&catid=3&Itemid=35. Consultado en febrero de 2012.

1966
Costa Rica en 1966
Fútbol en 1966

Campeonato de Fútbol de Costa Rica 1966