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Draft:John Arndt (playwright) | Life | Life
Born in Pipestone, Minnesota, to Dick and Marie Arndt, John played football in high school before graduating with a degree in theater from Minnesota State University Moorhead. John performed in over 75 theatrical productions across the country and spent five years at the Jean Cocteau Repertory in New York City where he worked with Tennessee Williams. His first play, Antiquities was produced there in 1984. A fall from a ladder in 1988 caused him to suffer a crushed spine and put him in a wheelchair for the remainder of his life.
In 2000, he became Artistic Director, Resident Playwright and Technical Director for the Palm Beach Repertory Theater, where he produced and directed the plays Macnchild and Winter Storm, and performed his one-man poetic play, Gleaning Laughter, Gleaning Light. For Gleaning Laughter, Gleaning Light, he was placed on the Approved Artist Roster of the Kennedy Center in Washington, DC.
John hosted the Beach Road Poetry Workshop from the mid-90s on. He passed away in Singer Island, FL in 2017. |
Draft:John Arndt (playwright) | References | References
:Category:American poets
:Category:Poets from Florida
:Category:1956 births
:Category:20th-century American poets |
Draft:John Arndt (playwright) | Table of Content | Draft topics, Life, References |
Eddie Penev | Short description | Eddie Penev (born 16 August 1990) is a Bulgarian artistic gymnast. He is a former member of the United States national team where he was part of the gold medal-winning teams at the 2014 Pan American Championships and the 2016 Pacific Rim Championships. He competed in NCAA gymnastics for the Stanford Cardinal where he was a three-time individual NCAA champion. |
Eddie Penev | Early life | Early life
Penev was born in Sofia, Bulgaria to Youlia Coss (née Hristova) and Marian Penev, both of whom were former members of the Bulgarian national gymnastics team. His family moved to the United States when Penev was three years old. He is the older brother of Kevin Penev. |
Eddie Penev | Elite gymnastics career | Elite gymnastics career |
Eddie Penev | 2007–2011: Representing Bulgaria | 2007–2011: Representing Bulgaria
Penev began representing Bulgaria in international competition in 2007. He competed at the 2007 World Championships but did not qualify for any event finals. At the 2009 European Championships Penev finished eighth on floor exercise. At the 2010 World Championships Penev qualified to the floor exercise final where he finished sixth. At the 2011 World Championships he finished 70th in the all-around and did not qualify for any event finals. |
Eddie Penev | 2013–2021: Representing the United States | 2013–2021: Representing the United States
In 2013 Penev officially switched his nationality to represent the United States in international competitions. He competed at the 2013 Winter Cup where he won the vault title. As a result, he was added to the United States national team for the first time. He made his international debut for the United States at the Anadia World Cup where he finished sixth on floor exercise. He competed at his first U.S. National Championships that year where he placed second on vault and was named to the United States national team.
At the 2014 Winter Cup Penev co-won the event titles on floor exercise and vault. At the Anadia World Challenge Cup he won gold medals on floor exercise and vault. Penev was named to the team to compete at the 2014 Pan American Championships where he helped the USA win gold. However, while vaulting Penev tore his ACL.
In 2016 Penev competed at the Pacific Rim Championships where he helped the USA win gold as a team. Individually he won gold on vault and silver on floor exercise behind teammate Jake Dalton. Penev competed at the 2016 Olympic Trials where he placed second on floor exercise; however he was not named to the Olympic team.
Penev was selected to compete at the 2017 World Championships, his first World Championships representing the United States. During the qualification round he finished sixth on floor exercise but did not qualify to the final due to teammates Yul Moldauer and Donnell Whittenburg scoring higher. He was, however, the second reserve for the vault final. During the summer of 2018 Penev suffered his second ACL tear.
In 2021 Penev qualified to compete at the postponed-2020 Olympic Trials; however, while competing at a mock meet at the U.S. Olympic & Paralympic Training Center, Penev tore his ACL for the third time in seven years. |
Eddie Penev | 2023–present: Return to Bulgaria | 2023–present: Return to Bulgaria
In early 2023, the International Gymnastics Federation approved Penev's nationality change request, allowing him to once again represent Bulgaria in international competition. He immediately competed at various World Cups, winning gold medals on floor exercise in Varna and Osijek, and winning silver in Szombathely.
In 2024 Penev attempted to qualify for the Olympic Games via the World Cup circuit. He won bronze on floor exercise in Cairo and placed fourth in Baku. However he had to withdraw from the Doha World Cup due to a shoulder injury.
Penev competed at various World Cups in the 2025 season. At the Varna World Challenge Cup he won gold on floor exercise and bronze on vault. |
Eddie Penev | NCAA gymnastics career | NCAA gymnastics career
Penev began competing for the Stanford Cardinal in 2010. During his freshman season he won the NCAA vault title. At the 2012 NCAA Championships he won the titles on both floor exercise and vault.
Penev was awarded the Nissen-Emery Award in 2013, the highest honor for a senior collegiate gymnast. |
Eddie Penev | Competitive history | Competitive history
Year Event Team AAFXPHSRVTPBHB Representing Bulgaria 2007 World Championships 90 2009 European Championships 8 2010 NCAA Championships World Championships 6 2011 NCAA Championships 5 World Championships 70 2012 NCAA Championships 5 Representing United States 2013 Winter Cup 4 7 15 8 13 13 NCAA Championships 7 Anadia Challenge Cup 6 U.S. National Championships 12 8 21 21 22 10 2014 Winter Cup 12 14 Anadia Challenge Cup U.S. National Championships 18 25 30 29 30 Pan American Championships 2015 U.S. National Championships 14 4 13 34 5 12 16 Toyota International 5 2016 Winter Cup 15 University of Calgary International Cup Pacific Rim Championships U.S. National Championships 13 16 28 19 20 16 Olympic Trials 11 7 15 11 2017 Winter Cup 13 10 14 25 Koper World Challenge Cup 4 U.S. National Championships World Championships 2019 Winter Cup 7 9 4 20 16 U.S. National Championships 21 4 2020 Winter Cup 5 2021 Winter Cup U.S. National Championships Olympic Trials Representing Bulgaria 2023 Varna World Challenge Cup 6 Osijek World Challenge Cup 5 Mersin World Challenge Cup 7 Szombathely World Challenge Cup 8 2024 Cairo World Cup Cottbus World Cup 17 Baku World Cup 4 2025 Baku World Cup 5 5 Osijek World Cup 6 Varna World Challenge Cup |
Eddie Penev | References | References |
Eddie Penev | External links | External links
Category:1990 births
Category:Living people
Category:21st-century Bulgarian sportsmen
Category:21st-century American sportsmen
Category:Bulgarian male artistic gymnasts
Category:American male artistic gymnasts
Category:Stanford Cardinal men's gymnasts |
Eddie Penev | Table of Content | Short description, Early life, Elite gymnastics career, 2007–2011: Representing Bulgaria, 2013–2021: Representing the United States, 2023–present: Return to Bulgaria, NCAA gymnastics career, Competitive history, References, External links |
Template:Papal inaugurations | Navbox
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Category:Holy See templates |
Template:Papal inaugurations | Table of Content | Navbox
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Carlos Palacios (sprinter) | Short description | Carlos Andrés Palacios Murillo (born 11 November 1999) is a Colombian sprinter. He has won several medals at regional level. |
Carlos Palacios (sprinter) | International competitions | International competitions
Representing 2021South American ChampionshipsGuayaquil, Ecuador7th (h)200 m21.22 s2nd4 × 100 m relay 39.65 sSouth American U23 ChampionshipsGuayaquil, Ecuador4th200 m21.28 s1st4 × 100 m relay39.90 sJunior Pan American Games (U23)Cali, Colombia6th200 m21.16 s4 × 100 m relayDQ2022Ibero-American ChampionshipsLa Nucia, Spain9th (h)100 m10.40 s w9th (h)200 m21.57 sBolivarian GamesValledupar, Colombia3rd100 m10.23 s4th200 m20.97 s4th4 × 100 m relay40.19 sSouth American GamesAsunción, Paraguay3rd100 m10.46 s12th (h)200 m23.74 s3rd4 × 100 m relay39.74 s2023Central American and Caribbean GamesSan Salvador, El Salvador9th (h)100 m10.46 s2nd200 m20.37 sSouth American ChampionshipsSão Paulo, Brazil5th (h)200 m20.80 s14 × 100 m relay DNFPan American GamesSantiago, Chile6th (h)200 m21.11 s12024World RelaysNassau, Bahamas10th (r)4 × 100 m relay39.04 sIbero-American ChampionshipsCuiabá, Brazil12th (h) 200 m21.10 s2025South American Indoor ChampionshipsCochabamba, Bolivia5th60 m6.68 sSouth American ChampionshipsMar del Plata, Argentina1st 4 × 100 m relay 39.58 sWorld Relays Guangzhou, China10th (r)4 × 100 m relay 38.84 s
1Did not start in the final |
Carlos Palacios (sprinter) | Personal bests | Personal bests
Outdoor
100 metres – 10.12 (+0.8 m/s, Armenia 2023
200 metres – 20.37 (-0.3 m/s, San Salvador 2023)
4 × 100 metres relay – 38.48 (Bogotá 2025)
Indoor
60 metres – 6.68 (Cochabamba 2025) |
Carlos Palacios (sprinter) | References | References
Category:1999 births
Category:Living people
Category:Colombian male sprinters
Category:South American Games competitors for Colombia
Category:Athletes (track and field) at the 2022 South American Games
Category:Athletes (track and field) at the 2023 Pan American Games
de:Carlos Palacios (Leichtathlet) |
Carlos Palacios (sprinter) | Table of Content | Short description, International competitions, Personal bests, References |
File:Tothepain2005.jpg | Orphaned non-free revisions | |
File:Tothepain2005.jpg | Summary | Summary |
File:Tothepain2005.jpg | Licensing | Licensing |
File:Tothepain2005.jpg | Table of Content | Orphaned non-free revisions, Summary, Licensing |
2024 ServiceOntario controversy | # | redirect ServiceOntario#Retail locations |
2024 ServiceOntario controversy | Table of Content | # |
Domohani, Jalpaiguri | Infobox settlement
| Domohani is a village located in Maynaguri CD block in the Jalpaiguri district in the state of West Bengal, India. |
Domohani, Jalpaiguri | References | References
Category:Villages in Jalpaiguri district |
Domohani, Jalpaiguri | Table of Content | Infobox settlement
, References |
Minister of Hospital and Surgical Health Services | # | redirect Ministry of Health (Alberta) |
Minister of Hospital and Surgical Health Services | Table of Content | # |
Minister of Primary and Preventive Health Services | # | redirect Ministry of Health (Alberta) |
Minister of Primary and Preventive Health Services | Table of Content | # |
26th Legislature of Yukon | Short description | The 26th Yukon Legislative Assembly convened in 1985.Steven Smyth, The Yukon's Constitutional Foundations: Volume One, The Yukon Chronology (1897-1999). Clairedge Press, 1999. The NDP led by Tony Penikett was formed minority government. |
26th Legislature of Yukon | Membership in the 26th Assembly | Membership in the 26th Assembly
The following members were elected to the 26th Yukon Legislative Assembly in the general election of 1985:Report of the Chief Electoral Officer of Yukon on the 1985 General Election Elections Yukon, 1985.
MemberPartyElectoral districtFirst elected / previously electedSam JohnstonNDPCampbell1985Jim McLachlanLiberalFaro1985Willard PhelpsProgressive ConservativeHootalinqua1974, 1985Art WebsterNDPKlondike1982Bill BrewsterProgressive ConservativeKluane1982Piers McDonaldNDPMayo1982Norma KassiNDPOld Crow1985Roger ColesLiberalTatchun1985Danny Joe (1987)NDP1987Dave PorterNDPWatson Lake1982Margaret CommodoreNDPWhitehorse North Centre1982Daniel LangProgressive ConservativeWhitehorse Porter Creek East1974Andy PhilipsenProgressive ConservativeWhitehorse Porter Creek West1982Alan Nordling (1986)Progressive Conservative1986Doug PhillipsProgressive ConservativeWhitehorse Riverdale North1985Bea FirthProgressive ConservativeWhitehorse Riverdale South1982Roger KimmerlyNDPWhitehorse South Centre1981Tony PenikettNDPWhitehorse West1978 |
26th Legislature of Yukon | Membership changes | Membership changes
+ Changes in seats held (1985–1989) Seat Before ChangeDateMemberPartyReasonDateMemberPartyWhitehorse Porter Creek WestSeptember 13, 1985Andy PhilipsenDeathFebruary 10, 1986Alan NordlingTatchunOctober 31, 1986Roger ColesResignationFebruary 2, 1987Danny Joe |
26th Legislature of Yukon | By-elections | By-elections
2 by-elections was held in the districts of Whitehorse Porter Creek West and Tatchun in 1986 and 1987.Report of the Chief Electoral Officer of Yukon on the By-Election (Whitehorse Porter Creek West) February 10, 1986 Elections Yukon, 1986Report of the Chief Electoral Officer of Yukon on the By-Election (Tatchun) February 2, 1987 Elections Yukon, 1987
Electoral districtMember electedAffiliationElection dateReasonWhitehorse Porter Creek WestAlan NordlingProgressive ConservativeFebruary 10, 1986DeathTatchunDanny JoeNDPFebruary 2, 1987Resignation after pleading guilty to cocaine trafficking, and was sentenced to three years in prison. |
26th Legislature of Yukon | Notes | Notes |
26th Legislature of Yukon | References | References |
26th Legislature of Yukon | External links | External links
Yukon Legislature
Category:Yukon Legislative Assemblies
Category:Yukon politics-related lists |
26th Legislature of Yukon | Table of Content | Short description, Membership in the 26th Assembly, Membership changes, By-elections, Notes, References, External links |
Andrew Gordon Macpherson | Short description | Andrew Gordon Macpherson is a Canadian film and television composer from Halifax, Nova Scotia. He is most noted for his work on the television documentary series Dark Side of the Ring and its spinoffs.Adam Brodsky, "‘Dark Side of the Ring’ Uses Music to Tell Pro Wrestling’s Most Sinister Stories". Vice, May 20, 2020.
Previously a musician in various Halifax-area bands,Roche Uhntraal, "History lesson". The Coast, July 5, 2007. he has also released music under the band name ANGO,Josiah Hughes, "Jacques Greene / ANGO". Exclaim!, February 26, 2015. and has been a record producer. He initially worked on the first season of Dark Side of the Ring in collaboration with Wade McNeil,Allie Gregory, "Alexisonfire's Wade MacNeil Scores Pro Wrestling Docuseries 'Dark Side of the Ring'". Exclaim!, May 18, 2020. before going on to become the show's primary composer in future seasons. |
Andrew Gordon Macpherson | Filmography | Filmography
My Favourite Thing - 2013
And They Watched - 2015
It's Suppertime! - 2017–18
The Ranger - 2018
Far Cry 5 - 2018
Random Acts of Violence - 2019
Danny's Girl - 2020
Spare Parts - 2020
Dark Side of the Ring - 2019–25
Kids vs. Aliens - 2022
Tales from the Territories - 2022
Who Killed WCW? - 2024
Piñata Smashlings - 2025 |
Andrew Gordon Macpherson | Awards | Awards
Award Date of ceremony Category Work Result Canadian Screen Awards 2025 Best Original Music, Factual, Lifestyle, Reality or Entertainment Dark Side of the Ring "Canadian Screen Awards: Television Program Categories". Academy of Canadian Cinema and Television, March 26, 2025. Who Killed WCW? Canadian Screen Music Awards 2022 Best Original Score for a Non-Fiction Series or Limited Series Dark Side of the Ring Angelica Babiera, "First-ever Canadian Screen Music Awards announces nominees". Playback, August 16, 2022. 2023 Best Original Score for a Documentary, Factual or Reality Series or Special Tales from the Territories Howard Druckman, "Peter Chapman earns five nominations in 2023 Canadian Screen Music Awards". Words & Music, September 19, 2023. 2024 Dark Side of the Ring |
Andrew Gordon Macpherson | References | References |
Andrew Gordon Macpherson | External links | External links
Category:21st-century Canadian composers
Category:Canadian film score composers
Category:Canadian television composers
Category:Canadian record producers
Category:Musicians from Halifax, Nova Scotia
Category:Living people |
Andrew Gordon Macpherson | Table of Content | Short description, Filmography, Awards, References, External links |
File:Fuad Kasumović CIN.jpg | {{int:filedesc}} | |
File:Fuad Kasumović CIN.jpg | {{int:license-header}} | |
File:Fuad Kasumović CIN.jpg | Table of Content | {{int:filedesc}}, {{int:license-header}} |
Wikipedia:Sockpuppet investigations/Imbackjjj | <noinclude>__TOC__</noinclude> | __TOC__ |
Wikipedia:Sockpuppet investigations/Imbackjjj | 19 May 2025 | 19 May 2025 |
Wikipedia:Sockpuppet investigations/Imbackjjj | Suspected sockpuppets | Suspected sockpuppets
The master and first two accounts were made within minutes of each other. All accounts have made the same edit:
Imbackjjj
Edit Wikiepdia 123
CBeebies1288
Dora caillou barney
Planets ball
Also see the history on : (edit | talk | history | protect | delete | [ links] | [ watch] | [ logs] | views)
I'm guessing this is user has an older sockmaster, so I'm asking for a CU to check for past accounts and confirm the current ones. EvergreenFir (talk) 16:17, 19 May 2025 (UTC) |
Wikipedia:Sockpuppet investigations/Imbackjjj | <big>Comments by other users</big> | Comments by other users
Accused parties may also comment/discuss in this section below. See Defending yourself against claims. |
Wikipedia:Sockpuppet investigations/Imbackjjj | <big>Clerk, CheckUser, and/or patrolling admin comments</big> | Clerk, CheckUser, and/or patrolling admin comments
is . PhilKnight (talk) 18:11, 19 May 2025 (UTC)
is . PhilKnight (talk) 18:18, 19 May 2025 (UTC)
is also . PhilKnight (talk) 18:20, 19 May 2025 (UTC)
is again . PhilKnight (talk) 18:22, 19 May 2025 (UTC)
Blocking the possilikelys as suspected and Edit Wikiepdia 123 as confirmed. PhilKnight (talk) 18:23, 19 May 2025 (UTC) |
Wikipedia:Sockpuppet investigations/Imbackjjj | Table of Content | <noinclude>__TOC__</noinclude>, 19 May 2025, Suspected sockpuppets, <big>Comments by other users</big>, <big>Clerk, CheckUser, and/or patrolling admin comments</big> |
Eventin (2006) | Eventin is a crude oil tanker. It is part of the Russian shadow fleet and was confiscated by the German federal customs service in March 2025. |
|
Eventin (2006) | History | History
The vessel was constructed by Samsung Heavy Industries and entered service in 2006. It is owned by Laliya Shipping Corp.
The vessel was traveling from the port of Ust-Luga, Russia, to Egypt in 2025 when is ran aground German island of Rügen. During the night of 10 January 2025 while carrying nearly 100,000 tons of oil, the ship suffered a total power failure. Eventin drifted in the Baltic Sea for hours, unable to maneuver, beofre being secured by German emergency services, and towed to the port of Sassnitz on the island of Rügen. German authorities have prohibited further voyage and ordered technical and customs inspections.
The disabled oil tanker was towed by three tugboats (VB Luca, VB Bremen, Bremen Fighter) for nearly to the east. The Maritime Emergencies Command explained that the tanker's relocation to the east was necessary for safety reasons. This provided more open sea to the south in case of an unforeseen occurrence. The current position is northeast of Cape Arkona on the island of Rügen.
German customs authorities began investigating whether the cargo was Russian oil and whether the European Union oil embargo was being violated. According to Spiegel, the General Customs Directorate issued a seizure order. The ship, as well as the approximately 100,000 tons of crude oil on board, valued at over 40 million euros, became German property. |
Eventin (2006) | References | References
Category:2006 ships
Category:Captured ships
Category:Oil tankers
Category:Ships built in South Korea
Category:Russian shadow fleet |
Eventin (2006) | Table of Content | , History, References |
Draft:Orbion Space Technology | Orbion Space Technology
| Orbion Space Technology
Orbion Space Technology is a U.S.-based aerospace company that develops and manufactures electric propulsion systems for small satellites. Founded in 2016 in Houghton, Michigan, Orbion is best known for its flagship product, the Aurora Hall-effect Propulsion System which integrates the thruster, power processing unit, and propellant management into a compact, flight-ready package. The company specializes in mass-producible, cost-efficient Hall-effect thrusters and is considered one of the leading domestic suppliers of electric propulsion systems for proliferated low Earth orbit (LEO) constellations.
center|thumb|450x450px|Orbion's electric propulsion modules being assembled |
Draft:Orbion Space Technology | History | History
Orbion Space Technology’s origin story is an example of academic innovation translating into commercial success. Founded in 2016 by Dr. Lyon (Brad) King and Dr. Jason Sommerville, the company emerged from decades of research and development in electric propulsion at Michigan Technological University.
Dr. King, a Calumet native and the Richard and Elizabeth Henes Professor of Space Systems at Michigan Tech, had been leading research in plasma propulsion systems, including Hall-effect thrusters, since establishing the Ion Space Propulsion Lab (Isp Lab) in 2000. Recognizing the growing demand for efficient propulsion systems for small satellites, King and Sommerville saw an opportunity to commercialize their research by producing cost-effective, high-performance thrusters suitable for the burgeoning small satellite market.
To bring this vision to fruition, they established Orbion in Houghton, Michigan, leveraging the region’s talent pool and support infrastructure. The company benefited from resources provided by the Michigan Tech Enterprise Corporation (MTEC) SmartZone, which offered business development support and access to funding opportunities. In 2017, Orbion won $500,000 at the Accelerate Michigan Innovation Competition, providing crucial early-stage capital.
The company has since expanded operations, built a dedicated manufacturing facility in Houghton, employs over 40 full-time engineers and PhD researchers, and continues to attract talent from leading aerospace organizations. The company’s growth underscores the potential for high-tech enterprises to thrive outside traditional innovation hubs, contributing to the economic development of northern Michigan. |
Draft:Orbion Space Technology | Technology | Technology |
Draft:Orbion Space Technology | Propulsion | Propulsion
Orbion Space Technology’s primary product is the Aurora Hall-effect Propulsion System, an integrated electric propulsion solution developed for small satellite platforms. The system is centered around a magnetically shielded Hall-effect thruster, which operates by ionizing inert gas (typically xenon or krypton) and accelerating the ions through an electric field to generate thrust. The magnetic shielding enhances thruster lifespan by minimizing erosion of internal components.
The Aurora system includes three main subsystems:
Hall-effect Thruster – Provides precise, efficient thrust using ionized gas accelerated by electromagnetic fields.
Power Processing Unit (PPU) – Converts satellite bus voltage into the required power levels for thruster operation, with conversion efficiencies reaching up to 90%.
Propellant Management Assembly (PMA) – Controls the storage and metered flow of the propellant to the thruster.
Designed for high-volume manufacturing, the Aurora system emphasizes modularity, cost-efficiency, and ease of integration into a range of commercial and governmental satellite missions. Its scalable architecture supports mass production to meet the demands of proliferated low Earth orbit (LEO) constellations.
center|thumb|450x450px|An Orbion Hall-effect thruster firing on krypton in a test chamber |
Draft:Orbion Space Technology | Products | Products |
Draft:Orbion Space Technology | Aurora Hall-effect Propulsion System | Aurora Hall-effect Propulsion System
"Aurora" is Orbion’s flagship product, a turnkey propulsion solution designed for small satellite missions. It is modular and compact, making it suitable for a range of spacecraft sizes and configurations. Aurora’s design emphasizes affordability, ease of integration, and manufacturability at scale.
The system is designed for satellite constellations that require precise orbital adjustments, station-keeping, and end-of-life disposal capabilities.
Orbion has demonstrated xenon Hall thrusters at over 400 kNs of impulse with an operation time of 6,800 hours. Orbion is also preparing a 1kW Hall thruster system called Nova. |
Draft:Orbion Space Technology | Applications | Applications
Orbion’s propulsion systems are primarily used by commercial satellite operators deploying large constellations in LEO. Their technology enables efficient orbit-raising, collision avoidance, and deorbiting procedures. The company also supports civil and defense space missions that demand high-reliability electric propulsion. |
Draft:Orbion Space Technology | Facilities | Facilities
Orbion utilizes two primary, AS9100 certified facilities for business operations. Orbion’s headquarters located in Houghton MI, called the Powerhouse, serves multiple purposes with 15,000 sq. ft. of office and engineering space. The Powerhouse has 1000 sq. ft. of dedicated development lab space, over 700 sq. ft. of ISO Class 7 cleanroom and 200 sq. ft. of HBM Class 1A ESD area.
The Evergreen facility hosts Orbion’s patented acceptance testing and hot-fire facilities and features multiple cleanrooms, test chambers, and a large control room. The test chambers can achieve pressures as low as one ten-billionth of an atmosphere and maintain internal temperatures down to -411°F, enabling comprehensive testing of thruster performance under extreme conditions.
center|thumb|450x450px|Orbion's test facility featuring numerous environmental test chambers for hot-fire qualification |
Draft:Orbion Space Technology | Technological Achievements | Technological Achievements |
Draft:Orbion Space Technology | Aurora Hall-Effect Propulsion System | Aurora Hall-Effect Propulsion System
Orbion’s flagship product, the Aurora system, is a magnetically shielded Hall-effect thruster designed for small satellites. It integrates the thruster, power processing unit, and propellant management assembly into a compact, efficient package. Aurora thrusters have demonstrated high performance, enabling precise orbital maneuvers and extended mission lifespans for small satellites. |
Draft:Orbion Space Technology | El Matador Collision Avoidance System | El Matador Collision Avoidance System
In response to the increasing need for agile collision avoidance in congested low Earth orbit (LEO), Orbion developed “El Matador,” a high-thrust cold-gas nozzle integrated into the Aurora thruster. This system allows satellites to execute rapid evasive maneuvers without significant additional mass. |
Draft:Orbion Space Technology | Advanced Testing Facilities | Advanced Testing Facilities
Orbion operates state-of-the-art, highly customized vacuum chambers capable of simulating the harsh conditions of space, including pressures as low as one ten-billionth of an atmosphere and temperatures down to -411°F. These facilities enable rigorous testing of thruster performance and reliability. |
Draft:Orbion Space Technology | Commercialization Successes | Commercialization Successes |
Draft:Orbion Space Technology | Strategic Partnerships and Contracts | Strategic Partnerships and Contracts
Orbion has secured contracts with major aerospace entities, including General Atomics, for which it supplies propulsion systems for U.S. Space Force weather satellites. |
Draft:Orbion Space Technology | Recognition and Awards | Recognition and Awards
The company has been acknowledged for its innovation and growth, being named to Fast Company’s Most Innovative Companies list in 2024.
The Michigan Venture Capital Association has named Orbion the Up and Coming Company of the Year in 2019 and recognized Orbion’s Series B preferred stock offering as Financing of the Year in 2021. |
Draft:Orbion Space Technology | Funding and Investment | Funding and Investment
Orbion has successfully raised significant capital to support its growth, including a $9.2 million Series A round in 2019 and a $20 million Series B round in 2021. |
Draft:Orbion Space Technology | Economic Impact | Economic Impact
By establishing its operations in Houghton, Michigan, Orbion has contributed to local economic development, attracting skilled professionals and fostering a high-tech industry presence in the region. |
Draft:Orbion Space Technology | Publications | Publications |
Draft:Orbion Space Technology | 38th International Electric Propulsion Conference - Toulouse, France | 38th International Electric Propulsion Conference - Toulouse, France
Qualification of the Aurora Low-Power Hall-Effect Thruster - Part I
Qualification of the Aurora Low-Power Hall-Effect Thruster - Part II
Qualification of the Aurora Low-Power Propulsion Managment Assembly
Qualification of the Aurora Power Processing Unit
Integrated System Testing and Software Qualification of the Aurora Electric Propulsion System |
Draft:Orbion Space Technology | 9th International Space Propulsion Conference - Glasgow, Scotland | 9th International Space Propulsion Conference - Glasgow, Scotland
Flight Qualification of the Orbion Aurora Electric Propulsion System |
Draft:Orbion Space Technology | See Also | See Also
Hall-effect thruster
Small satellite
Electric propulsion in spacecraft |
Draft:Orbion Space Technology | References | References
Category:Spacecraft propulsion |
Draft:Orbion Space Technology | Table of Content | Orbion Space Technology
, History, Technology, Propulsion, Products, Aurora Hall-effect Propulsion System, Applications, Facilities, Technological Achievements, Aurora Hall-Effect Propulsion System, El Matador Collision Avoidance System, Advanced Testing Facilities, Commercialization Successes, Strategic Partnerships and Contracts, Recognition and Awards, Funding and Investment, Economic Impact, Publications, 38th International Electric Propulsion Conference - Toulouse, France, 9th International Space Propulsion Conference - Glasgow, Scotland, See Also, References |
Wikipedia:Sockpuppet investigations/Oficialhistory602 | <noinclude>__TOC__</noinclude> | __TOC__ |
Wikipedia:Sockpuppet investigations/Oficialhistory602 | 19 May 2025 | 19 May 2025 |
Wikipedia:Sockpuppet investigations/Oficialhistory602 | Suspected sockpuppets | Suspected sockpuppets
Similar user names editing same topic areas (with User:Offohistogram recently editing a draft create by Oficialhistory602). I'd block "Offohistogram" per WP:DUCK, but posting here as I suspect there are other sleepers. OhNoitsJamie Talk 16:20, 19 May 2025 (UTC)
I have no connection with the officialhistory602, i recently joined the wikipedia, please don't misunderstood me. Offohistogram (talk) 16:50, 19 May 2025 (UTC) |
Wikipedia:Sockpuppet investigations/Oficialhistory602 | <big>Comments by other users</big> | Comments by other users
Accused parties may also comment/discuss in this section below. See Defending yourself against claims. |
Wikipedia:Sockpuppet investigations/Oficialhistory602 | <big>Clerk, CheckUser, and/or patrolling admin comments</big> | Clerk, CheckUser, and/or patrolling admin comments
shares an IP address with . is but . PhilKnight (talk) 18:05, 19 May 2025 (UTC)
Blocking as suspected, and and as confirmed. PhilKnight (talk) 18:08, 19 May 2025 (UTC) |
Wikipedia:Sockpuppet investigations/Oficialhistory602 | Table of Content | <noinclude>__TOC__</noinclude>, 19 May 2025, Suspected sockpuppets, <big>Comments by other users</big>, <big>Clerk, CheckUser, and/or patrolling admin comments</big> |
Loitongba | Infobox royalty
| Meidingu Loitongba was a king of the Ningthouja dynasty who ruled the kingdom of Kangleipak (present-day Manipur, India) from 1122 to 1150 CE. He was the son and successor of Loiyumba, a monarch renowned for enacting the first written constitution of Manipur, the Loiyumpa Silyel.A Brief History (Puwari) of the Meiteis of Manipur, The Manipur Page |
Loitongba | Etymology | Etymology
The name Loitongba is linked to the circumstances of his birth. His mother, Sum-Leima, was pregnant when Loiyumba took the throne. The name means "one who ascended the throne together with his parents," referencing this royal coincidence. |
Loitongba | Reign | Reign
King Loitongba is noted for his patronage of traditional games and religious practices. He is often associated with the Meitei sport of Kang Sannaba. Some sources attribute the invention of the game to him, while others suggest he was a skilled player who helped popularize it during his reign.The Manipur Page: Traditional Games and Culture |
Loitongba | Conflict with Moirang | Conflict with Moirang
In 1127 CE, a notable diplomatic incident occurred. The King of Moirang failed to inform Loitongba about the upcoming Thangching Lai Haraoba, an important annual religious festival. This omission was seen as a serious breach of royal protocol. In response, Loitongba launched a military campaign against Moirang, targeting its king, Urakongyangba, and his brother, Chingkhuba."What Meitei Myths and Legends Say of Lainingthou Thangching", *Imphal Review of Arts and Politics*, July 2021 |
Loitongba | Succession | Succession
After Loitongba's death in 1150 CE, his son Atom Yoiremba took the throne. However, in 1162 CE, Atom Yoiremba was deposed by his brother, Hemtou Iwang-Thaba, who usurped the throne. |
Loitongba | Legacy | Legacy
Loitongba is remembered for reinforcing cultural practices, traditional sports, and religious discipline. His enforcement of religious observance protocols, particularly regarding Lai Haraoba festivals, illustrates the fusion of statecraft and spirituality in 12th-century Manipur. |
Loitongba | See also | See also
Ningthouja dynasty
Loiyumba
Meitei religion
History of Manipur |
Loitongba | References | References |
Loitongba | Table of Content | Infobox royalty
, Etymology, Reign, Conflict with Moirang, Succession, Legacy, See also, References |
Coastal roach | Short description | The coastal roach (Hesperoleucus venustus) is a species of freshwater ray-finned fish belonging to the family Leuciscidae, which includes the daces, chubs, Eurasian minnows and related species. This species is endemic to the coastal rivers of California, the most northerly population is in the Navarro River, then in the Russian River south to Tomales Bay, the drainage of San Francisco Bay but are absent in catchments south of there until the populations in the Salinas and Pajaro rivers. There is a population in the Soquel Creek in Santa Cruz County which was probably introduced from the Salinas River. The population in the Cuyama River may be native. |
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