text:
|Publication number
|Publication type
|Application number
|Publication date
|Dec 7, 2004
|Filing date
|Nov 7, 2000
|Priority date
|Dec 29, 1994
|Fee status
|Also published as
|Publication number
|Joseph C. Fjelstad
|Original Assignee
|Tessera, Inc.
|Export Citation
|BiBTeX, EndNote, RefMan
|Patent Citations (25), Referenced by (50), Classifications (39), Legal Events (6)
|External Links: USPTO, USPTO Assignment, Espacenet
The present application is a divisional of application Ser. No. 08/885,238 filed on Jun. 30, 1997, now U.S. Pat. No. 6,177,636 which is a continuation of application Ser. No. 08/366,236 filed on Dec. 29, 1994 abandoned.
The present invention relates, generally, to interconnecting microelectronic devices and supporting substrates, and more particularly relates to an apparatus and a method of interconnecting microelectronic devices to supporting substrates using subtractively created members.
Complex microelectronic devices such as modern semiconductor chips require many hundreds of input and output connections to other electronic components. These device connections are generally either disposed in regular grid-like patterns, substantially covering the bottom surface of the device (commonly referred to as an "area array") or in elongated rows extending parallel to and is adjacent each edge of the device's front surface. The various prior art processes for making the interconnections between the microelectronic device and the supporting substrate use prefabricated arrays or rows of leads/discrete wires, solder bumps or combinations of both, such as with wire bonding, tape automated bonding ("TAB") and flip/chip bonding.
In a wirebonding process, the microelectronic device may be physically mounted on a supporting substrate. A fine wire is fed through a bonding tool and the tool is brought into engagement with a contact pad on the device so as to bond the wire to the contact pad. The tool is then moved to a connection point of the circuit on the substrate, so that a small piece of wire is dispensed and formed into a lead, and connected to the substrate. This process is repeated for every contact on the chip. The wire bonding process is also commonly used to connect the die bond pads to lead frame fingers which are then connected to the supporting substrate.
In a tape automated bonding ("TAB") process, a dielectric supporting tape, such as a thin foil of polyimide is provided with a hole slightly larger than the microelectronic device. An array of metallic leads is provided on one surface of the dielectric film. These leads extend inwardly from around the hole towards the edges of the hole. Each lead has an innermost end projecting inwardly, beyond the edge of the hole. The innermost ends of the leads are arranged side by side at a spacing corresponding to the spacing of the contacts on the device. The dielectric film is juxtaposed with the device so that the hole is aligned with the device and so that the innermost ends of the leads will extend over the front or contact bearing surface on the device. The innermost ends of the leads are then bonded to the contacts of the device, typically using ultrasonic or thermocompression bonding, and the outer ends of the leads are connected to external circuitry.
In both wire bonding and conventional tape automated bonding, the pads on the substrate are arranged outside of the area covered by the chip, so that the wires or leads fan out from the chip to the surrounding pads. The area covered by the entire assembly is considerably larger than the area covered by the chip. This makes the entire assembly substantially larger than it otherwise would be. Because the speed with which a microelectronic assembly can operate is inversely related to its size, this presents a serious drawback. Moreover, the wire bonding and tape automated bonding approaches are generally most workable with chips having contacts disposed in rows extending along the edges of the chip. They generally do not allow use with chips having contacts disposed in an area array.
In the flip chip mounting technique, the front or contact bearing surface of the microelectronic device faces towards the substrate. Each contact on the device is joined by a solder bond to the corresponding contact pad on the supporting substrate, as by positioning solder balls on the substrate or device, juxtaposing the device with the substrate in the front-face-down orientation and momentarily reflowing the solder. The flip-chip technique yields a compact assembly, which occupies an area of the substrate no larger than the area of the chip itself. However, flip-chip assemblies suffer from significant problems when encountering thermal stress. The solder bonds between the device contacts and the supporting substrate are substantially rigid. Changes in the relative sizes of the device and the supporting substrate due to thermal expansion and contraction in service create substantial stresses in these rigid bonds, which in turn can lead to fatigue failure of the bonds. Moreover, it is difficult to test the chip before attaching it to the substrate, and hence difficult to maintain the required outgoing quality level in the finished assembly, particularly where the assembly includes numerous chips.
As the number of interconnections per microelectronic device increases, the issue of interconnection planarity continues to grow as well. If the interconnections are not planar with respect to each other, it is likely that many of the interconnections will not electrically contact their juxtaposed contact pads on a supporting substrate, such as a standard printed wiring board. None of the above described techniques provides a cost effective interconnection scheme which guarantees the planarity of the interconnections so that each is assured of making an electrical contact with the contact pads on the opposed supporting substrate.
Numerous attempts have been made to solve the foregoing interconnection problems. An interconnection solution put forth in U.S. Pat. No. 4,642,889, entitled "Compliant Interconnection and Method Therefor" issued Apr. 29, 1985 to Grabbe creates an interconnection scheme by embedding wires within each solder column/ball to reinforce the solder thereby allowing higher solder pedestals and more elasticity. Further interconnection solutions put forth include providing a combination of solder and high lead solder thereby allowing higher solder pedestals and more elasticity given the high lead content of the solder, as found in U.S. Pat. No. 5,316,788, entitled "Applying Solder to High Density Substrates" issued May 31, 1994 to Dibble et al. and U.S. Pat. Nos. 5,203,075 & 5,133,495, respectively issued on Apr. 20, 1993 and Jul. 26, 1992 to Angulas et al.
U.S. Pat. No. 4,955,523, entitled "Interconnection of Electronic Components" issued on Sep. 11, 1990 to Calomagno et al. puts forth a still further interconnection technique in which wires are wirebonded to the contact pads on a first surface, cut to a desired length and then attached to a second opposing surface by placing each of the wires in a "well" of conductive material, such as solder. While the wires then give a certain amount of compliancy to the structure, this technique encounters difficulties in controlling unwanted bending and electrical shorting of the wires prior to and during the coupling step in their respective solder wells. Similarly, U.S. Pat. No. 5,067,007, entitled "Semiconductor Device having Leads for Mounting to a Surface of a Printed Circuit Board" issued Nov. 19, 1991 to Kanji et al. discloses the use of stiff or deformable lead pins to increase the pin pitch and deal with problems stemming from thermal coefficient of expansion mismatches between the device and a printed circuit board. Besides the potential for bending and shorting of the pins as described above, the pins are individually attached to both the device and the printed circuit board by brazing or soldering making this a time consuming and less than optimum solution from a manufacturing point of view.
U.S. Pat. No. 4,067,104, entitled "Method of Fabricating an Array of Flexible Metallic Interconnects for Coupling Microelectronic Components" issued on Jan. 10, 1978 to Tracy uses an additive technique where the interconnections are created by providing a layer of photoresist, removing portions of the photoresist and depositing metal within the removed portions. By successively following this technique, a plurality of metalized columns are created and coupled to opposing contact pads on a supporting substrate by a suitable method, such as flip chip bonding, cold welding, diffusion bonding or melting. The photoresist is then removed. However, interconnection planarity issues can become a problem when practicing the invention disclosed in the '104 patent. Further, the strength of each of the interconnection columns may be impeded due to the joining of the different layers of metal and to thermal cycling fatigue.
One commonly assigned invention, U.S. patent application Ser. No. 08/190,779, filed Feb. 1, 1994 which issued as U.S. Pat. No. 5,448,390, deals effectively, but specifically differently, with many of the problems encountered by the prior art. In one embodiment, the '779 application interconnects the device contact pads to the supporting substrate terminals by using leads which are coupled to the terminals in a conventional manner, such as by soldering, such that they extend substantially side by side. The unconnected ends are then coupled to the contact pads through the use of predetermined pressure and temperature conditions. A support layer is then disposed between the device and the supporting substrate and further surrounds and supports the leads. This structure effectively deals with thermal expansion mismatch and lead shorting problems.
Despite these and other efforts in the art, still further improvements in microelectronic interconnection technology would be desirable.
The present invention provides a method and apparatus for providing interconnections between a microelectronic device and a supporting substrate which substantially obviates many of the problems encountered by the prior art.
One embodiment of the present invention provides a method of fabricating an interconnection component for a microelectronic device comprises providing a support structure, typically comprised of a flexible but substantially inextensible substrate, having a first and a second surface, where a conductive sheet is coupled to the first surface of the support structure. The conductive sheet is then selectively removed, typically using an etching process, thereby producing a highly planar, cost effective plurality of substantially rigid posts each of which eventually become the interconnections between the microelectronic device and a supporting substrate. The etching process generally first includes applying a photoresist layer to the conductive sheet and exposing portions of the photoresist layer to form etch resistant portions and remainder portions. The remainder portions may then be removed and the conductive sheet may be etched around the etch resistant portions.
A compliant layer may then be provided on the second surface of the support structure and a microelectronic device having a plurality of bond pads may be engaged with the exposed surface of the compliant layer. The compliant layer is used to substantially accommodate thermal coefficient of expansion mismatches between the device and a supporting substrate when the device is in use. Each bond pad is then electrically coupled to at least one conductive post. The bond pads and posts may be coupled in a number of different ways, including plating a plurality of etch resistant conductive leads on either the first surface of the support structure or the conductive sheet such that the leads are sandwiched between the supporting substrate and the conductive sheet. After the posts are created, the bond pads may be electrically connected to respective leads. Alternately, the conductive leads could be formed on the second surface of the support structure and coupled to each post through a conductive via. A highly conductive layer, such as gold, may optionally be plated on the surface of the posts to ensure a good electrical connection when the posts are coupled to contact pads on a supporting substrate.
The foregoing and other objects and advantages of the present invention will be better understood from the following Detailed Description of a Preferred Embodiment, taken together with the attached Figures.
FIGS. 1A and 1B are perspective views illustrating the process of subtractively creating the interconnections according to one embodiment of the present invention.
FIGS. 2A and 2B are perspective views each showing the embodiment in FIG. 1B coupled to a compliant layer and a microelectronic device according to one embodiment of the present invention.
FIGS. 3A-C are perspective views each showing one possible shape of the subtractively created interconnections according to the present invention.
FIG. 4A is an elevational view of a post socket.
FIG. 4B is a perspective view of a post
FIG. 5 is a perspective view of subtractively created interconnection having an etch resistant, conductive cap thereon, according to the present invention.
FIG. 6A is an elevational view of a post.
FIG. 6B is a top view of a brazing button hole.
Referring to FIGS. 1A and 1B, a top surface of a support structure 100 is coupled to a conductive sheet 110. In the preferred embodiment of the invention, the support structure is a flexible, but substantially inextensible, film preferably formed from a polymeric material, such as Kapton™, of an approximate thickness between 25 microns and 75 microns and is laminated to the second surface of the conductive sheet. However, the support structure could be comprised of many other suitable materials and may further be semi-flexible or substantially rigid. The conductive sheet 110 is preferably comprised of a conductive metal, such as copper, copper alloys or phosphor bronze, among other materials. Portions of the conductive sheet are selectively removed by any suitable means to create a plurality of subtractively created, substantially rigid posts 130, as shown in FIG. 1B.
In the preferred embodiment, portions of the conductive sheet are removed by first providing a photoresist mask on the surface of the conductive sheet and etching away the conductive sheet 110 around the mask portions. This is preferably accomplished by coupling a photoresist layer 120 to the top surface of the conductive sheet 110. Selected portions of the photoresist layer 120 are then exposed and developed using standard industry techniques, resulting in a plurality of etch resistant photoresistive portions 125 atop the conductive sheet 100. A one sided etching process is then employed to remove portions of the conductive sheet 110 around the plurality of etch resistant photoresistive portions 125 while substantially leaving the portions beneath the plurality of etch resistant photoresistive portions 125, as shown in FIG. 1B. The etch profile of features created from a conductive sheet, such as a metal foil, can be influenced by the process used to produce them. The two most common methods of etching are batch immersion in an etchant solution and liquid etchant spraying or impingement. In batch etching, the features can be more uniformly created. Etching proceeds isotropically removing metal at a basically uniform rate both vertically and laterally. This results in creating posts having substantially uniformly sloping vertical sides of approximately, a 45� angle relative to the surface of the support structure. Etching normally proceeds rather slowly in batch processing providing sufficient time to replenish the active etchant solution to foil under the resist. In contrast, a spray etching technique typically impinges the part at more of a 90� angle, facilitating the etching of surfaces exposed to the impingement. While the etching process still progresses in a more or less isotropic fashion, the etch resistant photoresist portions 125 act as a shield causing the etching process to produce an etch profile which forms "cooling tower" shaped posts 130 having a broad base which thins as it reaches the vertical center of the post 130 and flares back out slightly as it reaches its apex. These features are caused by the "splash back" of the etchant solution against the walls of the emerging post and can be more or less exaggerated by altering the pressure, concentration and or formula of the etchant within the bounds of the photoresist's resistance to the etchant.
The height of each post will vary directly with the thickness of the conductive sheet 110, but typically will be in the range of 125 to 500 microns. Because of their shape and rigidity, the conductive posts 130 will resist deformation. A fine post connect pitch can therefore be created without substantial fear that the posts 130 will be bent into electrical contact with each other. The possible pitch of the bumps is also a function of the thickness of the sheet of conductive material. The thinner the conductive sheet, the finer the possible pitch of the bumps. Also, this process of creating the posts is cost and time effective when compared with methods which create each bump by plating or soldering. Further, the posts created with this subtractive process are extremely uniform and planar when compared to solder or plated bumps because they are created from a single planar, conductive sheet. This ensures that each of the bumps will make contact with respective contact pads on a supporting substrate, such as a printed wiring board, without the exertion of undue pressure on the top surface of the microelectronic device.
The exterior surfaces of the posts may be optionally plated with a highly conductive layer, such as gold, gold/nickel, gold/osmium or gold/palladium, or alternately plated with a wear resistant, conductive coating such as osmium to ensure that a good connection is made when the posts are either soldered or socketed to a supporting substrate, as described more fully below.
Referring now to FIG. 2A, a compliant layer 140 is coupled to the back surface of the support structure 100. The compliant layer 140 is typically made of an elastomer material, such as the Dow Corning silicon elastomer 577 known as Silgard�. The compliant layer 140 is coupled to the back surface of the support structure 100 by conventional stencil printing techniques. The silicon elastomer used in the preferred embodiment is filled with about p10% of fumed silica in order to obtain a stiff consistency that allows the layer 140 to retain its shape after the stencil is removed. The silicon is then cured at a suitable temperature. Typically, the thickness of the complaint layer is 150 microns, plus or minus 12.5 microns. The compliant layer 140 may alternately be replaced with a plurality of compliant pads 145 each positioned beneath a respective post, as shown in FIG. 2B. The pads 145 are also typically stenciled on the back surface of the support structure 100 and the original stiff formulation of the elastomer allows each individual pad 145 to retain its shape after the stencil has been removed. The exposed surface of the compliant layer is next engaged with a surface of a microelectronic device 150 having a plurality of bond pads 180 thereon.
Referring now to FIG. 2B, before the bond pads 160 can be connected to the conductive posts 130, a method of electrically connecting the posts 130 to the bond pads 160 must be supplied. One method includes providing etch-resistant conductive leads 170, such as copper leads which have been lithographically formed on the top surface of the support structure 100 plated with gold prior to coupling the structure 100 to the conductive sheet 110. After the conductive sheet 110 has been reduced to the conductive posts 130, shown in FIG. 2A, the etch resistant conductive leads may be connected to the bond pads 160 by any suitable manner, such as wire bonding or by allowing the leads to extend beyond the edge of the support structure such that they may be bent towards and thermosonically or ultrasonically bonded to a respective bond pad, as shown in FIG. 2A. An alternate method of creating a similar embodiment is to first plate a plurality of either one layer or a multilayer etch resistant conductive leads, such as gold or gold/copper leads, to the bottom surface of the conductive sheet 110 prior to coupling the conductive sheet 110 and the support structure 100. Portions of the conductive sheet are then removed to create the conductive posts 130 allowing the bond pads 160 to be electrically connected to the posts 130 by the conductive leads. A further alternate solution involves forming the leads on the second side of the support structure 100 and connecting the posts through conductive vias extending from the first to the second surface of the support structure 100.
A further embodiment of the present invention, includes directly attaching the support structure 100 to the microelectronic device such that each post is in electrical contact with a juxtaposed bond pad on the microelectronic device. This is typically accomplished using a conductive via positioned beneath each of the posts and extending from a first to a second surface of the support structure. The via may be created by punching or laser ablating holes in the support structure and plating a conductive metal, such as copper into each of the holes. A joining layer, such as a gold/tin or silver/tin alloy, is next typically coupled to the copper. The joining layer will weld to its respective bond pad under the correct temperature, pressure or vibration stresses.
As stated above, the shape of the posts 130 can depend on the process used to remove the surrounding conductive material. However, the shape of the etch resistant photoresist portions 125 in FIG. 1A may also produce different shaped posts from the conductive sheet material. For example, FIG. 3A shows a substantially in the form of a surface of revolution which is the result of using circular resist portions 180 on the conductive sheet 110. Square resist portions 190 will produce a post having four slightly concave, rounded sides meeting at slightly rounded edges, as shown in FIG. 2B. Triangular resist portions 200 will produce a post having three slightly concave, rounded sides meeting at slightly rounded edges, as shown in FIG. 2C. Each of these photoresist portions produce the "cooling tower" shape shown if a spray etching process is used. If a batch immersion process is used, the resulting posts will have more linearly sloping vertical walls and slightly sharper corners.
The peaks of the posts 130 may then be coupled to the contact pads on the supporting substrate by any suitable means, such as directly soldering the posts to the contact pads or inserting them into sockets attached to the substrate. The "cooling tower" shape created by spray etching makes for a more reliable leaf-spring socket connection because its peak has a larger diameter than its middle section, as shown in FIG. 4A. The peak of the post will thus provide resistance to being pulled out of the socket in response to forces acting in the lengthwise plane of the posts. The vertical corners on the posts shown in FIGS. 3B and 3C partially inserted into round socket holes or vias also makes for a more reliable, force fit, separable, electrical connection with each socket hole contact, as shown in FIG. 4B.
FIG. 5 shows a further embodiment in which the photoresist layer 120, in FIG. 1, is replaced with a plurality of metallic portions 210 of a geometry similar to the photoresist portions (180/190/200) in FIGS. 3A-C. Typically, the metallic portions 210 are comprised of an etch resistant metal, such as nickel. The conductive layer may then be etched around the metallic portions 210 leaving the post capped with a conductive top. This conductive top may then be plated with a highly conductive layer, such as gold or a gold alloy. This conductive top further increases the reliability of an electrical connection when the posts are inserted into the type of socket shown in FIG. 4A. In an alternate embodiment, solder can also be used as an etch resist. After the posts are created, the solder can then be reflowed to create a solder coated post. If the solder is reflowed after the post has been inserted into a test socket, it will create a more permanent electrical connection with the socket.
FIGS. 6A-B show a still further embodiment having a brazing button 220 extending through brazing hole in a removable support structure 230. The brazing button is used to attach the post directly to a bond pad on a microelectronic device and is typically comprised of a metallic alloy which will attach easily and provide a good electrical connection with its respective bond pad, such alloys include gold-fin, bismuth-tin, gold-silicon, or tin-silver. FIG. 6B shows one embodiment of a brazing hole 240 which allows for expansion of the brazing button when it is heated to attach to the chip bond pad. The removable support structure 230 is comprised of a material which may be removed by any suitable means after the posts have been attached to the bond pads, such as using a paper or water soluble polymeric support structure which may be sprayed with water and peeled off.
One skilled in the art will appreciate that the subtractively created posts described herein could be used for many other purposes besides connecting microelectronic devices to supporting substrates without departing from the spirit of the present invention. Further, if the top surfaces of the posts are sufficiently wide, a cupped portion could be provided thereon to receive bumps or solder balls on the surface of a supporting substrate.
Having fully described several embodiments of the present invention, it will be apparent to those of ordinary skill in the art that numerous alternatives and equivalents exist which do not depart from the invention set forth above. It is therefore to be understood that the present invention is not to be limited by the foregoing description, but only by the appended claims.
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|Fee payment
Year of fee payment: 4
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Year of fee payment: 8
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|Expired due to failure to pay maintenance fee
Effective date: 20161207


text: On Mon, Aug 02, 2004 at 05:13:07PM -0500, Joe Wreschnig wrote: > > There's a cost, too, though. Source for images is often very big (eg. > > layered PSDs). Source for sounds is often huge, being anything from PCM > > data for simple recordings to Fruity Loops data, etc. Source data for > > a small movie clip can be much bigger. Simply uploading this stuff to > > the server once would take too long. > > I think "preferred form of modification" still works here -- if the form > is too large to be easily passed around, it's clearly not preferred. I disagree. The preferred form of modification for these movie clips is the original lossless data, or the AfterEffects, etc. data, and so on. If the artists modify the clips, that's what they really use--that's what makes it source. If we want a synthed song to be 20BPM faster, the musician isn't going to use the PCM data; he's going to modify his source. The fact that it's too big to store in the repository for other people to use doesn't change that. > This is why I drew a distinction between "creation" and "modification" > before; the "created" form (huge uncompressed wavs) don't give you much, > if any, more "editability" than Vorbis, in the sense that you can apply > filters, cut, etc, Vorbis files just as well as wavs. And while I might > spend a long time fiddling with layers in an XCF, sometimes I merge them > before I save, because I expect to never edit it again. I can't apply filters to Vorbis files just as well as WAVs. They're lossy, which means that my filter is operating on lossy data and--depending on the filter--the result will be lower quality. Many times I've asked coworkers to resample sounds, for example; I can't do it myself because I'm not willing to decode, resample and re-lossily-encode the data for quality reasons. I agree with the practical issues you're talking about. I often create stylized text images with Photoshop and don't bother saving the PSD, because it's easier to just remember how to create it from scratch than to organize and store that much source. I do think this is an important and very common case to consider, but I don't think it's a way out of the source-for-images, etc. question, because in many of these cases, the preferred form for modification really does exist, and really is preserved for future modification. -- Glenn Maynard

subset: commoncrawl


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From $197,990 - $275,160
What does this Price Range mean?
The Price Range displayed reflects the base price of the homes built in this community.
You get to select from the many different types of homes built by this Builder and personalize your New Home with options and upgrades.
Builder Community Sales Office Map
8641 Jefferson Run, Blacklick, OH 43004
Hours: M:11:00-6:00,Tu:11:00-6:00,W:12:00-7:00,Th:Closed,F:Closed,Sa:11:00-6:00,Su:12:00-5:00
Jefferson Run East
Jefferson Run East features include: Homes Include Full Basement (per plan); Licking Heights School District; Open Green Space; Ponds
Visit the website
Actual schools may vary. Contact the builder for more information.
From I-270: Take the OH-16/East Broad Street Exit (exit 39); Follow Broad Street East to North Waggoner Road; Turn left on N Waggoner Road; Jefferson Run East will be on your right
8641 Jefferson Run
Blacklick, Ohio 43004
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text: Night Exercising: Can We Benefit from It? November 6, 2016 By Chad Leave a Comment Are There Benefits to Working Out At Night? People often say that exercising at night can mess with your sleep cycle, making you unable to fall asleep afterwards. Has the myth been invented by those … [Read more...]


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How I Got Into College Trailer (1989)
"A horror story so intense, so barbaric, so frightening it will have you running for your local army recruiter." 19 May 1989 Comedy, Romance, Family 86 mins
The simple story of two young Michigan high school students, Jessica, Class President, Local Smart Girl, and object of Marlon's affections attempt to get into a small Pennsylvania college. Jessica fights off her parent's expectation of going to their alma mater of the University of Michigan, while Marlon fights his grades and SAT scores.
Watch the official How I Got Into College 1989 trailer in HD below or find more How I Got Into College videos on Vidimovie.


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Free online movies guide from around the world.
Short film: more films
Other premieres of 2013
FULLTV is a free online movie guide that provides information about film premieres. If you have a Smart TV this service is for you. Decide what to watch and get the advantage of the portable DVD player that you bought in that offer!.
You can watch Yasuni, full movie on FULLTV - In March 2012, the Argentine filmmaker Nicolas Entel installed a two-ton oil rig in the middle of green space Madison Square Park, located in the heart of the city of New York, in order to sensitize the world about oil exploration within the borders of Ecuador Yasuni National Park. With the commotion caused by that action, Entel got the means to make this short, strong, deep in favor of, determined to provide a legitimate voice to all indigenous communities living in Yasuní in his call Yasuní -ITT initiative step global consciousness. Those interested can watch Yasuni online on video-on-demand services (Netflix), pay-TV or movie theaters with original audio in Spanish. This film has been premiered in theaters in 2013 (Movies 2013). The DVD and Blu-Ray edition of full movie was sold some time after its official release in theaters.
Very good, managed to tell a good story and keep the audience in his chair.
Film directed by Nicolas Entel.
G Movie rated apt for all ages.
Short film, Documental, Adventure
31 min full movie online HD (English).
Filmed in HD quality 16:9 Wide screen video (movie stream and theaters).
Ecuador, USA
Produced by Ivan Entel, Nicolas Entel, Jorge Bustos-Estefan, Eglantina Zingg, Juan Fernando Ayora, Jorge Jose Fabre, Roberto Alcazar, Tao Garcia and Lucas Entel.
Screenplay written by Nicolas Entel.
Given by Patricio Suarez.
Composed by Diego Perez and Charo Bogarin.
As usual, this film was shot in HD video (High Definition) Widescreen and Blu-Ray with Dolby Digital audio. Made-for-television movies are distributed in 4:3 (small screen). Without commercial breaks, the full movie Yasuni has a duration of 31 minutes; the official trailer can be streamed on the Internet. You can watch this full movie free with English or Spanish subtitles on movie television channels, renting the DVD or with VoD services (Video On Demand player, Hulu) and PPV (Pay Per View, Netflix).
In this movie guide, you can find the most important information about TV films and premieres in 3D in the U.S. theaters and cinemas. Every day we add the best movies for you to decide what you want to buy or rent and watch on TV.


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My Nonprofit Reviews
122 profile views
1 reviews
Review for Amma Center Of Michigan, Ann Arbor, MI, USA
Amma tells us that by helping others we can feel closer to God. I feel good when I am helping feed hungry people.
More Feedback
I've personally experienced the results of this organization in...
I am inspired and in awe of Amma's charitable works around the world. She does what she preaches.
If I had to make changes to this organization, I would...
have a sign made for the hall.
What I've enjoyed the most about my experience with this nonprofit is...
Being able to help others.
The kinds of staff and volunteers that I met were...
loving and wonderful
If this organization had 10 million bucks, it could...
see them using for a good cause to help others.
Ways to make it better...
I could go more often.
In my opinion, the biggest challenges facing this organization are...
getting the word out to people.
One thing I'd also say is that...
I am very grateful to be part of it.
How frequently have you been involved with the organization?
About every month
When was your last experience with this nonprofit?
Role: Volunteer & make food for a homeless shelter.


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Aubergine fries, my latest food obsession, and by obsession I mean can't stop thinking about them, complete and utter devotion. I have had them for dinner every night this week, which actually bodes well for me as aubergines are in season right now and so cheap they are practically giving them away. If you have ever wanted to try your hand at making baba ganoush now is the time, this week I got 6 for a mere 1,000 won. The reason these beauties are so good, is that they are crispy on the outside and soft and gooey in the middle while still retaining their shape. I had my qualms about making them at first, as I never thought they would hold up, but they do and they are delightful. Make them tonight and I promise you shan't be disappointed. Fat Girl guaranteed! The other fab thing is that they are baked, not fried, so you can eat an entire pan full, without feeling the least bit shameful. Though you can of course deep fry them if you wish. I paired mine with a sweet chili mayonnaise I made but really any dip at all will do. I didn't make my own mayonnaise as I was out of olive oil, and we also have a giant vat of mayonnaise that we got from Costco that needs using.
Aubergine Fries
4-5 aubergines (egg plants)
2 eggs
200g of panko crumbs (or your own breadcrumb mix)
2 tablespoons of nutritional yeast (optional, but more delicious)
1 teaspoon of paprika
1 tablespoon of of mixed herbs (your choice)
A pinch of salt and pepper
Sweet Chili Mayo
6 tablespoons of mayonnaise
2 tablespoons of sweet chili sauce
a pinch of chipotle chili powder
salt & pepper to taste
1. Preheat the oven to 200 degrees Celsius. Cut the aubergines in half length ways, then in half again the opposite way. You can then cut these four pieces into quarters or sixths depending on their size. Spread them out on a tray lined with baking paper. Then sprinkle on the mixed herbs and bake for about 15 minutes. They should almost be cooked through, while still retaining their shape.
2. While the aubergines are cooking, beat your eggs in a bowl and set aside. In another bowl, add the panko crumbs, paprika, nutritional yeast, salt and pepper, and mix together.
3. When the aubergines are done, take them out of the oven, and dip first into the beaten egg then into the panko crumb mixture and set back on the baking tray. Repeat until they are all coated then then drizzle with a little olive oil and put them back into the oven for another 10 minutes. They are done when the are the crumbs are golden brown.
4. To make the sweet chili mayo mix all the ingredients together and serve with your lovely fries. Eat them, then go out and buy more aubergines cause they are amazeballs.
5 comments on "Aubergine Fries"
You might be interested to know, that here in South Africa, the indian community also make an aubergine bhaji. Deep fried though. I've seen your receipe on onion bhaji and thought maybe you'd like to combine the two!
Wow I would love to combine the two, that sounds amazing!!!
Yumm!! I've been cutting them into rounds and frying them too, along with breaded mushrooms and green pumpkins (strange, tasty little things those are).
Got plenty of aubergines from my generous neighbor ajummas who have organic farms and immediately thought of your recipe I had read a while ago. I added a bit of oil when pre-cooking the aubergines, which I think made them slightly lose their shape…but still turned out amazing! Will try your exact recipe next time. Thank you!


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Formerly a gas station, the Cotuit Municipal Parking area was designed to utilize plants to remove soil contaminates, both from previous onsite petroleum use and new pollutants generated from automobiles.
The planting respects the community's desire to have a traditional Cape Cod landscape, yet utilizes species that specialize in breaking down hydrocarbons and excessive nutrients in soil and groundwater.
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Delivering world-class care means ensuring that each patient benefits from the highest quality and safest care possible. As a result, everyone at The Ottawa Hospital is focused on quality and safety.
At The Ottawa Hospital, quality means providing the patient with appropriate, consistent health care in a clean and safe environment, in which the patient is treated with respect.
Taking Action
Quality & patient safety is a top priority at The Ottawa Hospital. We aim to provide the safest patient care through our nationally recognized research, education and evaluation methods.
We are committed to a high standard of care, employing coordinators who assist with quality improvement, safety, and measuring our performance and patient satisfaction.
Patient Safety Tips
Patient Safety is a priority at The Ottawa Hospital. Patients have an important role to play at each stage of their care and safety tips will serve to encourage them to be more involved in their health care.
Occupancy Rates
|ALC Patients
|Admitted Patients in ED
Stories of Care
At The Ottawa Hospital, we are inspired everyday by stories of hope from our patients and their families, as well as our health-care team.


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Published: October 3, 2012
Cathy Brooks submitted this picture of Madeline Keffler of Youngstown and Sofia Poghen of Canfield. Every year the 8th graders are paired with the 1st graders. They are each other's buddy for the entire school year.
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DC Preview - BATMAN BEYOND #6
Click here for all of Newsarama's latest previews...
Written by ADAM BEECHEN
Art by RYAN BENJAMIN & JOHN STANISCI
Cover by DUSTIN NGUYEN
Hush is about to take care of Batman's Super-Villain problem forever so why is Terry risking everything to stop him? Maybe it's the scorched Earth plan Hush hopes to unleash to complete his mission! It's the earthshaking conclusion to our first trip back to Neo-Gotham better hope it's not the last!
On sale NOVEMBER 24 6 of 6 32 pg, FC, $2.99 US
CLICK HERE To Discuss This PREVIEW
Got a comment? There's lots of conversation on Newsarama's FACEBOOK and TWITTER!
DC Preview - BATMAN BEYOND #6
DC Preview - BATMAN BEYOND #6
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Architectural genius manifests itself in extraordinary ways in these seven homes by leading architects and interior designers. Their visions encompass a light-filled apartment on the Manhattan skyline, an airy lodge perched on a Telluride mountain slope, and an opulent Tangier cliffside villa as part of a Moroccan seascape. Imagine, too, a cool, pink-pastel urban retreat in Mexico City, built to pamper its residents, whether human — or horse. Each of these unique homes embraces its environment, melding glass with light and air, and stone with earth and water. Envision yourself in these surroundings, inhabiting a living work of art.
Contemporary Mountain Estate
Telluride, ColoradoArchitect Hugh Newell Jacobsen's creation is a convergence of innovative architecture, spectacular views, and a coveted location — on 2.8 acres of wooded grounds, within minutes of the historic Old West town and top-ranked ski resort of Telluride. The architect, renowned for his pavilion-style residences, has integrated a contemporary, 4,644-square-foot floor plan allowing for fluid movement throughout. The residence is distinguished by floor-to-ceiling windows and balconies that frame views of the surrounding mountain peaks. With five bedrooms and four and one half bathrooms, the private quarters provide comfort and ample space for residents and their guests. The tranquil outdoor spaces are enhanced with expansive patios and a spa deck from which to relax under the clear Rocky Mountain skies.
Khakum Wood Estate
Greenwich, ConnecticutThis stone manor house is a Greenwich landmark by H.T. Lindeberg (1879–1959), a prominent American architect whose notable works include the U.S. embassy in Helsinki and some of the finest country houses in the United States. A sweeping driveway, walled courtyard, and beautiful limestone portico provide the first glimpse of this grand estate. The English sitting hall has a terrace and barrel-ceiling hallway leading to a magnificent living room with a fireplace with an antique, carved stone mantel and chestnut cathedral ceiling. Other classic architectural notes can be seen in the dining room, paneled library, and billiards room. Luxurious touches abound in the master suite and the gourmet kitchen, which overlooks the beautiful grounds. Authentic period details such as the finest plasterwork, old-growth wood floors, and leaded-glass windows speak to the impeccable pedigree of this estate.
Cuadra San Cristobal
Mexico City, MexicoDesigned by Pritzker Prize–winning architect Luis Barragán, Cuadra San Cristobal is a triumph of geometry and the genius of simplicity. Throughout the 7.5-acre estate, fountains and serene azure tones contrast against the earthen terracotta, crisp white and pink hues of the exterior walls. The construction of stables within the grounds reflects the owners' belief that horses, like the human inhabitants, should roam throughout the space. A smaller pool exists for the residents; a larger one is dedicated to equine guests. In the main house, floor-to-ceiling windows invite sunlight and vistas of the lush and precisely landscaped grounds. The interior offers 2,493 square meters of space, with four bedrooms and five-and-a-half bathrooms, as well as living areas on the first floor.
Luxury Family Compound
Bozeman, MontanaThe private compound of award-winning Bozeman architect Jerry Locati, this spectacular Montana home connects the built environment with the natural landscape. Locati designed this unparalleled 21-acre estate, composed of a 7,929-square-foot main house, a 1,943-square-foot guest house, and the ultimate "man cave," for luxurious four-season living for all members of the family. The interior spaces abound with timber frame and reclaimed wood to create a sophisticated yet rustic ambience. There are all the expected luxury amenities — wine cellar, gourmet kitchen, and master suite — and more unusual ones, like the theater and stage. Seamless transitions from inside to outside are key tenets of this home, which features more than 1,200 square feet of heated, covered outdoor entertaining patios with two fireplaces, plunge pool, and fire pit. A recreation lake and golf and archery ranges complete one of the finest estates in Bozeman.
One Beacon Court
New York, New YorkThis luxury apartment offers panoramic city and East River views from its lofty position in one of New York City's tallest buildings, One Beacon Court. Completed in 2005, with interiors by revered French designer Jacques Grange, this apartment was decorated by New York interior designer Richard Mishaan and featured in his book "Modern Luxury." It boasts floor-to-ceiling windows, two en suite bedrooms, and a contemporary Poggenpohl kitchen. At its entrance, One Beacon Court hosts a grand private drive and courtyard. The building amenities include a 24-hour doorman, global concierge service, bellmen, garage, and valet parking. On the 29th floor, the Beacon Club includes a fitness center, entertainment suite, kitchen, children's playroom, and a high-tech business center. La Cirque restaurant is directly across the courtyard, Bloomingdale's is across the street. This prized Midtown location offers direct access to New York's finest shopping and restaurants: La Cirque restaurant is directly across the courtyard and Bloomingdale's is just across the street.
Villa Putman
Tangier, MoroccoOverlooking the Mediterranean Sea from a cliff above the Strait of Gibraltar, this unique Tangier villa is one of only four homes by the celebrated late architect and interior designer, Andrée Putman, renowned for her work designing boutiques for Yves Saint Laurent and Thierry Mugler. Completely restructured and designed by Putman in 2001, the villa's spectacular clifftop location allows for unforgettable 180-degree maritime panoramas. A flowing 6,200-square-meter floor plan opens to expansive terraces and sweeping coastal vistas from all six levels. Floor-to-ceiling windows frame the sunlight and vistas of the deep blue sea beyond. The extraordinary appointments include a top-floor master suite, a beechwood kitchen, a cliffside passage with a shower room and wellness center, and a sunbathing terrace with an infinity pool, which complements the extraordinary seascape immediately below.
Classic Hamptons Estate
Water Mill, New YorkThis Hamptons estate's traditional gabled, shingled facade harks back to the grandeur of summers past, yet its interior spaces display contemporary style, quality, and luxury. The 9,000-square-foot, seven-bedroom, eight-and-half-bathroom residence is turnkey-ready with interior design and furnishings by the highly sought-after New York architect and designer Campion Platt. A double-height paneled foyer introduces the open-plan living spaces. Other highlights include a formal living room with fireplace, family room, formal dining room with screen porch, and dream kitchen with custom Christopher Peacock cabinetry. Residents will relish the privacy of the master suite with its own balcony overlooking the grounds, the fully equipped gym, and enjoy entertaining in the theater and billiards room. Set within nearly two manicured acres with such resort amenities as an oversized gunite pool and sunken tennis court, this home promises the classic Hamptons lifestyle.


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|New Guide to Maryland Resources for Cancer Patients
Baltimore, MD (May 30, 2014) – Sunday, June 1, 2014 is National Cancer Survivors Day. A cancer survivor is anyone who is living with a history of cancer, from the moment of diagnosis through the remainder of life.
|Last Updated on Friday, 30 May 2014 14:01


text: I have bought two pairs of Adidas Adizero shorts in the past two months and have found both to have been poorly sewen. http://www.tennis-warehouse.com/adidas_Mens_Spring_adiZero_Short/descpageMAADIDAS-ANSZS.html I got these in black along with grey Rolland Garros versions. The black ones have had the back green strap come loose after three weeks of play and the Rolland Garros ones has the drawstring come off after one day of hitting. I really love these Adidas shorts over Nike stuff and do want to continue purchasing them, but I have never bought an item of clothing thats come apart like this unless it was because of my error or simply wear and tear; and isnt the case with either of these. So my question for you all is if I can make a warranty claim on these somehow if I was to buy a third pair and have something like this happen. I doubt I can do anything about these two pairs but would like to prevent this from happening in the future.


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Try this wrap recipe, then create your own using your favorite ingredients!
Try this wrap recipe, then create your own using your favorite ingredients!
If you want to go fast, go alone. If you want to go far, go together.
– African Proverb
So often in our fast paced lives we blink and have no idea how we got from point A to point B; or more importantly who helped us get there.
We have shared 20 amazing years together. Brittany was the first to teach us about motherhood, and not long after Shayna and Cathy each had children of their own. We constantly learn and grow from one another as mothers. We have a bond that is built on complete trust and emotional support that is unbreakable. Together we have experienced pure joy and extreme tragedy, all of which keeps us strong and connected forever.
For this new and exciting chapter of our lives we have become inspired to be healthy. As we start to age and our children grow it becomes apparent that we need to be as healthy and strong as we can. We want to be around to watch our children grow-up and someday have children of their own. As moms we constantly struggle with weight gain and lack of energy. When by simply changing a few bad habits, it can easily be fixed.
Our other concern is living in fear of cancer. What if we were to tell you there is a way to crush that fear. It is proven that certain foods we eat can either feed the cancer or kill it.
We are working together as a team to give you the tools to eat healthy in your fast paced life. Coming from us three working moms we can tell you it's going to definitely be hard but not impossible!
We invite you to be part of our team and grow with us in this journey of a healthy lifestyle––and we guarantee you will never look back.
–Shayna, Brittany & Cathy


text: Layering can often be a difficult task when it comes to mixing and matching colors and styles. However looking messy can easily be transformed into looking stylish. Here are three easy to wear looks that will keep you warm and fitted all season long. Simply press the play the button and enjoy. Like the looks seen in the video? Shop them here.


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Floor Heating
The No. 1 Essential Tool to Identify Your Customers' Heating Needs
Learn how to use WarmlyYours's Instant Quote tool to find the best radiant heating system for your customer and increase your sales.
How to Install Radiant Floor Heating under Luxury Vinyl Tile
Learn how to install electric floor heating underneath the industry's fastest-growing flooring category: luxury vinyl tile.
How to Prevent Your Tile Floor from Cracking
How your tile floor is installed is critical in ensuring that the floor never cracks. Installing a crack isolation membrane is a great way to prevent telegraphing.
Low Cost Underfloor Heating Improves a Calgary Home Office
Underfloor heating makes a home office more functional and the price is right!


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Natural ingredients - 40 calories a scoop
Good news! We're now stocked in your local Waitrose store.
Get £1 off your next tub and 'The Scoop', our guide to indulging healthily.
buy in store
Forget travelling miles for your healthy ice cream fix. We're now on your doorstep.
More and more people are realising that they simply don't have to compromise on their health when they want to indulge, and due to this increased demand, Oppo is now stocked in your local Waitrose. Find your store below and see how Oppo is healthy here.
We're finding your nearest scoop of Oppo now. Hang on a second while we get out the map...


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New Global Website for DENSO
DENSO relaunched its global website today with fresh new content and a totally new design. Now the latest DENSO information and innovation from around the globe is even easier to read and access.
The compelling new content will keep visitors up to date on wide-ranging topics including the latest corporate activities and career opportunities at DENSO worldwide.
Take a quick tour in our two-minute video!


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Ricker Funeral Home has been a family owned funeral home since the early 1900's, with the Ricker name being associated with the firm since 1952. In 1943, Paul N. Ricker joined Dennis Rouhan and Herbert Swan at Rouhan and Swan Funeral Home. In...
- Zip codes in the city: 05654.
- Washington County funeral flowers can be purchased from one of the local funeral shops we partner with.
Graniteville Obituaries
Funeral Homes in Graniteville
Pearsons Funeral Home has been through many changes since it first became a part of the Lyndonville community around 1889.
Charles Dodge, son of G.E. Dodge, owner of the first furniture store in Lyndonville, took over his father's business in...
Nearby Funeral Homes for Graniteville
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Graniteville Funeral Home News
Funeral Homes in Graniteville VT Vermont - Best Funeral Homes and ...
Here are the results for funeral homes in Graniteville Vermont. You can find some of the best funeral homes businesses serving Graniteville. We also have some funeral homes reviews ...
Graniteville Funeral Homes | Funeral Homes in Graniteville, VT ...
Find Us on Facebook 2010 AT&T Intellectual Property. All rights reserved. AT&T, AT&T logo and all AT&T related marks are trademarks of AT&T Intellectual Property and/or AT&T ...
Funeral Homes in Graniteville, VT | Graniteville Funeral Homes
Find funeral homes in Graniteville, VT using the funeral homes directory. Search for Graniteville funeral homes at Caring.com.
Funeral - Wikipedia, the free encyclopedia
A funeral is a ceremony for celebrating, sanctifying, or remembering the life of a deceased person. Funerary customs comprise the complex of beliefs and ...
Funeral (album) - Wikipedia, the free encyclopedia
Funeral is the debut full-length album by Canadian indie rock band Arcade Fire, released on September 14, 2004 in North America by Merge Records and on ...
Chelsea, Vermont Funeral Homes | Locate Chelsea Funeral Homes ...
funeral-homes.net offers you a way to find a funeral home shop in Chelsea, Vermont VT or anywhere you wish. We locate funeral homes in all cities and states in the USA
St Sylvester's Cemetery, Graniteville, VT : Reviews and maps ...
St Sylvester's Cemetery, Graniteville, VT : Reviews and maps - Yahoo! Local, 802.479.7987. Get Ratings, Reviews, Photos and more on Yahoo! Local.


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MEXICO CITY, April 30 (Reuters) - Mexico's central bank held borrowing costs steady on Thursday, pointing to still sluggish economic growth and noting that inflation pressures remained muted following a deep slump in the peso.
The Banco de Mexico left its key rate at 3.00 percent, as expected by all 21 analysts surveyed by Reuters last week. (Reporting by Michael O'Boyle and Alexandra Alper)


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Find information on common issues.
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First-Year Engineering Students' Learning of Nanotechnology through an Open-Ended Project
04 Jul 2013 | Papers | Contributor(s): Kelsey Joy Rodgers, Heidi A Diefes-Dux, Krishna Madhavan
MOSFET Simulation
0.0 out of 5 stars
04 Oct 2013 | Tools | Contributor(s): Chen Shang, Sankarsh Ramadas, Tanya Faltens, derrick kearney, Krishna Madhavan
First-Year Engineering Students Explore Nanotechnology in Engineering
Mark Ratner Interview on Nanotechnology
2.0 out of 5 stars
23 Mar 2006 | Online Presentations | Contributor(s): Mark A. Ratner, Krishna Madhavan
Backward Design for Instruction
07 Apr 2010 | Presentation Materials | Contributor(s): Krishna P. C. Madhavan, Sean Brophy
Top 5 shown | See more results
NCN Workshop on Simulation-Based Learning: Exploring Semiconductors, Nanoelectronics, and Beginning Chemistry
NCN Workshop on Simulation-Based Learning
Workshop Attendees
Photo by George Adams.
Back row (left to right):
Shaikh Ahmed,
Vladimir Gavrilenko,
Mihai Dimian,
Baudilio Tajerina,
Ron Cosby,
Scott Sinex,
Arturo Ayon,
Gerhard Klimeck,
Claudia Luhrs,
Tomekia Simeon,
Tanya Faltens.
Front row (left...
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Karnal, Feb. 2: An otherwise bustling trading centre on the Grand Trunk Road, this Haryana town was wrapped in an eerie silence. Instead of buntings and banners, portraits of a vibrant young woman with flowing black hair in a space suit hung outside many shops and houses. The celebrations lined up last evening had morphed into prayer meetings.
Karnal was mourning its favourite daughter a woman who dared to dream and with her success put the tiny town firmly on the world map. Kalpana Chawla, the Nasa astronaut who crashed to her death on board the blazing Columbia shuttle yesterday, had lifted off on her mission to reach the stars from here.
Logon ko nahi, khud ko kaabu karna mushkil hai, said an overwhelmed constable Nafe Singh while giving directions to the Tagore Bal Niketan school, where Kalpanas story started. Karnal ab anaath ho gaya hai.
At the Tagore Bal Niketan, tears flowed unchecked. Sanpreet Kaur and Smridhi Arora, two students who had met Kalpana at Nasa on her invitation, stood with photographs of their Kalpana didi and the six other astronauts who perished.
At a condolence meeting there, hundreds of people from all walks of life trickled in till late in the afternoon to join Kalpanas alma mater in offering prayers. This is not just another occasion when people have gathered to pay homage. We are here because we want our children to know how important dreams are, said Amit Behl, a Karnal resident.
Sanpreet and Smridhi had been looking forward to their role models visit to the school after her mission. She had taken pains to see that we remained comfortable during our stay there (the US) and learnt as much as we could to pass on the knowledge to others in the school. It is difficult to believe she will never visit the school again, wept Smridhi. The President is the second person since Independence to tell us that we should dream big. Kalpana didi was the first, cried Sanpreet.
Kalpanas classmate from nursery to high school, Manju Singh, was inconsolable. Kalpana had a premonition. She never mentioned her fears before this mission directly. But she had begun baring her soul to those she was close to, she said.
In grief, Kalpanas acquaintances sought solace in reminiscences. Narinder Singh, Kalpanas neighbour, recounted the days when he used to drive her father around the town. She used to constantly nag us with questions we simply could not answer. We knew she had interest in science but had no idea that she would reach so far, he said.
Had she remained in India, she would have become just another scientist working in appalling conditions, he added.
But she didnt remain just another scientist, and the state has pulled out all stops to honour Kalpana Chawla, the achiever. The district administration held a prayer meeting attended, among others, by Haryana chief secretary A.N. Mathur and Cabinet ministers.
The Haryana government decided to observe a two-day state mourning from today. The national flag will be flown at half-mast on all buildings and there will be no official entertainment. All government offices, boards and corporations, authorities, undertakings, schools and colleges will remain closed tomorrow.
The government announced an award and scholarships in Kalpanas memory. Chief minister Om Prakash Chautala said a Kalpana Chawla Memorial Gold Medal will be given to the girl topper of the Class 10 examination. Five monthly commemorative scholarships of Rs 2,000 each would be awarded for four years to the best girl students in all the 31 engineering colleges in the state.
One of the womens polytechnics at Ambala, Faridabad or Sirsa would be named after Kalpana to inspire future generations, Chautala added.
The chief minister called upon the Centre to confer a befitting award on the first Indian woman astronaut in view of her exemplary courage and significant achievements. A special meeting of the state Cabinet would be convened shortly to forward the proposal to Delhi.
The Punjab Engineering College, where Kalpana had studied aeronautics, will hold a condolence meeting tomorrow. Kalpana, who didnt forget her roots even as she soared higher than most, had last visited her alma mater in April 2002 and interacted with the students.
Punjab Governor Lt Gen. (retd) J.F.R. Jacob announced in Chandigarh a Kalpana Chawla Memorial Award Rs 25,000, a medal and a certificate to be given to the best student of aeronautical sciences at the college to inspire future generations in Kalpanas footsteps.
But the most touching tributes were paid by common men at the street corners of Karnal as they discussed what could have happened to cruelly cut short the life of their Kalpana. Kalpanaji hamare garv thi. Main 1995 se Karnal mein hoon. Kalpanaji ko jaanta nahi tha. Bus unke bare mein sunta tha, school ke bacchon se. Achha lagta tha ke ek Hindustani itna aage pahoonch gaya hai, said rickshaw driver Ramesh, who has settled here from Bihar.


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Must be a while now since i last came on here. If i find the time i might add some new stuff :)
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2009-02-24 15:29:37
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'scuse me?
'scuse me?
No, i have no link to 'Calderbank'; infact i didn't know who/what calderbank was untill i did a search merely seconds ago :)


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Kal and the Creative Alliance
I have always been a big fan of Baltimore's fabulously fantastic arts center, The Creative Alliance. It is at once a great neighborhood community focal point, a city wide home for the artist community and a great venue for  a rich tapestry of sounds, sights and performance for the entire region.
On Monday November 8, I will be headlining a fundraising party for this amazing Arts institution. It is called "Art to Dine For". These are always great fun. Please come along and say Hi while supporting a valuable Baltimore institution.No comments
Your Name up in Lights
I participated in a fun show at Baltimore's Creative alliance on Saturday Night. It featured the Baltimore Improv Group (BIG) with myself joining them on stage for some interesting collaborative spontaneous tomfoolery. Above is the billboard from the Patterson Theater, home of the Creative Alliance. Kind of cool!…No comments
Kal Teams up with Baltimore Improv Group
In a special collaboration, Kal is to perform with the Baltimore Improv Company at their Thanksgiving weekend show, Saturday, November 28 at the Creative Alliance in Baltimore. Go here for more details and ticket information.No comments


text: Wal-Mart Sees Double-Digit Growth Economy boosts discount giant. By Evan Clark on August 14, 2008 Wal-Mart Stores Inc. is getting a major boost from the troubled economy — and a better apparel offering as well.The retailer's low-price message is hitting home with strapped consumers and so is its exclusive deal with the L.E.I. brand, analysts said.The company said Thursday second-quarter earnings shot up 16.8 percent and that apparel comparable-store sales at its flagship division topped sales at other large retailers and many specialty stores last month.That Wal-Mart is firing on all cylinders right now spells nothing but trouble for much of the rest of retailing, which seems to be stuck waiting for the back-to-school bus to come.Wal-Mart's second-quarter net income jumped to $3.45 billion, or 87 cents a share, from $2.95 billion, or 72 cents a year ago. Profits outstripped Wall Street's best guess of 84 cents by 3 cents, according to Yahoo Finance. Revenues for the three months ended July 31 rose 10.4 percent to $102.67 billion from $93 billion."They're well positioned for the environment, but they are doing a lot on their own to help convert traffic once it's in their stores," said Joseph Feldman, managing director and senior research analyst at Telsey Advisory Group. "They've done a much better job with their merchandising. The apparel looks significantly better."The company was hyping its pricing message as much as possible, said Feldman, pointing to prime-time TV spots during the Beijing Olympics.He noted the company is taking share from nearly everyone in retailing, from department stores to specialty players such as Abercrombie & Fitch Co. and American Eagle Outfitters Inc."The introduction of L.E.I. jeans in our juniors and girls' department has exceeded expectations and this line is now exclusive to Wal-Mart," said Eduardo Castro-Wright, executive vice president and head of the Wal-Mart Stores division, on a prerecorded call for investors Thursday. "Our strong pricing pressure and improved merchandise quality are driving increased traffic within apparel."Wal-Mart has also improved its presentation and signage for a cleaner store, said Craig Johnson, president of Customer Growth Partners. "The customer experience environment is markedly improved from a year or two ago," he said.Not so long ago Wal-Mart's fashion business was struggling as assortments became too trendy and didn't sell, but the discounter got back on track about a year ago, emphasizing its value proposition just in time to take advantage of the downturn."That value proposition has become more relevant to even a broader reach of American households than was the case a year ago," said Johnson. During the first half, Wal-Mart's earnings increased 12 percent to $6.47 billion, or $1.63 a diluted share, on a 10.4 percent rise in revenues to $197.96 billion.The firm also lifted its full-year profit guidance to $3.43 to $3.50 a share from continuing operations. In February, the company put the bar at $3.30 to $3.43 a share. Shares of the company moved up 0.4 percent to close Thursday's trading at $58.10."Wal-Mart's customer is reflective of society in general," said H. Lee Scott Jr., president and chief executive officer, on the call. "While some of them live paycheck to paycheck, our customers represent a broad income segment, and they are all challenged today. When energy and oil prices go up on top of inflation in health care and core food items, there's a great deal of pressure on the customer."Scott said the tough economy, which started in North America, spread to Europe and is now showing up in developing countries. The downturn is changing consumer behavior around the globe."People are eating more sandwiches in Puerto Rico and relying more on private label products in the U.K.," he said. "Customers in many areas are buying cheaper cuts of meat for dinner. And similar to the United States, people in other countries are eliminating vacations and entertaining more at home."On Tuesday, investors will get a look at how Wal-Mart's largest discount competitor, Target Corp., fared in the second quarter. The early indications are that Wal-Mart widened its competitive gap with the cheap-chic discounter, which has faltered somewhat on the fashion front just as Wal-Mart successfully has revamped its offerings.Last week, Target said comparable-store sales for July fell 1.2 percent. Financial analysts expect Target's earnings to fall to 76 cents a share, from 80 cents a year ago. To access this article, click here to subscribe or click here to log in. load comments blog comments powered by Disqus


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GraphicRiver Bottles and Glasses Set 6524484
Stock Vector \ Objects \ Food
Background \ Restaurant \ Glassware \ Holiday \ WineglassBottles \ Merlot
Stock Vector - Bottles and Glasses Set 6524484 by nikolae @ GraphicRiver
Stock Vector \ Objects \ Food
Bottles and glasses set isolated on white background
Layered: No; Graphics Files Included: Vector EPS; Minimum Adobe CS Version: CS.
Seamless Pattern of Kitchen Utensil; Colorful Kitchen Utensil Set; Kitchen Symbols; Dining Set with Drinking Glasses; Illustration of Alcohol; Cocktails with Lemon and Drinking Straw; Wine List Design .
Keywords: anniversary, background, bar, beer, beverage, bottle, burgundy, cabernet, celebrate, champagne, chardonnay, club, crystal, dining, dinner, drink, drinking, drinks, fizz, glass, glassware, holiday, menu, merlot, pub, restaurant, vodka, wine, wineglass.


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It struck me recently, that so many concepts I have seen in movies in the past were turning into reality. I remember Maxwell Smart starting with a shoe and a wrist phone and thinking that was pretty funny.
Now, I find myself with a fitbit permanently worn on my wrist. It tracks the number of steps I take in a day and measures my sleep. It estimates the number of calories that I burn and has a cloud software application where the ongoing results of my activity are stored. The cloud software and the fitbit are both connected to an application on my iPhone. The application has more advanced functionality that allows me to input my food and drink consumption. I can also set calorie burning targets. It even buzzes me when I reach my calorie burning goal to congratulate me. For one day's data, this is not so interesting. But across a larger sample, I can begin to see patterns in my exercise, eating, sleeping and drinking habits.
It made me think about all the new wearable technology and devices emerging and what the near future will hold.
And I'm just wondering, how long is it before I get a smart watch? With some luck, it will monitor my pulse and heartbeat on an ongoing basis and perhaps let me know when I need to take it easy. Probably, it will have all of my applications installed on it because it will either run IoS or Android. Maybe it will have a Bluetooth connection to synchronise any data or even better to stream music or make calls. Perhaps it will easily display my photos and have 'encrypted digital keys' which means I wouldn't need to carry keys anymore to open something. Probably, it will control all the devices in my house and work.
With that kind of technology, maybe I will be able to control everything around me. Wow, how about that?
With my cool, smart eye wear, I will have extra eyes and sensors assisting me with everything. I will be able to walk down the street and know where there are potholes, dangerous people, or, hang on, it might just say "watch out there is a bus coming," because the bus is connected to the same network. Maybe my watch might instinctively paralyse my movement to prevent me being run over by the bus.
I am also looking forward to when mobile video conferencing becomes more prevalent. I just love the idea that someone can call me and ask me to turn on my video so that they can confirm where I am. Sometimes, I do go and have a quick beer with a colleague even though I am not supposed to.
And I just wonder how long it will be before my doctor doesn't talk to me anymore because all he needs to do is log into my profile to know how much exercise, teeth brushing, eating and drinking I have been doing. Probably he will also have access to all my travel and demographic data because devices attached to me will be sending data to some sort of wireless or satellite receiver that have everything mapped into a database that can later be mined.
Telecommunication carriers already have all my location data, they just don't expose it to applications that I can use (yet). Probably they will see that data asset as a way to make more money in the future. They are already tracking every move, every step, every location and every key stroke. All that data is being held somewhere and is just waiting to be unlocked and combined in some useful way.
I take comfort in the fact that I am a living data beacon. I am sure the government, my bank and insurance company will eventually step back to my past and remind me of my life in the future when I had long forgot.
The vision was once that us humans would be hooked up to computers to download data and information. That part didn't exactly eventuate but becoming a data beacon is pretty much what happened.
And with all this logging of data, anyone and everyone could in principle really know every single thing about me.
Maybe I will get hacked and someone will erase my past and create a new one.
I am beginning to wonder if time travel might just become a reality. After all the things I have seen over the past few years, I just can't discard it.♦ End


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- Pascal Boeckx and
- Oswald Van Cleemput
Some factors influencing methane emission from a freshwater wetland in Belgium were studied. Seasonal fluctuations of methane emission rates, influence of drainage capacity and depth of methane production on methane emission, as well as in situ methane oxidation were monitored. From March until December, methane fluxes varying between 0 and 102 mg CH4 m−2 d−1 were measured. During this period, a total emission of 60 kg CH4 ha−1 was calculated. Statistical analysis of these emission data showed that soil moisture was a more important controlling parameter than soil temperature. Depending on the drainage capacity of the selected area, different emission rates were observed. Sites with a "bad natural drainage" and a "fairly bad natural drainage" showed average fluxes of 5.41 and 2.04 mg CH4 m−2 d−1, respectively, during July. The area with an "insufficient natural drainage" had an emission of 1.44 mg CH4 m−2 d−1. Using methyl fluoride as a specific inhibitor for methane oxidation, it was found that 34 to 67% of the produced methane could be oxidized. Methane emission was found to decrease with increasing soil depth. With diffusion chambers placed on the soil surface, a CH4 release of 40.0 kg CH4 ha−1 (March–June) was found. With chambers placed at 150- and 300-mm depths, emission rates of 11.3 and 3.3 kg CH4 ha−1, respectively, were calculated. Obviously, most of the emitted methane was produced in the upper organic soil layer.Please view the pdf by using the Full Text (PDF) link under 'View' to the left.
Copyright © .


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Thursday, September 16, 2010
Jason Aaron's Calling Card - Scalped
Posted by Ryan K Lindsay at 7:38 AM
Thought Bubbles: Calling Cards, Scalped
4 comments:
- Ivan said...
100% agreed. Scalped is fantastic.
- September 16, 2010 at 8:17 AM
- brandon said...
Can't go wrong with any of his work and Scalped is amazing.
I could see the Other Side being his calling card simply because he true passion is clearly with the Vietnam War. It just fits him like a glove.
I wonder where his calling card will be in five years as his library grows.
- September 16, 2010 at 9:05 AM
- Bill said...
My favorite thing he's written was the Penguin one shot from the Joker's Asylum series. Easily my favorite Penguin story ever. But, yeah, Scalped is great, and his most significant work so far.
- September 17, 2010 at 11:01 AM
- Ivan said...
/\ That Penguin is penned by Aaron? I never noticed this for some reason. It really is a great story...Jason Aaron should be writing a bat-book. Damn you DC for losing him!
- September 17, 2010 at 2:21 PM
Post a Comment
Thanks for checking out the Weekly Crisis - Comic Book Review Blog. Comments are always appreciated. You can sign in and comment with any Google, Wordpress, Live Journal, AIM, OpenID or TypePad account.


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Well you had to know, considering my sweet tooth, that I'd have to try the easy homemade chocolate candy with coconut oil that a few of you told me about. (Here are more Healthy Coconut Recipes.) I pulled together a few chocolate candy recipes and made mine like this:
Easy Homemade Chocolate Candy with Coconut Oil
- 1/2 cup coconut oil
- 1/2 cup real maple syrup (use less to make them healthier, but they tasted too dark for me without more maple syrup!)
- 1/2 cup organic cocoa powder
- 1 teaspoon organic vanilla
- 1/2 teaspoon sea salt
Melt together gently in a saucepan over low-ish heat until it's all mixed together. I kept it super easy and instead of using molds or ice cube trays, I just put some parchment paper on a couple cookie sheets and dropped quarter-sized candies onto that. (Makes about 7 dozen.) I put them in the freezer for a while before transferring them to either my mouth, the kids' mouths (have you seen "Finding Nemo"? "Mine mine mine mine mine"), or the little that was left went into freezer baggies until I need them for bribes I need an almost-healthy treat to give the kids.
They came out very smooth and yummy. Kent, the day care kids, and 3 of our 4 kids loved them. Our 9 year old just didn't care for the coconut flavor, which is very noticeable.
- More almost healthy dessert recipes
- Wonder what the big deal is about coconut, and why it's so good for us?
- BEST coconut oil
- Meal planning/Kitchen Tips


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EFF Warns in Opposition to Abusive Lawsuits Focusing on Kodi Add-on Repository
The common Kodi add-on repository TVAddons was dragged into two seperate lawsuits in current months, in each Canada and the United States. TV broadcasters reminiscent of Bell, Rogers, and Dish accuse the platform of inducing or contributing to copyright infringement by making pirate add-ons to the public. TV broadcasters reminiscent of Bell, Rogers, and Dish… Ler Máis »


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You will have the opportunity to see the site and where we train students to become full stack web developers. In addition, meet the LearningFuze instructors and come prepared with questions you may have about how we train, what you will learn and how we connect students to employers in the marketplace to become a part of the web development boom. Come and talk to some of our current students and see for yourself!
We will be having a tech giveaway before the upcoming info sessions outlined above! The winner will be announced at the end of the discussion. Don't miss out on adding this sweet giveaway to your collection!


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Wednesday, May 21, 2014
A windmill is a great way to twist and also is useful for hip mobility, shoulder stability and a stretch in your glutes, hips and hamstrings. Over time, hold a weight in your upper hand for added challenge.
Photography home | Most viewed photos | Purchase photos | Video home
© 2014 The Seattle Times Company


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Learn About Our History
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Visitors are welcome stop by our Cellar Door to sample the wines and discuss them with the people intimately involved in their production. We are open 11:00 – 5:00 Friday through Sunday and Public Holidays, or by appointment. We hope that you can join us at our beautiful location and enjoy our wines as a part of a memorable Yarra Valley experience.
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Brilliantly clear, ruby coloured wine with dark fruit and spice in the nose and a mouthful of red and dark fruits, spicebox and white pepper notes.


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25he Mega Tri 64 Profile from American DJ is a tri-colored, low profile, slim PAR lighting effect from the Mega Series line of lighting effects, and is uniquely designed to keep cables away from the b... Click To Read More About This Product
Find a similar product below or contact us for a recommendation of a great alternative.
Call: 866-498-7882 Email
25he Mega Tri 64 Profile from American DJ is a tri-colored, low profile, slim PAR lighting effect from the Mega Series line of lighting effects, and is uniquely designed to keep cables away from the back of the unit so that it can sit flush on the floor. The power & DMX ins and outs are mounted on the side of the fixture, not on the rear, allowing it to sit directly on the ground or inside truss without the scissor yoke.
Mega Tri 64 Profile is an ideal unit for uplighting and stage lighting, and will bring color and excitement to any party. There are 12 x 3-Watt, 3-N-1 TRI LEDs which offers smooth RGB Color Mixing, has a 25-degree beam angle, 5 operational modes (including DMX, Sound Active and Master/Slave), and has 7 DMX Channel modes for a variety of programming options.
Reviewed by 1 customer
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I had to light a larger stage than usual, and with only last-minute notice, I was running around to find enough instruments to do the job right. I decided to grab 20 of these for low-hung side-fill washes. This lighting instrument breaks the LED paradigm. Tri-color LEDs let me do incredibly smooth color mixing, and for the first time, I've been able to get acceptable ambers out of an RGB system! This instrument packs the punch of a full blown PAR without pouring all of that heat onto you (something every performer can appreciate!!) I was wary of the price tag on this puppy (was very tempted to buy a few PARs and slap some color media in them and call it a day,) but I'm glad I went the LED way. Frankly, for the price, this unit is awesome. $250 is not much to spend on a high quality LED instrument, so we'll see how it holds up over time. User interface is pretty poor, but anybody buying instruments in this price range should be comfortable using DMX controllers, so once you've addressed it, you shouldn't need to touch it ever again. A side note, and the one con: This unit is FAN COOLED, and therefore does not operate silently. Theatrical LD's be warned: You should not hang these instruments over the house; they will distract. No big deal for onstage use or high decibel events. Another side note: This instrument also buzzes very slightly at full intensity (RGB @100%). This is no big deal for high-decibel events, or even theatrical use, but you should probably avoid using these instruments in sound-critical spaces such as film studios. Overall: fantastic instrument, great price. You can't go wrong
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