If the project is being developed by a company called Modern Meadow is specified, you may not need humanity to raise animals for food. Indeed, the company has allocated $ 300,000 to combine the technology that enables three-dimensional printing techniques used for tissue culture in what will be a 3D printer capable of printing edible meat. The final product, they say, will be completely digestible and provide the same proteins as the real meat. Will the food of the future?
We've all seen (and want) the "3D printers" devices capable of creating three-dimensional objects. Its operation is relatively simple to explain, and closely resemble a CNC milling machine with the difference that instead of making cuts or holes, have a head which is deposited plastic-material layer by layer, on the basis thereof. Objects to "print" are created on the computer using a CAD program, and sent to the printer in the same way you print a text in a common printer. The cost of these devices is decreasing, and the time it takes to print objects is becoming shorter. But it seems that the best is yet to come: a company called Modern Meadow has combined this technology with the techniques used to grow tissues "in vitro", so that the printer is capable of printing "meat" perfectly edible.
While the idea of building a machine capable of "building" food straight out of some science fiction novel (in fact, it is a topic that has been used repeatedly in these stories), the fact is that Modern Meadow plans possibly come true. So far they have spent more than 250 thousand euros in the development of this "3D printer meat" and while not yet been printed or even a burger, it appears that achieve their goal. The meat created by this technique, although "artificial" in the sense that it comes from an animal raised and slaughtered for the purpose, shall possess the same protein and that meat looks real, and can be digested and used by the body without problems . Behind this initiative is the philanthropist Peter Thiel, who has made the contribution of seed money to start the project. It is clear that initially the cost of each kilogram of meat produced in this way will be astronomically high, but surely over time will lower enough to compete with the meat we consume regularly. This is a project that has the potential to become the food of the future, just have to wait and see if it comes to fruition. The inevitable question is: Would you eat meat created artificially?
The drone experimental X-51A WaveRider, a hypersonic aircraft capable of flying over the Pacific Ocean some 5,793 kilometers per hour, was tested today by the Pentagon on a flight "key" to the development of its technology, confirmed a source of Department of Defense.
From a hangar at Edwards Air Force U.S. in the Mojave Desert (California), a team of aerospace engineers tuned the device, which could cover the distance between New York and London in less than an hour.
The project, developed by the U.S. space agency (NASA) and the Agency Advanced Research Projects U.S. Defense (DARPA), was tested by anchoring the X-51A Waverider to the wing of a former B-52 bomber. The X-51A WaveRider should have flown at hypersonic speed for 300 seconds to dive later in the Pacific Ocean.
Although the same sources were unable to provide information on the results obtained, have been successfully completed, the ship should have been destroyed during testing, making it impossible to recover, but the engineers could use all the data recorded during the flight to the development of hypersonic technology in military applications.
The X51A test flight was the third experiment of a program that began in 2004. The first Waverider, built by Boeing, was tested in May 2010 at 3,500 kilometers per hour for 143 seconds, before a technical failure put an end to the test ahead of time, and the second, who was executed in June 2011 and also ended earlier than expected but it did generate concrete data.
The Air Force plans to develop and use technology to move hypersonic missiles or aircraft anywhere in the world in a matter of minutes instead of hours, in order not to let the enemy reaction time. Besides the speed, the aircraft will fly at high altitude hypersonic away from enemy fire or a missile. NASA and the Pentagon is funding three national centers in the country to study the hypersonic flight.
The WaveRider program will cost $ 140 million as estimated by the military development website, Globalsecurity.com.
Analysis of fossil remains of a herbivorous dinosaurs with long tail and neck, known as sauropods, found in the current Pyrenees, reinforces the hypothesis that the extinction of the dinosaurs was a gradual process rather quickly due to the large environmental imbalance caused by a meteorite impact on Earth. These sauropods, who lived at the end of the Cretaceous Period in Europe, maintained their diversity until it became extinct about 65 million years. The analysis of the evolution of their femurs shows a decline in diversity towards the end of the Cretaceous, just before their extinction.
While most of the scientific community believes that the extinction of the dinosaurs occurred after a impactase sized meteor into our planet, most of the evidence that exists on this event from the fossil record of dinosaurs that lived in what is now western North America. That collection, abundant and well known test that at least in that region of the world the extinction of these animals-usually-large was sharp and consistent with the impact of a large extraterrestrial object. However, what happened in the rest of the planet not so far too light. But a recent study by a team of scientists from the Catalan Institute of Palaeontology Miquel Crusafont at the Autonomous University of Barcelona, the Musée des Dinosaures (France), the Museu de la Conca Dellà, the Istituto Nazionale di Geophysics and Volcanology ( Italy) and the Muséum National d'Histoire Naturelle d'Aix-en-Provence (France), on sauropod fossils found in the area now known as the Pyrénées, supporting the hypothesis of extinction caused by environmental disturbances caused by the meteorite impact about 65 million years. Sauropods were a class of herbivorous dinosaurs that had a long neck, long tail and walking on all fours. They lived in the Cretaceous Period in various regions of the world, including in Europe, where diversity remained until their extinction.
This work, led by researchers Aragosaurus group of Zaragoza, has focused on the detailed study of the femur bones found at other sites in the Pyrenees, south and southeast of France. This region in the late Cretaceous, was part of an island called Isla Ibero-Armorican and is one of the few places in the world that has found a fossil record that matches the end of that era, 65 million years ago . The study has proporcionad data on the number of taxa of sauropods that lived in the region of 6.5 million years before extinction. The analysis of these remains has determined that there is a great diversity in the last ten million years of the Cretaceous (Campanian and Maastrichtian), which lasted until the final extinction, which was sharp and consistent with the effects that would have the impact of a meteorite. If the dinosaurs had died out gradually, its diversity had been declining over time. This work demonstrates the opposite in Europe: the disappearance of sauropods occurred 65 million years ago, abruptly, reinforcing the "meteorite hypothesis" as the cause of the extinction of the dinosaurs.
If you make a particularly strong use of your mobile devices, you are likely aware of the limitation imposed by the battery. Who can escape some days everything and everyone "less" of their smartphones and tablets should consider some way to keep these machines running away from an electrical outlet. People Exogear, known for developing accessories for Apple devices, has introduced its Exovolt Plus, a battery that can be stacked in special modules to increase its ability to recharge.
Facebook recently observed in a conversation about the battery life on some smartphones. Each of the participants told their experience, and beyond the differences between the models mentioned, the underlying message remained the same: "Not enough." Far has been the "week of battery" of those basic phones beginning of the century. Clearly this is a vicious circle: With the increasing use of tablets and smartphones, users require more processing and greater autonomy for them, defying the limitations of the format. For design reasons, most of the devices does not allow a manual battery replacement, "slaving" the device to a charger in one form or another. There are certain "emergency chargers" that can get you out of trouble, but if you want a complete solution a little more, maybe requieras something like this.
Exovolt Plus is a battery developed by the people of Exogear. If we talk about a load of 5,200 mAh, 5 volts to a maximum of 2 amps and support for USB and micro USB, Exovolt Plus does not seem so different from other batteries. However, its design allows the user to purchase and install additional modules to extend its capacity. With dimensions of 95 by 95 by 15 mm (weight is 156 grams), the Exovolt Plus is smaller than a DVD box (though a bit thicker). The extra modules need to run the main battery, and according to the manufacturer, there would be a limit to "stack" batteries.
The design is elegant Exovolt Plus, and the concept, while not revolutionary (to be honest, anyone can connect batteries in parallel), seems to be well polished. However, this makes the "premium" is a little higher than expected. The main unit of the Exovolt Plus is priced at $ 90 (73 €), while each additional module demands an investment of $ 50 (41 €). The reality of the numbers tells us that the main battery costs half of what Google calls today for a tablet Nexus 7, but if the product gains traction (not yet available), it is possible to receive a downward adjustment. There are other options to consider for a weekend in the countryside, but if energy demand is constant and you want something you can carry in a pocket, Exovolt Plus should be a more than adequate.
Samsung engineers developed an internal report in dis aggregating 100 design features and the iPhone interface in order to play them on their devices. Apple has made this document and used it as evidence at his trial with Samsung. Apple States are facing in court in a legal pulse to determine whether South Korea has plagiarized the designs of Cupertino and if the iPhone patents are used without permission.
This legal battle yields new data every day about development plans that the companies continued to build their terminals, with some data that were not expected. The latest case has come from Apple, which keeps his accusations of plagiarism and aims to prove them with evidence. Apparently, Apple has gotten a Samsung internal document that could prove that the South Korean engineers broken down some of the main features of the iPhone to find a way to copy them to their own terminals.
How to make an iPhone
The document would look like a step by step how to make an iPhone and have been key to the engineers could copy the systems of this device in their own designs. It also incorporates information from 100 components and functions of the iPhone that supposedly would have been copied and readapted in Samsung devices. The document has been published by Business Insider prove that Samsung itself had studied the iPhone in order to design, or at least improve their own products.This internal report and would be in the hands of the judge who is handling the case and could be a key test case. The appearance of this internal document from Samsung is a new filtration process documents. He had previously been introduced by Samsung, which is demonstrated before the iPhone device, which had spread, prompting complaints from lawyers for the Apple.
All we ever see an earthworm. These beings are dragged along the ground alternately compressing and relaxing the muscles that have over their bodies, moving slowly with each wave of contractions. Well, this strange but efficient propulsion system has been imitated by a team of researchers from MIT, Harvard University and Seoul National University, who have built a robot called Meshworm that not only moves like a worm, but is able to "survive" with a hammer or footprints. Part of the project funding comes from the ubiquitous agency DARPA.
The researchers in robotics often tend to "brainstorm" in (or blatantly copied) nature. We've seen robots with legs fast as a cheetah, flying and even some can swim like a fish. However, there is still room for surprise. In the last hours, the Massachusetts Institute of Technology (MIT for its acronym in English) has issued a press release in which you can see a job that its engineers have made together scientists from Harvard University and the University Seoul National. This is the robot called Meshworm whose main feature is to mimic the way it moves and shifts an earthworm.
Earthworms crawl along the ground through a mechanism that basically boils down to alternately compress and stretch muscles that have over their bodies, moving slowly with each sequence of contractions. The snails and sea cucumbers also used to move a similar mechanism, called peristalsis, and the food moves through the inside of our body like ripples through our gastrointestinal tract. The robot Meshworm, composed almost entirely of soft materials, it is also very strong. As you can see in the video, is capable of withstanding a person will pass over or blows with a hammer.
Sangbae Kim, Esther and Harold E. Edgerton, project managers, say a robot "soft and flexible as it can be useful for traversing rough terrain or made by small cracks." The "muscles" of the robot is constructed with a wire of an alloy of nickel and titanium that has a certain shape memory, able to expand or contract when their temperature varies. Winding a wire around a tube these plain, form "muscle rings" like those with live worms because when they get a small stream segments wire mesh tube pressure, they deform and drive robot forward. The results of this work were presented at society through an article published in the journal IEEE / ASME Transactions on Mechatronics, explaining that it could be the first of a new generation of robots, soft and lightweight, ideal for exploring hard to reach spaces.
Kim explains that earthworms possess two main muscle groups: circular muscle fibers surrounding the tube-shaped body of the worm, and other longitudinal muscle fibers that run along it. The two groups of muscles work together so that the worm can move slowly. The research team set out to design a similar system, using "body" built a long tube with a heat seal polymer mesh. It is placed on the "muscles" nickel-titanium, thanks to the current provided by a computerized system, were able to move the robot. DARPA (Defense Advanced Research Projects Agency), the Pentagon agency that is always behind any project that could have a military application, provided some of the funds used to create the Meshworm.
Some suppliers around the globe apply "throttling" of BitTorrent transfers to "manage" their infrastructure and avoid falling into a saturation point. Nobody wants a slower connection when using a file sharing protocol, therefore, have an idea of what the providers more aggressive about using "throttling" BitTorrent traffic can help users to take action, including completely change supplier. The people of the Measurement Lab has updated the numbers on the application detector Glasnost the first quarter of 2012, and in some cases, the results are very striking.
Personally I must say that my internet connection does not have any kind of throttling BitTorrent traffic. The speeds at which I access my torrent box serve as confirmation, but I've also seen cases where a BitTorrent transfer falls apart, even with the client and ports configured correctly. If you think you've done everything right, and the amount of seeds is more than enough, but downloading never gets off completely, you may need to monitor more closely to your supplier. While I can understand that the provider seek to prevent your network is congested, I also understand that "not giving" the connection, and one would expect of the profits are invested with the aim of improving its infrastructure. The demand for greater speed increases every year, and although exchange protocols are key players are not the only ones with influence.
The people of Measurement Lab, supported by some high-profile names like Google, Amazon, Skype and BitTorrent itself, gives users free of charge different tools to measure and evaluate the Internet connection. One of the most important is Glasnost, which helps determine if a provider is applying throttling on a specific form of traffic. BitTorrent is one of the options, but also can study the Flash-based video (YouTube if you think too slow, you may be under throttling as well). Your data providers related to most of the globe have been recently updated. Some of the examples we found that despite popular belief, the throttling of BitTorrent in the United States is below five percent by providers like Verizon and AT & T. Even Comcast, remembered for blocking BitTorrent few years ago, has the level of throttling at three percent.
Things get more complicated in places like Canada and the United Kingdom, since the percentage of throttling BitTorrent traffic reaches 80 percent (Rogers Canada) and 65 percent (British Telecom). Looking at other countries of Europe, we find that the German provider Kabel Deutschland is the head of throttling in the country, with 37 percent. However, in the case of Spain virtually no throttling is recorded through the most important suppliers (Telefónica is an indicator of 4 percent, but may be within the margin of error). To name two Latin American countries as an example, Argentina and Mexico are throttling free, except for two suppliers: Telecentre in Argentina (64 percent), and Megacable in Mexico (47 percent). The numbers correspond to the first quarter of 2012, but by studying the numbers from previous years you reach a good idea of the "behavior" of your provider against BitTorrent traffic. Also to be considered that Glasnost has an error close to 10 percent in both directions. In any case, the best you can do is to perform a Glasnost directly on your connection. Each diagnosis takes about eight minutes, and you need to have Java installed.
These days, changing a keyboard is a matter of few notes. Low cost materials and manufacturing capacity monstrous Eastern countries have enabled keyboards can be easily replaced if a fault. But there is a special kind of keyboards, real tanks that have defied time and the requirement of users, with its characteristic sound flooding thousands of homes and offices around the globe. These mechanical keyboards, and although the most sought copies remain those of yesteryear, you can also find modern models based on similar designs.
I should mention that I have access to a good deal of keyboards. Usually I look for models from computer "brand", and the older the better. Still, my keyboard is an old art BTC-5100c 80 key, set to "United States-International" to easily invoke "N / N" and the euro symbol "€". Why use the keyboard? Because besides being very compact, has a sound more or less similar to the old mechanical keyboards. Of course, the sound of mechanical keyboards is impossible to confuse. When someone works on one of them, the rest of the room knows it immediately. There are some differences between the manufacturing mechanical keyboards, but that certainly is seen as the "representative" of them all, is the IBM Model "M", also known as "clicky".
The M model was launched by IBM in 1985 with the aim of replacing the previous model F and reduce costs. The term "Clicky" is due to the contact system by bending spring (Buckling Spring) they used. When you press a key, a spring inside bends to one side, a kind of hammer moving based on a membrane to generate the actual contact (in the case of model F, the contact was capacitive, and by extension, more expensive to manufacture). For some users, the noise of mechanical keyboards, especially the M model, was too high, and that's how some tricks to dampen it appeared, such as adding floss to the mechanism in each key. IBM released a lot of keyboards on the model M, with different characteristics. Some of them were designed for terminals (ie, incompatible with a conventional computer), while others had a cable that could be switched at will, for a simple replacement (which, indeed, did not happen very often because the resistance of these keyboards).
The market may be dominated by low-cost keyboards based on rubber domes, but who want a mechanical keyboard, you're in luck. You can still find old models M in online auction sites, but due to the "collector value" possessed, prices can be very high. Unicomp is a U.S. company that owns the rights to the old IBM model M, not only manufactures products and custom models, but also offers repair services for old keyboards. The site also reveals patterns like the Cooler Master Storm Quickfire, the Vortex KBT Pure and Happy Hacking Keyboard series, known for its minimalist design, manufacture Japanese and unfortunately, their high cost. If you plan to buy one of these keyboards, remember that the investment is much higher than in the case of a conventional keyboard, somewhat offset by its impressive durability. And if you can pose your claws on a model M, well ... I personally think you should restore it and use it.
Kickstarter is on everyone's lips these days, and no wonder. It began as a service with a goal is not entirely clear, but now, there you can find ideas that tempt users and encourage them to invest in future products, moving millions of dollars in the process. Some of these ideas have already been through ItsAnews before, but the common element in the projects you see here is that they have managed to surpass the million-dollar mark, or have flirted closely with that amount.
In recent times, virtually any project that does not find a place in the market, a remake that is not adopted by any producer of video games, daring or idea that can not overcome the "risk threshold" of investors, Kickstarter ends. Now, the truth is that there is no such thing as a guarantee to publish something in Kickstarter. Persons responsible for the site frequently updated their statistics, which indicate that the percentage of "success" in the projects just over 44 percent, and in his four years, the projects that were funded successfully reached some $ 252 million . In other words, who has an idea to redirect the effort to convince investors to convince potential customers.
I prefer to identify Kickstarter with the term "collaborative investment." The user / customer / user is no longer a sponsor, and reward, rather than a specific monetary interest, is the privileged access to a product / service, which can be obtained several times below the planned cost. Who organizes a project knows that's not enough, and that's where the rewards come over. Trips, parties and private meetings with the creators of the project are some of the things that are given to those who demonstrate a greater financial commitment. In some cases, this commitment has been outstanding. The million dollars is presented as "magic barrier" for many reasons, and Kickstarter is no exception. Some projects were very, very close to the million, while others went over like a stampede. Today we will take a look at some of those who have been economically more relevant so far.
Pebble: $ 10,266,846
Oddly enough, the most successful project in the history of Kickstarter is a clock, but not just any clock. The Pebble is a "smart clock" that its capacity has the function to connect to devices via Bluetooth Android or IOS, and run applications. It can also be customized, and even used as a remote control to control various functions of a smartphone. $ 99 was the minimum that enabled access to a pebble on an estimated price of $ 150. The demand was so great, that should limit the pre-sale orders. The first deliveries will be in September.
TikTok + Lunatika: $ 942.578
No, Ke $ ha thankfully has nothing to do with it. The latest generation iPod Nano is priced at $ 129 U.S. (125 euros in Spain). It has incorporated a significant amount of features compared with previous models, but someone felt he could do even more, and that someone was responsible for the TikTok and Lunatika. Convert the sixth generation iPod Nano into a watch may not be as attractive to the naked eye, but more than $ 940,000 said the opposite. Both products are already on sale, and the developer has created two variants, in addition to funding another project in Kickstarter: A stylus tablet that doubles as a pen.
Research carried out by scientists from the School of Chemistry and Biochemistry, with the Centre for Organic Photonics and Electronics at the Georgia Institute of Technology, is leading to a theoretical framework that can improve dramatically the performance of devices based on what is known as "Plastic Electronics", among which are found as leading to OLED displays and certain types of organic solar cells. The paper talks about a method used to eliminate "energy traps" which falls a percentage of electrons, while the current flows within these polymer semiconductors. Find out all the details of the find in this article.
During his tenure in semiconductors, while giving rise to the phenomenon we know as "current flow", there is a proportion of electrons that are "stuck" in certain load traps are no longer useful, lowering the efficiency of OLED devices , for example. "This process reduces electron capture the circulating current (appears as a resistor) and generally, this type of energy traps are moved toward the center of the device, where the electrons are converted into photons or vice versa, for the For solar cells, "the team from the University of Groningen and the Georgia Institute of Technology. Although several mechanisms, or simulation models have been proposed to explain the workings and nature of such traps, until now, no one knew for sure how it occurred, its nature, nor how it could build an antagonistic mechanism, capable of neutralizing its negative effect in normal operation of a traditional semiconductor element.
"We set out to solve this puzzle by comparing the properties they acquired these traps in nine different types of polymers. The comparison showed that the traps in all materials, had a similar energy level," said Herman Nicolai , author of a paper on the subject in Nature Materials ("Unification of trap-limited electron transport in semiconducting polymers"). As part of development work, the Georgia Tech group, led by Jean-Luc Bredas, used as models to study the electronic structures in a wide range of possible pitfalls. "What we found out of the calculation is that the energy level of traps, measured experimentally, coincided with the effects that might induce a complex (or combination) of water and oxygen.
"Although the devices were fabricated Nicolai studied in an atmosphere of nitrogen "these" impurities "(water-oxygen), can easily be introduced during manufacture of semiconductor material, even if the process is done under controlled conditions. Nitrogen can not prevent the contamination with small amounts of oxygen and water. " According to these results, the traps that are now known to effectively thanks to these studies, have a similar energy level, therefore the flow of electrons in different plastic materials can be estimated more easily, and opens a possibility stronger to support the design and building materials free of traps.
"The energy of the trap is in the forbidden energy gap," said Nicolai. This interval is the gap (space) representing the energy difference of the outside of the circle in which electrons orbit the nucleus in its ground state, higher orbit and why they should move (or move) to become mobile charge carriers (those forming the electron current). For example, when a moving electron flows in the vicinity of the area inhabited by a "trick" that is mentioned in the energy space, fall into this trap because it has a lower energy level. "From this research, if the chemicals could (or could) design semiconducting polymers where the energy of the traps is greater than that of the superior orbital in which electrons move through the material, they would not fall into the traps reaching the effectiveness of a material far superior to those of today. "said Nicolai.
In both devices, LEDs, plastic and plastic solar cells, "The flow of electrons should not be hampered by power outages. From now on, with our discovery, the designs can be made with more efficient results." The experimental work was conducted at the Institute for Advanced Materials Zernike (ZIAM) in the Faculty of Mathematics and Natural Sciences, University of Groningen in the Netherlands.
Apple launched the iPhone 5 and iPad Mini, both products of the second part of the year, on 12 September and will sell the 21 as one of the hundreds of rumors circulating on the internet on both devices. iMoore says his sources are reliable. The Guardian also ensures that the presentation will be in mid-September. Last year, the iPhone 4S was announced on October 4, and put on sale 10 days later, on 14. This time, if the rumor is confirmed, the event will move up by two weeks.
In the case of mini iPad nothing is yet known with certainty, except that more and more sources in the technology sector are assured that Apple will compete with the Nexus 7, Google and Amazon Kindle Fire with a smaller version (and cheaper ) of its successful iPad. Google has already exhausted the 16 GB version of the Nexus 7 in the U.S. market. The iPad Mini, if the forecasts, it would be just like today, except for size.
Any release of Google always comes accompanied by hundreds of rumors, surely part of Apple's strategy to keep their brands in dance every day. To see if iPhone and iPad mini arrive in mid-September, only six weeks left.
Apple announced last few dates the financial results for the third quarter of fiscal 2012, ended June 30, 2012. The company sold 26 million iPhones during the quarter, representing growth of 28 percent in number of units over the same quarter last year. In the same period placed on the market Cases 17 million, which represents a unit growth of 84 percent over the same quarter last year.
I swear when I first saw all the memories I have of "Patlabor" came running from a dark corner of my mind, and just ran over me. We have heard and read several times about a Japanese project that sought to create a wick pure and simple, but it seems that you no longer need to explore further. Suidobashi People Heavy Industry presented its prototype Kuratas, a 4.4-ton robot can be yours ... for just over a million euros.
It is assumed that someone has to do first. And that something is a fuse (or mech) Functional sold in the market. We have absorbed a lot about exoskeletons and hydraulic systems. We have also seen developments of robots that can move using two legs and adapt to the complexities of the terrain. But there is no wicks. We do not see "Labors" building buildings or armies that use something like Gundams or armor tactics as Gasaraki. They may not be more than a delirious unfeasible at present, but the same was said of both cars and airplanes. And now comes the Kuratas, or rather, "Suidobashi Kuratas Heavy Industry." Wick has to name.
Four meters high, 4.4-ton diesel propulsion, thirty hydraulic joints that allow movement of arms, legs and torso. V-Shido interface to control their movements, even from a smartphone over a 3G connection. You can shoot rockets (water, grrrr ...), and compressed air guns that can fire up to six thousand bullets per minute, using as trigger the smile of the pilot. In Suidobashi are looking for ways to mass produce, and the price that has transpired is 1.35 million dollars, something like 1.1 million euros. Whoever decides to buy a Kuratas can change the exterior color (16 available) and access other extras, such as a coaster.
I admit I felt a little disappointed to see that the Kuratas moves using wheels, however, apparently bipedal version is in the plans of the engineers. The official site Suidobashi allowed customize the wick in different ways, but guess what? Anyone who attempts to receive a huge 503. Perhaps few will have a million euros to buy a Kuratas, but this makes it clear that many people want to have a fuse. Tony Stark in his armor to stay if you want, and do not care much if Suidobashi presented to Kuratas as "piece of art" rather than an actual match. Every step brings us closer to a VF-1, is welcome.
