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MIT Achieves Breakthrough in Nuclear Fusion

, have developed a new type of nuclear fusion fuel that produces ten times as much energy from energized ions as previously achieved. my Press. Advertisements  17 Oct 2016 According to MIT News, for the first time ever, the team of scientists and engineers achieved 2 atmospheres of plasma pressure with its Alcator C-Mod tokamak reactor. But finding a new way to apply a strong magnetic field to a prototype device, the MIT team has learned how to Read More. It is possible however that before too long humanity may possess an  17 Oct 2016 An experimental fusion reactor at the Massachusetts Institute of Technology (MIT) broke a world record for plasma pressure the day before it was shut down for budget reasons. Philip Morrison is Institute Professor of physics at MIT, Cambridge, MA 02139, and a long-time advocate of arms control. Фоторепортаж. The breakthrough was presented at the International Atomic Energy Agency's fusion summit in  6 Feb 2017 - 72 min - Uploaded by MIT Plasma Science and Fusion CenterAn introduction to the key concepts of producing clean, safe, and carbon-free electricity from Embed Tweet. MIT Achieves Breakthrough in Nuclear Fusion. arms. —BTR. The team ran 1. While the world has been awaiting a breakthrough in an affordable and clean power source for long, nuclear fusion Read More »  Cold fusion is a hypothesized type of nuclear reaction that would occur at, or near, room temperature. « on: Aug 29, 2017, 12:18 ». · August 29 ·. The stellarator is  15 Dec 2015 This is the process that has fuelled our sun for billions of years, and is unfortunately very difficult for scientists to achieve. And then, with no further ado, the tokamak  22 Aug 2017 A step towards LIMITLESS energy: Scientists develop a new way to make plasma fuel hot enough to generate 'significant' nuclear fusion power the new plasma has resulted in raising trace amounts of ions to megaelectronvolt (MeV) energies - an order of magnitude greater than previously achieved. Retweet. Plasma pressure is the key ingredient to producing energy from nuclear fusion, and MIT's new result achieves over two atmospheres  31 Aug 2017 An MIT experiment with a new nuclear fusion fuel, producing 10 times as much energy from energised ions as previously achieved, takes us another step closer to achieving limitless clean energy with virtually no toxic byproduct. 4 million amps through C-Mod's magnetic bottle, producing 300 trillion fusion reactions per second inside it while drawing some 4 megawatts. By adding a third ion to the conventional two-ion plasma production, the team was able to come up with 10x more efficient way of extracting energy  Казахстанский токамак готовят к запуску. MIT Technology Review reports on the skepticism and critics of the Lockheed Martin approach. MIT Achieves Breakthrough in Nuclear Fusion http://www. Thermodynamic parameters such as power, temperature, volume, efficiency and the fusion triple product (nTτ) were analysed in order to investigate the progress that has been achieved and the  Michael Fumento explores some of the many false starts in the development of controlled nuclear fusion and considers its current prospects, including inertial and 1974: KMS Fusion, an American private sector firm, achieved fusion through the use of lasers, albeit without even remotely approaching a net energy flow. Magnetic Fusion 30 Years ago --11th IAEA Fusion Energy Conference 1986, Kyoto, Japan: The three large tokamaks presented breakthrough results from the first  24 Aug 2017 (Natural News) Nuclear fusion has long been eyed as a potential source for limitless clean energy, yet the complexity behind its process made it unfeasible for some time. 3. In the MIT experiments, Alcator-C achieved a. The excited hydrogen ions then slam into the more abundant deuterium ions, and resulting particles fly into the  MIT Achieves Breakthrough in Nuclear Fusion. What sets MIT's reactor apart is its superconductor technology, which would enable it to create 50 times the power it actually draws. New experiments with helium-3 in a magnetic confinement tokamak have produced exciting results for the future of fusion energy,  4 Sep 2017 The MIT team tweaked the “recipe” for nuclear fusion in such a way that the output of power was tenfold greater than with the original composition, which consists of 95% deuterium ions and 5% hydrogen ions, forming plasma heated to incredibly high temperatures in the tokamak from the movement of the  Nuclear fusion is one of the most desirable goals not just for nuclear scientists but the world as whole. The recent announcement by scientists of a major breakthrough in fusion  23 Aug 2017 By adding a third ion to the traditional two-ion plasma mix, MIT researchers were able to dramatically increase their fusion energy output. 30, 2016. 28 Aug 2017 The MIT team tweaked the “recipe” for nuclear fusion in such a way that the output of power was ten times greater than with the original composition, which consists of 95 percent deuterium ions and 5 percent hydrogen ions, forming plasma heated to incredibly high temperatures in the tokamak from the  18 Oct 2016 By the numbers, the record-breaking run achieved 2. 2017. Cleaner energy  8 Jun 2014 The dream could not be bigger: produce nuclear power without the radioactive waste or meltdown potential. Generate an unlimited clean source of energy by replicating the sun's power on earth. There is currently no  Plasma pressure is the key ingredient to producing energy from nuclear fusion, and MIT's new result achieves over 2 atmospheres of pressure for the first time. MIT's groundbreaking mini fusion reactor could power the world within 10 years - "This could . 18 Oct 2016 The breakthrough was presented yesterday at the International Atomic Energy Agency's fusion summit in Japan. Researchers at the school have developed a new fuel for fusion reactors and a new process for igniting the superhot plasma that makes the nuclear reaction possible. That said, MIT's efforts, alongside breakthroughs by others around the world, are undeniably bringing us closer to a reality in which fossil fuels are no  17 Jul 2017 However, reaching that goal will be a very expensive, long-term commitment – and it's also very possible that we may never achieve a commercially Helion Energy, located in Redmond, Washington, believes they are only a few years away from creating nuclear fusion that can be used as a source for  18 Oct 2017 take place for the process to become self-sustaining, with fresh fuel then being added to continue it. Technology (MIT), the amount of power produced increases  21 Jun 2017 The challenges scientists face in getting nuclear fusion to work here on Earth are undeniably difficult, but not insurmountable, and two young Last year, researchers at MIT brought us closer to a fusion future by placing plasma under what they say is the most pressure ever created in a fusion device. build a nuclear fusion reactor capable of producing abundant, sustainable energy—just took another step forward. If the same power capacity were to be achieved using MIT's new  23 Jul 2014 Tri Alpha “has got very tough problems to overcome as it starts scaling up to reactor size”, says Jeffrey Freidberg, a nuclear physicist at the Massachusetts Institute of Technology (MIT) in Cambridge. Plasma pressure is the key ingredient to  Ukraine to maintain nuclear's share of electricity 14. While fusion has been demonstrated before, it's always used more energy than it's created. com/science/energy/a27961/mit-nuclear-fusion-experiment-increases-efficiency/. MIT achieves breakthrough in nuclear fusion http://popm. Scientists at the Max The device in Germany is called the Wendelstein 7-X stellarator, reports David Talbot for MIT Technology Review. Dennis Whyte, WN@TL - Nuclear Fusion Research at UW-Madison. 999 million degrees Celsius or 90 million Fahrenheit) for 102 seconds. 4 months ago. 04 Sep 2017 Bloomberg Decrypted. Fusion, the nuclear reaction that powers the sun, involves fusing pairs of hydrogen atoms together to  26 Aug 2015 Fusion energy company Tri Alpha Energy (Foothill Ranch, CA) has reportedly made a breakthrough in containing the super-hot plasma that forms the core of a nuclear fusion reactor, according to Science Magazine. . A privately funded company called Tri Alpha Energy has built a machine that  energy plasmas is necessary to advance nuclear fusion research in parallel with other fields that include space and on the high magnetic field technologies developed for the Alcator (MIT), Frascati Torus. 17 Jan 2016 The hunt for an alternative to atom-splitting nuclear fission continues. If the goal sees fruition, the world would have a limitless amount of free energy as they use abundant sources of fuel. David Cole. That said, MIT's efforts, alongside breakthroughs by others around the world, are undeniably bringing us closer to a reality in which fossil fuels are no  14 Oct 2016 30, at 9:25 p. 04 Sep 2017 Popular Mechanics. a million years and that nuclear fusion if achieved could provide energy for 53 billion years. I would say so since MIT had a breakthrough this year from analysing the results of the Alcator C-Mod tokamak. They found out it depends on the circumstances. 5 keV). While this is nowhere near the hottest  2 Sep 2017 The JET team soon confirmed MIT's results and so now both teams are fine-tuning the recipe in order to get the highest energy levels possible. Like Liked UnlikeMIT  14 Oct 2016 Scientists and engineers at MIT's Plasma Science and Fusion Center have set a new world record for plasma pressure in the Alcator C-Mod tokamak nuclear fusion reactor. The reactor achieved record-breaking plasma pressures a day prior, thus yielding promising results for the future of fusion energy on its very last day of operation. Fusion Energy. He is one of the authors of . This is compared with the "hot" fusion which takes place naturally within stars, under immense pressure and at temperatures of millions of degrees, and distinguished from muon-catalyzed fusion. Back in 2012 I described the state of nuclear energy and the ITER project which was to begin construction this year with an expected completion date of 2019. Unlike fission, which splits atoms apart to generate heat in today's nuclear power plants, fusion smashes atomic nuclei together, releasing huge amounts of energy in the process—the same reaction that occurs in  26 Sep 2017 Researchers at MIT have set a new world record in creating the conditions thought to enable nuclear fusion, the reaction that powers the sun. Once ignition is achieved, there is net energy yield – about four times as much as with nuclear ssion. K. Reply. "MIT Achieves Breakthrough in Nuclear Fusion: New experiments with helium-3 in a magnetic confinement tokamak have produced exciting results for the future of fusion energy,  25 Jan 2018 Nuclear fusion is a highly complicated process, and right now, the energy we're able to output from that process isn't enough to justify the work that goes . According to MIT News, two Phd candidates Adam, Kuang and Alex Creely, are looking at  30 Aug 2017 Experts wanted to know if it takes mental effort for bilingual speakers to switch between languages. 18 Feb 2014 The original MIT and Caltech studies FAILED to replicate the Cold Fusion excess heat effect because they did not achieve high enough loading in their cathodes. In France, researchers want to transform nuclear energy (+ video). 28 Aug 2017 Researchers operating fusion reactor experiments at MIT, along with partnered scientists in Brussels and the U. Fusion yields vary between about 50 and 150 kilotons TNT equivalent for each kilogram of nuclear fusion fuel expended (that is, deuterium, tritium and  One can legitimately expect, from time to time, important agricultural breakthroughs; cereal plants with a higher protein content, with higher yields, with greater . On a day full of economic news, this may be  14 Oct 2016 Pablo Rodriguez Fernandez is hunched over a computer in the control room of MIT's fusion reactor, gathering data that will inform the design of a new one — a device that could solve the world's energy problems. Breakthrough. Nuclear fusion: TED: Nuclear fusion within reach (labarge, 28 August 2014 · w/ VIDEO: MIT achieves breakthrough in nuclear fusion (Bennett, Popular Mechanics, 28 August 2017) [360 degree tour Alcator-C . there are replicating the magnetic fields of planets to manipulate super-heated gases in an experiment that could lead to a breakthrough in nuclear fusion based power. Using its Alcator C-Mod reactor, the researchers achieved a pressure of 2. New experiments with helium-3 in a magnetic confinement tokamak have produced exciting results for the future of fusion energy, including… Read More  New Machines for Fusion Research | Thomas KLINGER | TEDxBrussels, Nuclear Fusion Energy: The Race to Create a Star on Earth, Breakthrough in Nuclear Fusion? - Prof. Jamie Edwards, 13, is youngest person to achieve nuclear fusion . ” The WSJ expressed concern that these striking breakthroughs in a science that might help us achieve energy independence are being systematically ignored by establishment  The House of Representatives has voted to commit $20 billion to harnessing nuclear fusion over the next 20 years. popularmechanics. However, this may all change soon. “This is a MIT said the world record was achieved on 30 September 2016, the last day of the MIT tokamak's operation, because funding from the US Department of Energy has now ended. 3 replies 48 retweets 60 likes. 21 Sep 2016 Although fusion reactors have never gone beyond the experimental phase, researchers have achieved temperatures of around 100 million degrees. Hope springs eternal for nuclear fusion breakthrough scientists will not touch LENR which they see as tainted by the cold fusion fiasco of 1989, when Profs Fleischmann and Pons claimed to have achieved fusion on a lab bench — an  2 May 2017 Scientists from MIT broke the record for plasma pressure back in October, and in December, South Korean researchers became the first to sustain “high In the UK, Tokamak Energy says it activated its newest fusion reactor, the ST40, and it has already managed to achieve “first plasma” within its core. [rulez]  New experiments with helium-3 in a magnetic confinement tokamak have produced exciting results for the future of fusion energy, including a tenfold increase in. Researchers operating fusion reactor experiments at MIT, along with partnered scientists in Brussels and the U. … Fusion research  12 Aug 2015 The technology most associated with fusion energy is called a tokamak and the organization trying to build one successfully is ITER. Nuclear accident in Russia or Kazakstan Sends radioactive cloud over europe (The Guardian, 9 November 2017). com/iD8ewpJkfx. 1. Image of manget coils (blue) and plasma (yellow) of the nuclear fusion plasma experiment Wendelstein  19 Jul 2016 3 Big Recent Breakthroughs in Fusion. Fuel loading underway at Tianwan 3 16. Logged. twitter. 10:24 AM - 28 Aug 2017. The federally-funded research project at MIT for what is known as “nuclear fusion” has been, for more than a  11 Aug 2015 Using a new type of superconductor, they say they can reduce the size of a potential fusion reactor while drastically increasing its power output. inside nuclear reactors and in stars, it also increased the energy output ten-fold, with ions reaching a magnitude of energy never before achieved in a non-activated  MIT Achieves Breakthrough in Nuclear Fusion. 17 Oct 2016 Now MIT scientists have increased the record plasma pressure to more than two atmospheres, a 16% increase on the previous record set in 2005, at a temperature of 35 million C and lasting for two seconds. Whether ITER  More strikingly, Jones says that the fact that we are detecting the signs of nuclear fusion “make us conclude that we are seeing new physics. The legislation directs the So far, in laboratory tests the bacterial strains developed by the MIT researchers achieve a direct conversion at about 85 percent of the theoretical maximum yield. 6 Aug 2017 Given the increased complexity of the fusion-fission hybrid method then, it seems unlikely that it will transform nuclear generation in the near future without a major scientific breakthrough. 11 Apr 2012 You recently got the chance to ask a group of MIT researchers questions about fusion power, and they've now finished writing some incredibly detailed Decay heat isn't a problem in a pure fusion system, again because there just isn't any fuel sitting there undergoing nuclear reactions once the reactor is  8 Feb 2016 The quest to imitate the Sun—a. , have developed a new type of nuclear fusion fuel that produces ten times as much energy from energized ions as previously  Johnathan Pollock, Financial Security Advisor and Investment Representative. 27 Aug 2017 The MIT team tweaked the “recipe” for nuclear fusion in such a way that the output of power was ten times greater than with the original composition, which consists of 95 percent deuterium ions and 5 percent hydrogen ions, forming plasma heated to incredibly high temperatures in the tokamak from the  28 Aug 2017 Researchers operating fusion reactor experiments at MIT, along with partnered scientists in Brussels and the U. 1 Feb 2010 Interest in nuclear fusion, in which atoms are forced to join and thus release some of their energy, has been on the rise along with the development of solar, wind But by looking at the pedigree, breakthroughs and financial support of projects, I've come up with a set of TKTK projects that, like the NIF, could  21 Jan 2016 Thomas Klinger: “This is because it's easier to achieve the plasma state with helium. 04 Sep 2017 CNBC (video 2'10"). Read More. Earl Marmar, senior research  China announced last week a major breakthrough in the realm of nuclear fusion research. — jay bennett, Popular Mechanics, "MIT Achieves Breakthrough in Nuclear Fusion," 28 Aug. This will be crucial to any future breakthroughs in fusion energy, as the greater the pressure within the reactor, the better the chance of the  24 Oct 2016 The plasma must be dense and hot enough for this fusion to occur. The physics of harnessing nuclear fusion as a heat source is not well known. Hide popular topics: No Net Neutrality Remove Filter · /r/technology is a place to share and discuss the latest developments, happenings and curiosities in the world of technology; a broad spectrum of conversation as to the innovations, aspirations, applications and machinations  23 Aug 2017 Scientists Just Jacked Up Plasma Energy Output, And It Could Make Nuclear Fusion More Efficient A team of researchers at MIT have used data from experiments conducted on a type of fusion reactor called a tokamak to explore how adding a third ion to the more traditional two-ion plasma mix shakes  29 Aug 2017 New experiments with helium-3 in a magnetic confinement tokamak have produced exciting results for the future of fusion energy, including a tenfold increase in ion energy. Trouble If nuclear fusion is theoretically possible, massively important and it's being researched all over the world, what's preventing the big breakthrough? The nuclear fuel used in the Alcator C-Mod previously contained just two types of ions, deuterium and hydrogen. Now  Nuclear Fusion Breakthrough: MIT Experiments Help Reveal Source of Heat Loss. on Wednesday said its engineers had made a breakthrough in the race to build a nuclear fusion reactor. 2 Sep 2017 Yes, there's another breakthrough in nuclear fusion which has been accomplished by a team of researchers at the Massachusetts Institute of Technology (MIT). 05 atmospheres  18 Oct 2016 A research team from the Massachusetts Institute of Technology (MIT) has achieved a new record for nuclear fusion technology, which may herald the dawn of limitless clean energy. 25 Aug 2015 Tri Alpha hasn't produced energy yet — they'll need to scale up their reactor to achieve longer containment times and higher temperatures to do so — but their successes in holding plasma together are a big step toward figuring out nuclear fusion once and for all. Freidberg and Andrew  13 Aug 2015 For perspective, Sorbom explains the world's largest planned fusion power plant- a huge device called ITER that is under construction in France – was designed before these new superconductors were available and will cost $40 billion. The temperature is thought to be three times hotter than the core of the sun or “roughly the same as a mid-sized thermo-nuclear explosion,”  When we harness the Energy, the important point is we need to consider its impacts to the Environment. Currently, the funding and  25 Jan 2010 It's amazing no one thought of it before: nuclear fusion from a levitating tire-sized magnet surrounded by 10-million-degree plasma. 30 Jan 2017 Experimental and theoretical research has shown 'spherical' tokamaks to be a "fast route to fusion" compared with more "conventional" tokamak devices such as Joint European Torus "The ST40 is designed to achieve 100 million degrees C and get within a factor of ten of energy break-even conditions. Fusion depends on a The breakthrough is interesting not just for the record set, but because it was achieved in a small-scale reactor. Plasma pressure is the key ingredient to producing energy from nuclear fusion, and MIT's new result achieves over two atmospheres of pressure for the first time. Fusion energy pushed back beyond 2050 2. 24 Aug 2015 FOOTHILL RANCH, CALIFORNIA—In a suburban industrial park south of Los Angeles, researchers have taken a significant step toward mastering nuclear fusion—a process that could provide abundant, cheap, and clean energy. Last part of Fukushima ice wall being frozen 15. . An expensive and incredibly . ” Wendelstein's objective is the study of plasma containment in a large stellarator set-up, not nuclear fusion itself, yet. In a remarkable breakthrough, however, scientists in Germany have recently announced that one of the world's largest nuclear fusion machines has been successful for the first time. For example, the company must prove that it can achieve the billion-kelvin temperatures needed to burn the  2, 2018 Using nuclear fusion as a virtually unlimited source of energy has been a thrilling yet distant dream for more than six decades. Tri-alpha is still secretive but what has been revealed about progress does not indicate a breakthrough has yet been achieved to net energy gain. Whether or not this breakthrough will soon lead to practical Nuclear Fusion only time will tell. 20 Oct 2016 After 23 years of service, Alcator C-mod, MIT's nuclear fusion reactor, was decommissioned on Sept. The experiments with the new fusion fuel, which  Legacy Pure Tech Filter. Nevertheless, it is  nuclear. Once ignition is achieved, there is net energy yield – about four times as much as with nuclear fission. By Jay Bennett. 3 May 2016 Lockheed nuclear fusion project is still making progress. race. The breakthrough was presented at the International Atomic Energy Agency's fusion summit in Japan on Monday. the heat from fission doesn't produce steam directly. Stakeholders show interest in Canadian small reactor plans. (See my previous post about fusion if you have no idea what nuclear fusion is) From a whole new stellarator reactor - the Wendelstein 7-X at the Max Planck Institute, to visualizing energy flows and two new kinds of plasma turbulence discovered which explain heat  29 Jan 2016 3 Big Recent Breakthroughs in Fusion (See my previous post about fusion if you have no idea what nuclear fusion is) Researchers at MIT's Plasma Science and Fusion Center however finally figured out the "big unsolved problem" that has plagued fusion physics for so long, and have identified two  1 Nov 1998 Statements like these prompt an obvious question: If nuclear fusion can be demonstrated in anyone's basement workshop for a few thousand dollars, and could In March 1989, the University of Utah promoted the work using hyperbole it would live to regret: "Breakthrough process has potential to provide  Welcome to the Latest, Uncensored Scientific News on Cold Fusion, now known as Lattice Assisted Nuclear Reactions (LANR), Condensed Matter Nuclear State Physics (CMNS), Solid State January 31, 2018 - The 2nd ad hoc CF/LANR/LENR Colloquium at MIT, had the following CF/LANR experimental research talks: 11 May 2016 The reactors must be able to maintain the temperature and containment long enough to achieve a net positive energy from the fusion reaction. The Nuclear Tech Breakthrough That Could  23 Aug 2017 Nuclear fusion is a highly complicated process, and right now, the energy we're able to output from that process isn't enough to justify the work that goes . m. MIT Achieves Breakthrough in Nuclear Fusion 20 May 2016 A startup in California has raised $500 million to chase the elusive dream of fusion power. PAGE 105. Experiments Nuclear fusion breakthrough achieved with stellarator machine Physicists have achieved a breakthrough in fusion power, by containing superheated hydrogen plasma for five milliseconds, longer than any other effort before. August 28, 2017 Proficiency. Plasma pressure is the key ingredient to producing energy from nuclear fusion, and MIT's new result achieves over two  29 Aug 2017 There has been a major hot fusion breakthrough at MIT (the Massachusetts Institute of Technology). Senior researcher  11 Aug 2015 MIT plans to create a new compact version of a tokamak fusion reactor with the goal of producing practical fusion power, which could offer a nearly inexhaustible energy resource in as little as a decade. The results are detailed in two of papers published in the journals Nuclear Fusion and AIP Physics of Plasmas, by MIT research scientist Nathan Howard, doctoral  Abstract: This paper is a meta-study exploring the progression of nuclear fusion technology from a thermodynamic perspective. nuclear fusion reactor - Lockheed announces breakthrough on nuclear fusion energy. reactor small enough to fit on back of a truck. “It changes the whole thing,” Dennis Whyte, a professor of Nuclear Science and Engineering and director of MIT's Plasma Science and Fusion Center, said in a  So this means that, if we can achieve the same thermal efficiency as a nuclear reactor, a fusion reactor will have to produce 3 MW-hr of energy from every 1 MW-hr . Combined with MIT's research to create superconductive coils–-which induce magnetic fields at high efficiency with minimal current draw–-this breakthrough is expected to advance research in sustainable energy achieved by nuclear  18 Oct 2016 In what is being hailed as a major breakthrough for efforts to develop viable nuclear fusion power, a team of scientists and engineers from MIT have set a new world record for plasma pressure in a tokamak reactor. com/2016/05/nuclear-fusion/id=68868/‎ 6 Feb 2016 While three other fusion devices roughly the same size as the ARC have been built over the past 35 years, they didn't produce anywhere near its power. No such power generator has been made yet and sig setts Institute of Technology (MIT) in experi ments with a model K (about 7. k. According to the Massachusetts Institute of. Two young researcher are jumping leaps and bounds in the nuclear fusion field, in hopes to one day achieve the ultimate energy dream of fully understanding fusion energy. ch/P8rDAKu pic. The Chinese Experimental Advanced Superconducting Tokamak (EAST), was able to heat hydrogen gas to a temperature of near 50 million degrees Celsius for an unprecedented 102 seconds. middle of the last century. September 2017 – News. http://www. In a 2009 commentary published in the Nature Physics journal, MIT nuclear scientists Jeffrey P. A team of researchers hailing from the Massachusetts Institute of Technology (MIT) has found a way  See more. 05 atmospheres at T > 35 million degrees Celsius. 18 Jun 2015 Peter Dunn/ MIT News / June 17, 2015. 48 Retweets; 60 Likes; Mayra VStarSystems Candy Maggie Field Swell Investing Rob Douglas Bezerg Aliov David Bethune Derek Roy. According to the Massachusetts Institute of Technology (MIT), the amount of power produced increases with the square of the pressure, so doubling the pressure leads to a fourfold increase in energy production. That claim alone should make the entire scientific community questions those studies and want to go redo the experiments with better quality  The era of true nuclear fusion may be fast approaching thanks to some cutting-edge work from MIT. a. ipwatchdog. The team set a new world record for plasma pressure in the Institute's Alcator C-Mod tokamak nuclear fusion reactor. Following on last week's announcement from MIT of a practical compact fusion reactor  www. Investment in high-risk, high-reward, low-cost research on a wide variety of approaches to nuclear fusion, focusing especially on those with the potential for very inexpensive The disadvantage of boron fusion is that it's harder to achieve net power production than with D-T fusion (which of course isn't there yet either). EDT, scientists and engineers at MIT's Plasma Science and Fusion Center made a leap forward in the pursuit of clean energy. 9 The imagination of the scientific and technical community has been  Dec 03, 2017 · Marking the 75th anniversary of the first controlled nuclear fission reaction, MIT re-enacted a seminal experiment with the Institute's historic graphite . (ENEA) and A program aimed at developing the technologies needed to achieve significant fusion burn conditions  13 Feb 2016 A nuclear reactor in China has created plasma at a temperature of 50 million Kelvins (49. 29 Oct 2016 They report a new record for plasma pressure in the Institute's Alcator C-Mod tokamak nuclear fusion reactor, pictured above