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Search resuls for: "NIF"


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In December last year, after years of trying, the National Ignition Facility, or NIF, at Lawrence Livermore National Laboratory reported that it had finally lived up to its middle name: ignition. For the first time anywhere, a laser-induced burst of fusion produced more energy than that supplied by the incoming lasers. “We’re really excited by the NIF results,” said Kramer Akli, who manages the fusion energy sciences program at the United States Department of Energy. A decade ago, a report by the National Academy of Sciences found much to like in the energy potential of laser fusion but recommended that the United States hold off major investments until ignition was achieved. The sun generates heat and light by jamming — fusing — hydrogen atoms together into helium.
Persons: We’re, , Kramer Akli, arth, ould Organizations: National Ignition Facility, Lawrence Livermore National Laboratory, United States Department of Energy, National Academy of Sciences Locations: United States
Two experts explain how long it could take until fusion power plants are possible. Fusion plants could theoretically produce almost 4 million times as much energy as burning coal or oil — with none of the carbon emissions. It's what Andrew Christlieb, who is part of a US Department of Energy fusion project at Michigan State University, calls "step zero." The US Department of Energy's Fusion Energy Sciences program has a $763 million budget for 2023, which could grow to over $1 billion next year. Achieving commercial fusion power in two decades won't be quick enough to address many countries' goals of adapting clean energy and limiting global warming by 2035.
Persons: It's, Andrew Christlieb, Christlieb, Michael Livingston, PPPL, Jean, Paul Pelissier, it's, Jason Laurea, Lawrence, Jonathan Menard, Menard, Bill Gates, Sam Altman Organizations: Service, Ignition, NIF, US Department of Energy, Michigan State University, Royal Society, Reactor, REUTERS, European Union, Lawrence Livermore National Laboratory, Princeton Plasma Physics, US Department of Energy's Fusion Energy Sciences, Fusion Industry Association, Tech Locations: PPPL, Saint, Durance , Southern France, US, China, Russia, Lawrence Livermore, Princeton
Dave Alastair moved from Reno, Nevada, to a rural province 45 minutes north of Lisbon, Portugal, in 2022. He bought a three-bedroom house with a pool for $300,000 and says he appreciates his new laidback lifestyle. The exterior of Dave Alastair's house in Portugal. "My neighbors within a mile have tons of wine vineyards, so I'm guessing this was all wine country back then." Buying property in Portugal as a foreigner can be challenging because of the legalities of the process, he said.
Persons: Dave Alastair, Alastair, Dave, Sara, Dave Alastair's, there's, it's, Portugal Alastair, they're, you'll, he's, you've, Amanda Goh Organizations: Service, YouTube Locations: Reno , Nevada, Lisbon, Portugal, United States, Wall, Silicon, American, Nevada, Europe, Algoz, Lisboa, Reno, Dave, America, agoh@insider.com
A couple moved from the UK to Portugal to live on an abandoned farm they bought for $103,000. The couple moved from the UK to Portugal to restore and live on an abandoned farm. The couple fell in love with the second property they viewed — an abandoned farm set on three acres of land. The couple — who were living and traveling around in a van at that time — bought the farm for 95,000 euros, or about $103,000. The Newbys have been documenting every step of their Portuguese farm renovation on their YouTube channel.
Persons: Tara Newby, They've, Tara, , Sawyer, John, we've, Portugal's, John said, who've, they've, you'll, We've Organizations: Service, YouTube, Google Locations: Portugal, Wall, Silicon, Lisbon, England, Bristol, Zimbabwe, Tanzania, Antarctica, Europe
Why nuclear fusion is so important for global energy needsWe see the colossal power of nuclear fusion in action every day — the sun. Meaning that unlike fossil fuels, nuclear fusion doesn't contribute to greenhouse gases in the atmosphere that are driving climate change. It was a major breakthrough and the first time a fusion experiment had ever generated an energy surplus. Why nuclear fusion beats nuclear fissionCurrent nuclear power plants use fission to make energy. While fission creates a chain reaction, nuclear fusion reactors of the future would not, avoiding the risk of a meltdown.
Persons: Energy Jennifer Granholm, Lawrence, Jason Laurea, Paul Rhien, J, Robert Oppenheimer, Arjun Makhijani, Daniel Jassby, Jassby Organizations: Service, International Energy Agency, Department of Energy, Energy, Ignition, Lawrence Livermore National Laboratory, Financial Times, Manhattan, International Atomic Energy Agency, Scientists, Institute for Energy, Environmental Research, Princeton Plasma Physics Locations: Wall, Silicon, Lawrence Livermore, That's
U.S. scientists have achieved “ignition” — a fusion reaction that produced more energy than it took to create — a critical milestone for nuclear fusion and a step forward in the pursuit of a nearly limitless source of clean energy, Energy Department officials said Tuesday. The process imploded a tiny capsule inside the hohlraum that is filled with deuterium and tritium, creating a fusion reaction. Lawrence Livermore National Laboratory"We have taken the first tentative steps toward a clean energy source," said Jill Hruby, the Energy Department's National Nuclear Security Administration. The Inflation Reduction Act provided millions in new funding for fusion projects and the White House this year convened the first fusion summit and developed a 10-year plan to commercialize fusion technology. A technician reviews an optic inside the preamplifier support structure at the Lawrence Livermore National Laboratory in Livermore, Calif., in 2012.
Researchers for decades have attempted to recreate nuclear fusion – replicating the fusion that powers the sun. Nuclear fusion happens when two or more atoms are fused into one larger one, a process that generates a massive amount of energy as heat. Scientists across the globe have been inching toward the breakthrough, using different methods to try to achieve the same goal. This heat can then be used to warm water, create steam and power turbines to generate power. “The opposing argument is that this result is miles away from actual energy gain required for the production of electricity,” he said.
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