Fusion Energy, Fusion Energy Consortium
phys.org Nov. 11, 2015 Groundbreaking US-China experiments continued in September between DIII-D, led by GA’s Dr. Andrea Garofalo (at center), and China’s ASIPP at the EAST fusion program, whose scientists connect via videoconferencing (pictured at left screen). At right is Huiqian Wang, an ASIPP post-doctoral scientist being trained at DIII-D. Credit: Lisa Petrillo/General Atomic The … Read more
Next Big Future November 11, 2015 Meet “Super H mode,” a newly discovered state of tokamak plasma that could sharply boost the performance of future fusion reactors. This new state raises the pressure at the edge of the plasma beyond what previously had been thought possible, creating the potential to increase the power production of … Read more
science20.com November 11th 2015 For more than 60 years, fusion scientists have tried to use “magnetic bottles” of various shapes and sizes to confine extremely hot plasmas, with the goal of producing practical fusion energy. But turbulence in the plasma has, so far, confounded researchers’ ability to efficiently contain the intense heat within the core … Read more
clivebest.com November 9, 2015 by Clive Best, Ph.D., High Energy Physics If nuclear fusion can be tamed on earth then if offers the potential of limitless energy for the foreseeable future. We saw in the previous post how all the elements on earth were fused in a massive star that exploded before our sun formed. … Read more
phys.org November 10, 2015 A cross-section of the virtual plasma showing where the magnetic field lines intersect the plane. The central section has field lines that rotate exactly once. Credit: Stephen Jardin A team of physicists led by Stephen Jardin of the U.S. Department of Energy’s Princeton Plasma Physics Laboratory (PPPL) has discovered a mechanism … Read more
phys.org November 10, 2015 Researchers used the rectangular coils shown here to strike the magnetic fields that enclose the donut-shaped plasma. The colors of the plasma denote the different vibrations produced by striking the fields with external magnetic coils. Credit: Princeton Plasma Physics Laboratory and General Atomics. The swirling plasma in donut-shaped fusion facilities called … Read more
The Engineer 9 November 2015 Controlled fusion has the potential to be a long-term energy source. David Kingham explains the next steps The world needs abundant, clean energy. Fusion – with no CO2 emissions, no risk of meltdown and no long-lived radioactive waste – is the obvious solution and has been for decades, but it … Read more
Digital Trends Updated 11/8/2015 by Jeremy Kaplan: Edits for clarity. In Germany, a team of researchers are preparing to switch on the largest nuclear fusion plant in the world. Hosted at the Max Planck Institute, the stellarator, also known as Wendelstein 7-X (W7-X), is awaiting regulatory approval for a launch later this month, reports Science. … Read more
ferrovial.com By Kenneth G.Martinez 03/11/2015 The need to find a source of sustainable energy and the commitment to fighting climate change are the main driving forces behind research in the field of nuclear energy. ITER, which means “path” in Latin, is a further step along that path. This is an international-scale experiment, whose objective is … Read more
Wired.com AUTHOR: RHETT ALLAIN 11.05.15 Mechanics work on the research reactor Wendelstein 7-X at the Max Planck Institute for plasma physics in Greifswald, Germany. DPA/ALAMY THIS PAST YEAR has been big for nuclear fusion. First there was the announcement from Lockheed Martin claiming they could have a fusion reactor that fits in a truck. Next … Read more