What’s New

8 September 2014

ITER news digest for the period of 1 September 2014 to 8 September 2014.

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Rss Feed

Featured (6)

Of interest (3)

Press (5)

Featured

First plant components delivered to ITER

Featured

A floor to support 400,000 tonnes

An anchor for the backbone

A bright future in fusion

ITER video: The Last Pour

CEA-ITER facility to test the assembly of magnet components

Ed Moses appointed president of the Giant Magellan Telescope Organization

Ed Moses, a longtime scientific leader at Lawrence Livermore National Laboratory, has been appointed by the Giant Magellan Telescope Organization (GMTO) as president of their organization, effective 2 October 2014.

"Ed is ideally positioned and qualified for this scientific leadership role," Goldstein said. "He is an expert in laser science, optical systems, technology development, systems engineering and project leadership and management. Ed has played key roles in major LLNL programs over the last 35 years including Atomic Vapor Laser Isotope Separation, Peregrine, the National Ignition Facility and the National Ignition Campaign."

"He also was responsible for building several major science and DOD work-for-other programs," Goldstein said. "Ed is an international leader in fusion energy science and applications. He is a member of the National Academy of Engineering, a fellow of the American Association for the Advancement of Science, and member of many other professional societies, and a winner of a broad spectrum of prestigious awards."

Source: Lawrence Livermore National Laboratory

Permalink : https://www.iter.org/of-interest?id=353

Underground experiment confirms what powers the sun

Scientists have long believed that the power of the sun comes largely from the fusion of protons into helium, but now they can finally prove it. An international team of researchers using a detector buried deep below the mountains of central Italy has detected neutrinos—ghostly particles that interact only very reluctantly with matter—streaming from the heart of the sun. Other solar neutrinos have been detected before, but these particular ones come from the key proton-proton fusion reaction that is the first part of a chain of reactions that provides 99% of the sun's power.

The results also show that the sun is a remarkably steady power source. Neutrinos take only 8 minutes to get from the sun's core to Earth, so the rate of neutrino production that the team detected reflects the amount of heat the sun is producing today. It just so happens that this is the same as the amount of energy now being radiated from the sun's surface, even though those photons have taken 100,000 years to work their way from the core to the surface. Hence, the sun's energy production hasn't changed in 100 millennia. "This is direct proof of the stability of the sun over the past 100,000 years or so," says team member Andrea Pocar of the University of Massachusetts, Amherst.

Read more on Science website

Permalink : https://www.iter.org/of-interest?id=352

NSTX fusion reactor at Princeton will be operational again after $94 M upgrade

Tucked away from major roadways and nestled amid more than 80 acres of forest sits a massive warehouse-like building where inside, a device that can produce temperatures hotter than the sun has sat cold and quiet for more than two years.

But the wait is almost over for the nuclear fusion reactor to get back up and running at the Princeton Plasma Physics Laboratory.

"We're very excited and we're all anxious to turn that machine back on," said Adam Cohen, deputy director for operations at PPPL.

The National Spherical Torus Experiment (NSTX) has been shut down since 2012 as it underwent a $94 million upgrade that will make it what officials say will be the most powerful fusion facility of its kind in the world. It is expected to be ready for operations in late winter or early spring, Cohen said.

[...]

The upgrade (NSTX-U) will essentially double the power of the reactor by increasing the heat, electrical current and magnetic field. A second [device] that helps heat the plasma was added, and the center magnet, which resembles the core of an apple, was rebuilt to create a stronger magnetic field.

"We may reach several hundred million degrees Celsius in the new machine," said Masa Ono, a research physicist and head of the NSTX department.

Access the full story, image gallery and video interview at nj.com.