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. When it goes online, W7-X will best the Large Helical Device (LHD) in Toki, Japan, which began operating in 1998 and is currently the largest working stellarator. The project to build the W7-X was started in 1993, after the German government approved the project and established the Greifswald Institute to help build the machine. The project has had its share of ups and downs with faulty magnets and unexpected technical issues delaying the project. Construction of the W7-X almost almost came to a standstill when a magnet supplier went bankrupt and technical issues forced the team to send back multiple parts for redesign. After more than 1.1 million construction hours over a 19-year period, the €1 billion stellarator was finally finished in May 2014. In the past year, the machine has undergone vigorous testing to ensure it performs as expected and operates within safe limits. Now, the scientists are waiting for the green light to bring plasma into the facility and test the nuclear fusion reaction. Related: Boeing just patented this awesome laser-powered nuclear fusion engine design Unlike conventional nuclear reactors that rely on the nuclear breakdown of atoms, nuclear fusion generates energy by fusing parts of atoms together. The nuclear fusion reactor uses high temperatures, as high as 180 million degrees Fahrenheit, to heat plasma to the point that the electrons are extracted from the atoms. Powerful magnetic fields, up to 50 six-ton magnetic coils in the case of the W7-X, are used to contain and control this plasma reaction. These extreme conditions within the reactor break down the normal repulsive forces that usually drive the electrons apart. Rather than repulse each other, the ions instead fuse together to produce energy. This reactor-based fusion is the same process that fuels our sun. Scientists must now wait until the end of the month for government approval before they can bring in plasma and begin their first real test of the W7-X. Because of the stellarator’s design, experts expect the reactor to confine the plasma and generate energy for at least thirty minutes at a time, which is significantly longer than the six and a half minutes of competing fusion reactors that use a tokamak-based design. “The world is waiting to see if we get the confinement time and then hold it for a long pulse,” said David Gates, the head of stellarator physics at Princeton’s Plasma Physics Laboratory.
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. When it goes online, W7-X will best the Large Helical Device (LHD) in Toki, Japan, which began operating in 1998 and is currently the largest working stellarator.
The project to build the W7-X was started in 1993, after the German government approved the project and established the Greifswald Institute to help build the machine. The project has had its share of ups and downs with faulty magnets and unexpected technical issues delaying the project. Construction of the W7-X almost almost came to a standstill when a magnet supplier went bankrupt and technical issues forced the team to send back multiple parts for redesign.
After more than 1.1 million construction hours over a 19-year period, the €1 billion stellarator was finally finished in May 2014. In the past year, the machine has undergone vigorous testing to ensure it performs as expected and operates within safe limits. Now, the scientists are waiting for the green light to bring plasma into the facility and test the nuclear fusion reaction.
Related: Boeing just patented this awesome laser-powered nuclear fusion engine design
Unlike conventional nuclear reactors that rely on the nuclear breakdown of atoms, nuclear fusion generates energy by fusing parts of atoms together. The nuclear fusion reactor uses high temperatures, as high as 180 million degrees Fahrenheit, to heat plasma to the point that the electrons are extracted from the atoms. Powerful magnetic fields, up to 50 six-ton magnetic coils in the case of the W7-X, are used to contain and control this plasma reaction. These extreme conditions within the reactor break down the normal repulsive forces that usually drive the electrons apart. Rather than repulse each other, the ions instead fuse together to produce energy. This reactor-based fusion is the same process that fuels our sun.
Scientists must now wait until the end of the month for government approval before they can bring in plasma and begin their first real test of the W7-X. Because of the stellarator’s design, experts expect the reactor to confine the plasma and generate energy for at least thirty minutes at a time, which is significantly longer than the six and a half minutes of competing fusion reactors that use a tokamak-based design.
“The world is waiting to see if we get the confinement time and then hold it for a long pulse,” said David Gates, the head of stellarator physics at Princeton’s Plasma Physics Laboratory.
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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. When it goes online, W7-X will best the Large Helical Device (LHD) in Toki, Japan, which began operating in 1998 and is currently the largest working stellarator.
The project to build the W7-X was started in 1993, after the German government approved the project and established the Greifswald Institute to help build the machine. The project has had its share of ups and downs with faulty magnets and unexpected technical issues delaying the project. Construction of the W7-X almost almost came to a standstill when a magnet supplier went bankrupt and technical issues forced the team to send back multiple parts for redesign.
After more than 1.1 million construction hours over a 19-year period, the €1 billion stellarator was finally finished in May 2014. In the past year, the machine has undergone vigorous testing to ensure it performs as expected and operates within safe limits. Now, the scientists are waiting for the green light to bring plasma into the facility and test the nuclear fusion reaction.
Related: Boeing just patented this awesome laser-powered nuclear fusion engine design
Unlike conventional nuclear reactors that rely on the nuclear breakdown of atoms, nuclear fusion generates energy by fusing parts of atoms together. The nuclear fusion reactor uses high temperatures, as high as 180 million degrees Fahrenheit, to heat plasma to the point that the electrons are extracted from the atoms. Powerful magnetic fields, up to 50 six-ton magnetic coils in the case of the W7-X, are used to contain and control this plasma reaction. These extreme conditions within the reactor break down the normal repulsive forces that usually drive the electrons apart. Rather than repulse each other, the ions instead fuse together to produce energy. This reactor-based fusion is the same process that fuels our sun.
Scientists must now wait until the end of the month for government approval before they can bring in plasma and begin their first real test of the W7-X. Because of the stellarator’s design, experts expect the reactor to confine the plasma and generate energy for at least thirty minutes at a time, which is significantly longer than the six and a half minutes of competing fusion reactors that use a tokamak-based design.
“The world is waiting to see if we get the confinement time and then hold it for a long pulse,” said David Gates, the head of stellarator physics at Princeton’s Plasma Physics Laboratory.
OnePlus X vs. OnePlus 2: Which invite-only phone should you buy?
Moto X Force rumors: The tough phone may launch this December with high-end specs
Moto X Style arrives September 3 with 21MP cam, quad HD screen, faster charging
View Comments (215)
