[Type One Energy](https://typeoneenergy.com/), a Knoxville-based company with a mission to build the world’s first commercial nuclear fusion power plant, has published a collection of papers it says leave “no scientific barriers” in its path to bringing the power of the sun to Earth.
The articles describe the science behind Type One Energy’s fusion power plant design, part of a class of technologies called [stellarators](http://stellarator/), which use powerful magnetic fields to contain plasma heated to around 100 million degrees Celsius, or around 180 million degrees Fahrenheit.
I think it’s been seen as mainly an “engineering problem” by physicists for a decade
cdurgin on
Yeah yeah, the smarty pants figured this out in the 60’s.
But listen, speaking for all engineers here, “have something very very hot next to something very very cold” is an easy sentence to write and a hard thing to do.
michael-65536 on
It’s true there are no barriers which are definitely insurmountable from the viewpoint of known physics.
That’s different to the implication of his claim though.
YsoL8 on
“Company declines to make claim that would immediately bankrupt it”
tarpex on
*Hi, I’m Johnny Knoxville and this is the “Fusion reactor”*
6 Comments
From the article
[Type One Energy](https://typeoneenergy.com/), a Knoxville-based company with a mission to build the world’s first commercial nuclear fusion power plant, has published a collection of papers it says leave “no scientific barriers” in its path to bringing the power of the sun to Earth.
The six peer-reviewed scholarly papers and an editorial were published in a [special issue](https://www.cambridge.org/core/journals/journal-of-plasma-physics/collections/physics-basis-of-the-infinity-two-fusion-power-plant) of the [Journal of Plasma Physics](https://www.cambridge.org/core/journals/journal-of-plasma-physics), the company announced March 27.
The articles describe the science behind Type One Energy’s fusion power plant design, part of a class of technologies called [stellarators](http://stellarator/), which use powerful magnetic fields to contain plasma heated to around 100 million degrees Celsius, or around 180 million degrees Fahrenheit.
[One of their papers could be seen here ](https://www.cambridge.org/core/journals/journal-of-plasma-physics/collections/physics-basis-of-the-infinity-two-fusion-power-plant)
I think it’s been seen as mainly an “engineering problem” by physicists for a decade
Yeah yeah, the smarty pants figured this out in the 60’s.
But listen, speaking for all engineers here, “have something very very hot next to something very very cold” is an easy sentence to write and a hard thing to do.
It’s true there are no barriers which are definitely insurmountable from the viewpoint of known physics.
That’s different to the implication of his claim though.
“Company declines to make claim that would immediately bankrupt it”
*Hi, I’m Johnny Knoxville and this is the “Fusion reactor”*
What could possibly go wrong