Hossenfelder did not even bother to read their recent paper. Helion did publish results for Trenta.
I see what you did there. We don't know if she read their recent paper, but that is moot because it had no experimental results. What you meant to say is that Sabine did not attend the American physics conference where some Trenta results were mentioned. But you didn't either. If you had, you would have known that Michael Hua presented over Zoom with some fuzzy plots of neutron diagnostics where all the data were normalized, so no real numbers.
While checking to see if there was some other more recent paper, I noticed that Helion has a bunch of new patents in the last year that might be interesting.
Hossenfelder did not even bother to read their recent paper. Helion did publish results for Trenta.
I see what you did there. We don't know if she read their recent paper, but that is moot because it had no experimental results. What you meant to say is that Sabine did not attend the American physics conference where some Trenta results were mentioned. But you didn't either. If you had, you would have known that Michael Hua presented over Zoom with some fuzzy plots of neutron diagnostics where all the data were normalized, so no real numbers. While checking to see if there was some other more recent paper, I noticed that Helion has a bunch of new patents in the last year that might be interesting.
Verified documentation that this is a working process for energy production would have been top news all over the world for weeks. That doesn´t mean they don´t have a working process.
While checking to see if there was some other more recent paper, I noticed that Helion has a bunch of new patents in the last year that might be interesting.
Thanks baking! There is quite a few Helion patent papers from last year to have a look on.
Helion Energy has announced the following very interesting piece of news:
We now have more than 2 grams (20,000 Ci) of tritium onsite in Ursa, enabling D-T operations in Polaris.
Polaris will operate with three fuel mixtures – D-D, D-T, and D-He-3 – each with distinct testing benefits. As Polaris progresses through testing, tritium will play a vital role in understanding the machine’s performance and reliability.
To receive this amount of tritium is no small feat. Our Radiation Safety and Fuel Cycle teams worked extensively to ensure safe and efficient handling on the way to secure storage in Polaris’ fuel processing lab.