Tell me something I don’t know.

Sigh. Bigger ecosystem for the rest of us I guess.

Guess I’m not buying anymore sparkfun stuff.

Shame.

Holy…

Lol I wonder why it’s always an outback? Like I’ve heard the jokes, but where’d that come from?

More like grouchy Marx, amrite?? Eh? Eh?

I didn’t murder someone on video from multiple angles.

Your rationale behind your supposed “question” is currently as durable as moistened toilet paper.

Even if they got no real help upon arrival (as my great grandparents apparently didn’t), why make their lives difficult? Easier to exploit? Easier to control?

Oh.

Removed by mod

What an insightful G.

I’d talk to you if you were on the map 👍

Be the change 😎

What’s done is done, in all seriousness 🤷

Wait but how do you know what my guess is??

Keep on keepin’ on, bud 😂

Nah, fuck that defeatist bullshit.

What the fuck hahahah

You got it, silly.

In sum, these guys at EAST got the Greenwald limit elevated in their tokamak, which indirectly influences the Lawson criterion: nTTau, density * time at said density * plasma energy released. Lawson is the master finish line for measuring whether a fusion system can actually make more power than it consumes.

To date, when you cross the Greenwald limit, the man/woman in the operators seat should expect the plasma inside the device to become uncontrollable, hurting the reactor by touching the walls or instruments inside, a so-called “disruption”. Only a few topologies like the stellerator can exceed the limit, and so far, only by 5x.

But here we have a way to exceed the limit in the much more researched tokamak. This research has positive impact for all but the weirdest/niche fusion devices.

There are topologies which don’t require steam heating for electricity generation…

Unlike this captain positivity’s social life, fusion is making some sizable strides forward in short order.

I design diagnostics going into systems like these, there’s a lot of positive news coming our way.

Helion’s gonna have some problems though.