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Lockheed's Compact Fusion reactor went dark because it's 2000x more efficient at magnetic confinement. They're probably using them on submarines and carriers, not just these hypersonic orbs. "Magnetic bottle" lmao these assholes. Checkmate, Lockheed Martin.

116,594 Aufrufe • vor 1 Jahr •via X (Twitter)

11 Kommentare

Profilbild von OracleofTheMatrix
OracleofTheMatrixvor 1 Jahr

@LockheedMartin Lockheed PR manager right now! 🤣🤣🤣

Profilbild von Ashton Forbes
Ashton Forbesvor 1 Jahr

@LockheedMartin I can feel the webpages being deleted in real time. I developed this superpower from the SNC episode. 😂

Profilbild von ZjalaPEño
ZjalaPEñovor 1 Jahr

@LockheedMartin To say “Ashton is playing with fire” is the understatement of the century… 🔥🔵🫡

Profilbild von Tom Hudson
Tom Hudsonvor 1 Jahr

@LockheedMartin Use the pressure of the ocean itself to contain the plasma. The earlier days it was all naval research. It doesn’t jump to usaf until the mid 50’s.

Profilbild von Ashton Forbes
Ashton Forbesvor 1 Jahr

@LockheedMartin huh, that makes sense

Profilbild von Nacho Business
Nacho Businessvor 1 Jahr

@LockheedMartin @LockheedMartin fuck you. You're enemies of the citizens of the United States of America. You deserve to be shattered to pieces and scattered to the winds along with the rest of the military industrial complex.

Profilbild von Blocked
Blockedvor 1 Jahr

@LockheedMartin Keeep on going Ashton

Profilbild von Anthony McKinney
Anthony McKinneyvor 1 Jahr

@LockheedMartin 💯👽☯️🤖🧡💸

Profilbild von Brent Shavnore
Brent Shavnorevor 1 Jahr

@LockheedMartin Once they figured out what it was capable of, it went dark.

Profilbild von DankeHoff 🌌🇵🇷
DankeHoff 🌌🇵🇷vor 1 Jahr

So did this plane like just go into another dimension or what?

Profilbild von Ashton Forbes
Ashton Forbesvor 1 Jahr

Teleportation. I don't think they really cared about what happened though.

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Niko McCarty.

20,541 Aufrufe • vor 6 Tagen

Nonfiction Labs is building proteins that can be switched on- or off with magnetic fields. They plan to use these proteins to make cancer therapeutics, for example, that are only active near a tumor but inactive everywhere else in the body, thus reducing toxicity. The idea to do this came, interestingly, from extreme skepticism about magnetobiology as a whole and, in particular, some old-school papers that tried to explain how birds navigate by following magnetic fields. Andrew York, a company co-founder, was working at Calico when he was asked to give a talk about an area outside of his own expertise. He was handed a Scientific American piece about how birds navigate using Earth's magnetic field. He tracked down the source article, went through its citations, and became utterly convinced that the effect was not real. The classical explanation is that birds have cryptochromes, or blue-light-sensing proteins, inside of the photoreceptors in their eyes. It’s thought that these proteins act like a magnetic compass that tells the bird which direction to fly. But any time anybody studied these cryptochomes in the presence of magnetic fields, they only saw effects of less than 1% (in terms of fluorescence change) and only under very weird conditions, like at ultra-cold temperatures. The only result that seemed convincing to Andrew came from Adam Cohen’s lab, at Harvard, in which they took a synthetic molecule (called a phenanthrene–dimethylaniline) and showed that, in a weird buffer, its fluorescence would rise about 80% when exposed to a small, 0.1 T magnetic field. This obviously was not at all indicative of real biology, but at least it demonstrated that magnetically-sensitive molecules COULD exist. From there, Andrew began working with Maria Ingaramo to find proteins that might do the same, in more physiological conditions. They found that GFP (nothing special; literally the same protein everyone uses) is slightly magneto-responsive. Over several months, they engineered the GFP protein to behave more and more strongly in the presence of magnetic fields. And thus, intense skepticism —> more careful experiments —> a company that seems to be doing useful research. TL;DR: Professional haters can do great things in the world! There is always a place for skepticism. Relevant papers: Xiang, Lampson, Hayward, York, Ingaramo & Cohen, "Mechanism of Giant Magnetic Field Effect in a Red Fluorescent Protein," JACS (2025) Lee, Yang & Cohen, "Mapping nanomagnetic fields using a radical pair reaction," Nano Letters 11, 5367–5372 (2011) Ritz, Adem & Schulten, "A model for photoreceptor-based magnetoreception in birds," Biophysical Journal (2000)

Niko McCarty.

16,795 Aufrufe • vor 2 Monaten

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Niko McCarty.

22,418 Aufrufe • vor 3 Monaten