Come play mad scientist with me — Understanding📖 & playing🤸🏻♂️ with plasma🔮 Noble Gases💨 lasers🔆 magnets🧲 Tesla coils🌀⚡️and thermal camera magic🪄🎬
Remember all those who utilise X spaces.
It’s a public platform so when there are issues between friends try and handle it in the background either in the DMs or a phone call.
When people avoid doing that but want to keep discussing things in public.
Are they trying to work things out, or using the audience to create more drama and confusion ?
Yes drama brings more numbers but it also shows you have limited talent for creating good informative content.
Don’t get sucked into the drama.
John McAfee after his house got raided in Belize:
"Within a week, the entire government computer system was under my control."
"I was looking for information that they had set me up for that raid."
"I didn't find that. I did find out that the Minister of National Defence was the largest drug trafficker in all of Central America, and the Minister of Immigration [was] the largest human trafficker."
Diametric Cyclotron Transit Through a Polywell
Here’s a weird idea that might be worth a closer look. Take a running Poly well, polyhedral magnets forming a magnetic cusp trap with a null at the center, electrons injected to create a deep electrostatic potential well, and park a cyclotron outside it. Align the cyclotron so its extracted ion beam fires straight through one face cusp, across the magnetic null and potential well, and out the opposite cusp.That’s it. No internal acceleration stages, no complicated injectors inside the vacuum vessel. Just an external, mature accelerator feeding a high-energy, collimated beam through the heart of the device.
What happens to that beam is the interesting part. Near the entry cusp the ions feel strong magnetic gradients. Magnetic moment is roughly conserved until they hit the null, where B ≈ 0 and the adiabatic invariants break. They then cross the central electrostatic well, which acts as a thick, energy-dependent lens: attractive for positive ions, repulsive for electrons, with radial focusing or defocusing set by well depth and beam energy. On the way out they encounter the opposite cusp optics again.
Add a dense plasma core (high-β Polywell operation) and the transit becomes even richer: partial neutralization, charge-state stripping, possible beam–plasma instabilities, wake fields, or even beam-target fusion reactions if the Polywell is fueled. The beam that emerges on the far side can carry a modified energy spectrum, altered emittance, mixed charge states, temporal structure, or an admixture of fusion products and secondary radiation. In short, the Polywell becomes a hybrid magnetic-electrostatic beam modifier that no conventional beamline can easily replicate.
Existing Polywell work already injects electron (and sometimes ion) beams through the cusps to form and sustain the well. Compact neutron-source designs have proposed ion-beam injection into a Polywell plasma target, but a dedicated external cyclotron firing a high-energy beam diametrically through a live device as a deliberate beam-transport or exotic-source stage does not appear in the literature. That gap is useful.
Possible applications are straightforward to list: compact neutron generators with an extra energy knob, specialized ion beams for materials testing, diagnostic probes that sample the core plasma on the way through, or even a hybrid driver stage for advanced fuels. The engineering hurdles are real, magnetic shielding of the cyclotron, vacuum interfaces, heat loads on the coils, diagnostics, but none look fundamentally prohibitive.
Single-particle tracking through realistic cusp + well fields, followed by simple beam-plasma estimates, would quickly show whether the “strange” effects are large enough to be interesting. If they are, a small-scale experiment becomes the obvious next step.
The configuration is simple enough to describe in a paragraph and rich enough to keep theorists and experimentalists occupied for a while. Sometimes the best ideas are the ones that just look a little weird at first glance.
Andrew and Tristan Tate arrested in Miami July 18th, 2026 are still being held.
Andrew recorded this podcast with Jack Neel who was instructed not to uploaded it unless they arrested him.
They have been held in isolation for 9 days.
Their bond hearing is still 2 weeks away.
"I love the idea of having drone delivered fentanyl laced urine sprayed on analysts that tried to screw us." –Alex Karp, co-founder and CEO of Peter Thiel's Palantir.
Conversation with Andrew Ross Sorkin
February 18th, 2024
Commercial aired Dec. 14th, 2024 of Palatir's AI Swarm
Dr. Phil and RFK Jr. welcome the aliens with gifts to prepare them for humanity. They even brought Ozempic for the overweight NHI.
National Disclosure Preparedness Task Force within the US department of Health and Human Services (HHS)
Est. 2026 (maybe)
Dr. Phil and RFK Jr. welcome the aliens with gifts to prepare them for humanity. They even brought Ozempic for the overweight NHI.
National Disclosure Preparedness Task Force within the US department of Health and Human Services (HHS)
Est. 2026 (maybe)
Join this X Space to hear stories from others, and consider sharing your story in the comments, or even on stage by hitting the request button to maybe share yours too!
"I love the idea of having drone delivered fentanyl laced urine sprayed on analysts that tried to screw us." –Alex Karp, co-founder and CEO of Peter Thiel's Palantir.
Conversation with Andrew Ross Sorkin
February 18th, 2024
Commercial aired Dec. 14th, 2024 of Palatir's AI Swarm
"I love the idea of having drone delivered fentanyl laced urine on analysts that tried to screw us." –Alex Karp, co-founder and CEO of Peter Thiel's Palantir.
Conversation with Andrew Ross Sorkin
February 18th, 2024.
Commercial aired Dec. 14th, 2024 of Palatir's AI Drone Swarm.