FDavidAMFN

[FDavidAMFN @FDavidAMFN95]

@rburnout @landry1gtech I am sure you would never have bought shares in SpaceX or Tesla.

[FDavidAMFN @FDavidAMFN95]

A bit of artificial intelligence—for obvious reasons related to the protection of industrial property, and also to let you (and me) dream a little—but, in the end, very little exaggeration.

[FDavidAMFN @FDavidAMFN95]

@cirnosad Clairement une detonation nucléaire de criticité, lorsque qu'une explosion d'hydrogène a compacté les assemblages de combustibles neufs entreposés hors spécification sur la dalle de chargement, derrière une protection improvisée en bloc de béton.

[FDavidAMFN @FDavidAMFN95]

@AshtonForbes Our scientific director, Dr. John E. Brandenburg, presented on the 5th dimension in August at the DFP meeting at Fermilab.

[Ashton Forbes @AshtonForbes]

Extra Dimension Confirmed

I'm not a mathematician but four sigma in statistics means ~99.99% chance of being correct.

Still earns a 10/10 on Sabine's BS meter.

This is why people come to me for physics instead of the old guard clinging to experimentally incorrect theories.

[Erika  @ExploreCosmos_]

Astronomers using early data from the Vera C. @VRubinObs Observatory have identified 2026 ED138, a large object beyond Neptune that could qualify as a dwarf planet. It currently lies about 46 astronomical units from the Sun, roughly 6.9 billion kilometres. The discovery was announced on 27 October, although further observations are needed to establish its size and physical properties.

Matthew Holman identified the object on 13 October using software developed with Kevin Napier to connect separate detections of moving objects. Mario Jurić then recovered additional observations in Rubin’s data, while searches of other surveys uncovered images dating back to 2016. That archival material gives astronomers more than a decade of observations with which to calculate its orbit. An object can appear in telescope images for years before anyone recognises that those detections belong to the same body.

The estimated diameter is between approximately 600 and 1,500 kilometres. This considerable uncertainty comes from its unknown surface reflectivity, or albedo. At a given distance, a smaller object with a reflective surface can appear as bright as a larger object with a darker surface. The often-mentioned diameter of around 1,000 kilometres therefore depends on an assumed albedo. Follow-up measurements could narrow that range, including observations of a stellar occultation, when the object passes in front of a distant star.

An icy body of this size could have enough gravity to become approximately rounded, one of the requirements for dwarf planet status. Under the International Astronomical Union’s definition, a dwarf planet orbits the Sun, has sufficient self-gravity to achieve a nearly round shape, has not cleared its orbital neighbourhood and is not a satellite. ED138 remains a candidate while its properties are investigated.

ED138 was found against a crowded background of Milky Way stars, which probably helped it escape earlier searches. Rubin’s repeated observations and tracking algorithms allowed researchers to identify its movement through that field. Studying such objects helps reconstruct the early Solar System: their orbits and surface compositions preserve evidence of how the giant planets migrated and redistributed smaller bodies beyond Neptune.

🎃 https://t.co/pfzPREpzZT

[FDavidAMFN @FDavidAMFN95]

American Fusion Targets AI’s Power Crunch With Texas Data Center Proposals https://t.co/hw2nItcegw via @YouTube

[FDavidAMFN @FDavidAMFN95]

The technological and commercial ecosystem of the fusion energy is developing. It will make it possible to provide energy, in a timely manner, to data centers and the bases of the "Fortress" program.
https://t.co/6NQqZwJWXl #PopularScience #ScienceNews #PopularMechanics

[FDavidAMFN @FDavidAMFN95]

. Whether "hot" fusion or "cold" fusion, the technological and commercial ecosystem is developing. It will make it possible to provide energy, in a timely manner, to data centers and the bases of the "Fortress" program.

[FDavidAMFN @FDavidAMFN95]

Our friendly competitors at the company HYLENR are continuing their tests in Texas.
HYLENR Accelerates Its Push Toward Commercializationhttps://newfireenergy.substack.com/p/hylenr-accelerates-its-push-toward?r=91xxeq&utm_campaign=post-expanded-share&utm_medium=web

[FDavidAMFN @FDavidAMFN95]

American Fusion Prepares Proposals for at Least Four Additional Texas Data Center Projects https://t.co/javCKoJ8wb

[FDavidAMFN @FDavidAMFN95]

American Fusion Prepares Proposals for at Least Four Additional Texas Data Center Projects | energynews.pronce #Physics #Tokamak #NetZero #Energy #PopularScience #SciComm #ScienceNews #PopularMechanics #SciComm $AMFN

[Office of Nuclear Energy | US Department of Energy @GovNuclear]

Everything you need to know about advanced reactors in one ☝️ place.

[New to The Street @NewToTheStreet]

⚡ American Fusion™ Inc. Advances the Future of Clean Energy

@FusionAMFN (OTCQB: AMFN) is developing advanced energy solutions to support global electrification, with a focus on delivering scalable, reliable, and emissions-free power. @vincemedia1

Watch the @NewToTheStreet interview here👇🏻
https://t.co/1VNoiYxExr

Learn more at https://t.co/1WQ0TUfmjb

#americanfusion #amfn #otcqb #fusionenergy #cleanenergy #zeroemissions #energytechnology #advancedenergy #electrification #innovation #sustainability #investing #newtothestreet

[FDavidAMFN @FDavidAMFN95]

@landry1gtech On the contrary! We protect the interests of the shareholders. It is not in their interest to disclose confidential information.

[FDavidAMFN @FDavidAMFN95]

American Fusion Inc. (OTCQB: AMFN) Outlines Texatron™ Plasma Compression and Confinement Approach in New Technical Analysis | AMFN - American Fusion Inc. | News | OTC Markets

[Office of Nuclear Energy | US Department of Energy @GovNuclear]

NUCLEAR 101: Microreactors can be used to power military bases, disaster recovery efforts, or remote locations where traditional infrastructure doesn’t exist.

Learn more: https://t.co/V0tuH3cebc

[Jacob Zaba @JacobZaba]

$AMFN, 👍💪💪💥💥💥💥

[AGORACOM - George @AGORACOM]

American Fusion Targets Four More Texas Data Center Projects As Texatron™ Fusion Engine™ Testing Continues

Issued on behalf of @FusionAMFN $AMFN

American Fusion is preparing proposals for at least four additional Texas data center projects, with presentations to developers expected within weeks.

The business model: retain ownership of its Texatron fusion machines and sell electricity through long-term agreements rather than sell the equipment.

Texas is the initial focus, driven by rising data center power demand and existing energy infrastructure.

The Texatron remains under development, with further testing required to establish its performance, energy output and commercial viability.

The commercial groundwork is advancing while the technology is still being proven.

[FDavidAMFN @FDavidAMFN95]

@alain_co Il n'est sans doute pas fou, mais il devait avoir une sacrée cuite pour n'arriver qu'à tuer qu'un seul type en vidant quatre chargeurs de STEN.

[FDavidAMFN @FDavidAMFN95]

American Fusion Targets Four More Texas Data Center Projects As Texatron™ Fusion Engine™ Testing Continues Issued on behalf of
@FusionAMFN
$AMFN American Fusion is preparing proposals for at least four additional Texas data center projects.