@CryptoAlchemist369 on Phantom & Youtube

Antennas were well explained by the Russian. Change the subtitles to your language. Collinear WiFi Antennas in the Past Video from 2019😉 There are many different antennas. Let's look at another type, based on the physical properties of electromagnetic waves. 👇👍👍👍 youtube.com/watch?v=Pw2I5i… Video 2019👍👍👍⚡️⚡️⚡️⚡️ There are many antennas, very different from one another. Let's admire them and others, categorized by type, which is best suited to Southeast Asia based on the region's electromagnetic wave physical properties. Voice-over - from the antenna course, "Scientific Critique" channel..... Music in video - numbers (I recommend it)

🌌 A new material just achieved superconductivity at room temperature and normal pressure in lab tests. The hydrogen rich compound stayed superconducting at 21°C a breakthrough after decades of requiring extreme cold or pressure. If scalable, it could revolutionize power grids, MRI machines, and quantum computers....:! 📌 Source: University of Rochester + Ranga Dias team, Nature May 2026

@RedPandaKoala please follow me back so i can DM you here, like you requested

NEW - The White House announces Aliens.gov is live, it is related to illegal immigration and shows the following message upon clicking “For 60 years, the U.S. government has kept a closely guarded secret. Aliens have been walking among us, living in our neighborhoods, and interacting with us in our daily lives. They've shopped in the same stores, attended the same classes as our children, and lived seemingly normal human existences. With one exception — they do not belong here. Millions arrived under the cover of darkness and embedded themselves directly into our society. Countless presidents, congressmen, and senior officials knew exactly what was happening. Instead of protecting American citizens, they chose to cover it up and even accelerate the invasion. Until one man finally had the courage to tell the truth. Bold. Unapologetic. Unafraid. President Trump was the first to call out the real danger Aliens pose to every American family, every community, and the future of our nation. The truth is no longer out there. It is right here. Right now.”

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In Men In Black space aliens disguised themselves as illegals at the US Mexico border Do you understand Aliens.gov now?

@FalconSpaceLabs Sneak peak to the message Aidan Shaffer (“friend” / peer of Mark’s) sent to me about him and the attempted manslaughter in the months before his death. x.com/fratersolis/st…

This man is a political prisoner of the BC government—arrested for conservative views. I demand all involved on his arrest be arrested for unlawful confinement, assault, criminal harassment and crimes against humanity. #bcpoli

2026 WTC Dust Sample Study LENR researcher @quantumheat reveals microspheres, plasmoids & material anomalies that challenge everything we thought we knew. Link: rumble.com/v7ad01c-911-wt…

Mercury: Metal of the Gods or a Forgotten Technology? Mercury is the only metal that is liquid at room temperature. Today it is declared toxic, banned in Medicine, removed from thermometers, and prohibited from transportation without special permits. But… Previously, Mercury was everywhere: - In Medicine: sublimate, calomel, amalgams, ointments. - In Construction: amalgam was used in mirrors and domes (including St. Isaac's Cathedral in St. Petersburg). - In Mechanics: as a base for rotating platforms and compensators replacing bearings. - In Optics: Mercury mirrors provided ultra-precise reflection for star observation and laser calculations. Now the question: where did they get it in such volumes? - Natural sources are extremely rare. The main mineral is Cinnabar (HgS), mined deep and dangerously. - Mercury was used in colossal amounts for Gold amalgamation. Up to 100 tons were used just for the St. Isaac's dome. - Production and delivery of such masses in the 18th-19th centuries without heavy Chemical Industry is highly doubtful. Today it is banned. Not because it is "dangerous," but because it conducts heat, energy, and possibly information differently than other substances. Understanding this could take us beyond 19th-century physics.

🚨💥CANADÁ 🇨🇦 El primer 'gran político' mundial QUE SE DISCULPA con los no vacunados: "Tenían razón, nosotros estabamos equivocados" "Llama a las personas no vacunadas el "grupo más discriminado" que jamás haya visto" 👇🤨 Una ADMISIÓN SORPRENDENTE. A medida que los excesos de muertes van en aumento por las vacunas C0VID ; DEBEMOS EXIGIR RESPONSABILIDADES Y LOS CULPABLES QUE PAGUEN ⚔️🔥

Indian scientists just made history. Researchers from IIT Madras and IISc Bengaluru just pulled off something impossible. They've created the world's "first carbon-free ferrocene". This means we can finally build the next generation of incredibly durable tech. Let me explain. See, ferrocene is this wild organometallic molecule - where an iron atom is perfectly sandwiched between two carbon rings. But it’s insanely stable. Which is why it is already used in rocket fuels, car gasoline additives, long-life batteries, and even cancer medicines. And for the last 75 years, everyone thought it was impossible to build the same stable structure without using carbon. But this team of Indian scientists proved everyone wrong. They created the same perfect sandwich structure - by swapping iron for osmium and carbon rings for boron rings. And what they got was the world's first carbon-free ferrocene - which is so much stronger than the carbon bonds. By doing so - they've opened up a whole new era of chemistry. And we have no idea how many amazing things we might discover. But to think all of this started in India is truly amazing. Kudos to everyone on this team: Sundargopal Ghosh, Stutee Mohapatra, Suvam Saha, Urvashi Gupta, Deepak Patel - from IIT Madras, Gaurav Joshi and Eluvathingal D. Jemmis - from IISc Bengaluru.

A handwritten page from Albert Einstein's 1924 manuscript on the "Quantum theory of the monatomic ideal gas" The document was accidentally discovered in 2005 by master's student Rowdy Boeyink in the archives of Leiden University's Lorentz Institute for Theoretical Physics, among papers linked to Paul Ehrenfest, where Einstein had left it after a 1925 visit.

At the Buenas Ideas workshop @univkyoto today Toru Kojo (@kek_jp) presented recent progress on modelling nuclear matter inside neutron stardust using the concept of quarkyonic matter. Important duality between hadronic and partonic language.

Guided diffusion for the discovery of new superconductors Finding a new superconductor means searching an enormous space. Billions of crystal structures are possible, only a tiny fraction carry current without resistance, and testing them one by one through simulation or synthesis is slow and costly. The harder version is the inverse problem: rather than checking whether a known material superconducts, you want to design a structure that hits a target critical temperature. Pawan Prakash and coauthors tackle this with guided diffusion. They take DiffCSP, a diffusion model that generates crystal structures, and pretrain it on more than two million crystals from the Alexandria database so it learns what a plausible material looks like. Only then do they fine-tune on 7,183 known superconductors with first-principles Tc labels. Separating structure learning from property conditioning is the key move: the superconductivity dataset is far too small to train on alone, but a strong structural prior lets the model explore sparse chemistries without falling apart. Classifier-free guidance then steers generation toward a chosen Tc. The steering works. Asking for 10 K shifts the output distribution cleanly toward it. From 200,000 generated structures, a cascade of machine-learning potentials and DFT narrows to 773 candidates with computed Tc above 5 K, a 2.3% hit rate that beats an element-substitution baseline by around 135x. Pushed to an out-of-distribution 110 K, the model refuses to invent exotic phases and falls back to plausible low-Tc ones, the structural prior acting as a brake. Then they went to the lab. Of 18 synthesized candidates, 9 superconducted above 4.2 K, but X-ray diffraction told a sobering story: the predicted ordered compounds mostly did not form, with the elements settling into disordered BCC solid solutions instead. Many had looked stable only because the convex hull in these underexplored chemistries is incomplete, with no competing structures in the database to rule them out. For materials and energy research teams, the lesson cuts both ways. Generative models can compress a brute-force search into a shortlist and put compute where it pays off, real leverage for any discovery pipeline. But computed stability is not synthesizability, and workflows that skip disorder-aware screening and experimental feedback will keep proposing compounds the furnace quietly turns into something else. Paper: Prakash et al., npj Computational Materials (2026) — CC BY 4.0 | doi.org/10.1038/s41524…

Yes, that is very close to how we are framing it. In our language, the ν600 is not just a graph sitting in ordinary 3D space; it is a closure geometry on a hyperspherical / 3-sphere boundary. So “maps onto a 3-sphere” is basically the conventional topology language for the same bridge we are formalising: ν600 as a finite closure structure whose boundary-readable projections give the lower-dimensional physics. HoTT may be useful here too, especially for path/equality/self-reference language. I’d see it as complementary formal language rather than replacing the geometric closure construction. x.com/VFD_org/status…

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There is a group of maybe 10 people on earth who know the sun like I do. - structure - spall/spray/plasmoids In 15 years I have reviewed over 1300 "anomalies" on satellite and been able to explain every one of them. First time for everything.

What does "going critical" mean? If you shoot a neutron into some uranium ore, some atoms will split by fission, but you haven't made a nuclear reactor. Too many secondary neutrons leak out or get absorbed without splitting neighboring atoms. You have to put fuel atoms close together (spatially and often with enrichment), remove impurities that gobble neutrons, and often include a special neutron moderator material that substantially improves the neutron economy. Once you do enough of this, you can remove your neutron source and the reactor will keep on splitting atoms in steady state. Huge congrats: it's now critical! You can run a reactor in a near-zero or low-power critical state, with just a few billion fissions occurring per second, or you can pull the control rods for longer, go supercritical for a while, get the reaction rate way up, and then insert the rods again to go back to a higher-power critical steady state. Low-power critical is a huge milestone, especially after decades of institutional morass. High-power critical is harder because you're splitting atoms faster. You must endure proportionally higher radiation fields, substantial thermal gradients, and you generate more radioactive byproducts, so the safety and decommissioning issues increase. Of course, high-power critical for long periods of time is the hardest of all for these reasons. Powering a city of 1 million people requires splitting of about 100 quintillion atoms per second (100 billion billion). I'm absolutely thrilled that multiple new reactors will be going low and high power critical in the coming ~month.

The recent 12 around 1 crop circle 🌾🌀 is a harmonic 🎼 blueprint  This can be seen 👁️ and felt 🫀 from the design, but when it’s merged with geometry mapping the Solfeggio healing frequencies 🧬🎶 and the Prime Cross, it becomes even more clear

The formation is encoding frequency ـــــــــﮩ٨ـ🎵 relationships, not just visually -- also mathematically 🔢 and harmonically 🎼 There are a lot of references to the 3,6,9 electromagnetic ⚡️🧲 (aetheric ⋆˚࿔🌌𖦹༄) circuit that controls the flow of energy 🌀 throughout the Universe The degrees ° of the small circles correspond to Solfeggio healing frequencies 🧬🎶  which all reduce to 3, 6, and 9 -- and when added they all reduce to 9 (9,9,9,9)

Our new strong field metric gives perfect match to all properties of the Planck scale