With all the new UFO/UAP files released in recent weeks, everyone is asking the wrong question: “Are we alone?”
That’s the real Fermi mistake. We aren’t alone — we’re just logically blind. I’ll dismantle this fallacy in the next 19 parts.
WE ARE NOT ALONE. 🧵
@LineroTifon Además de la guerra mencionada, este caza y su famoso Exocet fueron grandes protagonistas en la "Guerra de los Petroleros" entre Irán e Irak en el Golfo Pérsico, donde decenas de lanzamientos hundieron numerosos buques cisterna.
@SPACEdotcom This record‑breaking gravitational‑wave crash gives scientists a rare gift: a direct probe of spacetime right next to an event horizon. For the first time, we can study how a black hole ‘rings’ at the edge of no‑return — a new window into gravity and quantum structure.
@overclassifiedx To confirm the existence of intelligent cosmic life, we don't need to fight over or rely on this kind of evidence.
A rigorous scientific and logical refutation of the "Fermi Paradox" is the ultimate answer to all these questions.
@konstructivizm Trillions of dollars on antimatter starsips sounds exciting, but we should probably master sustainable planetary travel and hit our previous Mars timelines first.
Science fiction is inspiring, but real progress moves at the speed of verified physics, not grand announcements.
@AstronomyVibes Nothing will change.
Life will go on based on the physical laws that govern us.
The laws governing our space remain present, steadfast, and fully operational.
‘Anti‑gravity machine’ sounds futuristic — but physics says otherwise.
Gravity isn’t a switch you flip.
Until we can engineer spacetime itself, these headlines stay science‑fiction.
@XRPeaceOfMind@YouTube The more advanced a civilization becomes, the colder, smaller, quieter — and harder to detect — its footprint gets.
That’s why I call the Fermi Paradox the Fermi Mistake.
@RocketLab@synspective Electron just keeps stacking flawless missions.
A clean streak like this in 2026 is wild — small‑lift launch reliability is hitting big‑league levels.
@mathemetica Wild that a 5th‑century mathematician got π to 3.1416 with pure arithmetic.
Aryabhata wasn’t approximating a number — he was centuries ahead of computational thinking.
@NightSkyToday If confirmed, this would be the first direct evidence of an intermediate‑mass black hole shredding a white dwarf.
A tidal disruption of a degenerate star is extremely rare — and exactly the kind of event Einstein Probe was built to catch.
@NightSkyToday Nothing in cosmology shows the Universe ‘bending’ physics.
What we do see are tiny anomalies in constants and large‑scale gravity that help refine our models — not break them.
Physics isn’t collapsing; our measurements are getting sharper.
@PrincepsPinat For a moment I thought it was a real photo and that a prototype had actually been built. I was genuinely shocked for a second… then realized it’s just a generated image.
@mathemetica Weierstrass showed that a function can be continuous everywhere yet differentiable nowhere — a shocking idea that later became the foundation of fractals and models of turbulence. A beautiful reminder that even “wild” functions can reshape mathematics.
@PhysInHistory John von Neumann likely had the biggest impact on our modern world. From computer architecture to game theory, climate modeling, early AI foundations, and even thermonuclear design — his influence runs through the core of the 21st century.
@spacevibex This phenomenon is known as the Arsia Mons Elongated Cloud.
It forms every year beside the dormant Arsia Mons volcano.
The cloud is made of water‑ice, not dust or volcanic gas.
@latestincosmos Quantum entanglement doesn’t “send signals instantly.”
The particles share one quantum state — so measuring one collapses the whole system.
No signal. No communication. No violation of relativity.
Here is the deeper question I want to leave you with: If it’s just one underlying wavefunction, what physically happens at the exact moment of evaluation during a measurement? What forces a mathematical description to suddenly punch like a physical particle?
🚨 "Electrons are both a wave and a particle at the same time."
You’ve heard this physics myth a thousand times. But guess what?
That’s completely wrong, and it is NOT what quantum mechanics actually says. Let’s break down the real reality behind the hype. 👇
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Stop picturing electrons as confused, shape-shifting entities. They are quantum systems governed by wavefunctions, behaving exactly as physics dictates.
Want more deep dives that bust common science myths? Drop a follow and stay tuned! 🧠✨
@NASAhistory Few moments capture the tension of spaceflight like a T‑4 second abort. Engines roaring, then silence — a machine choosing safety over momentum. Discovery lived to fly because the system blinked at the right millisecond.