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Solana hits an all-time high of over 8 million daily active users — more than all other chains combined, and 20x more than Robinhood Chain, nearly 17x $ETH and 54 $SUI. #BlackHoleSOL# solana:So11111111111111111111111111111111111111112

one memecoin remains strong and unfazed. it's up double-digit percentages and actually looks primed to explode to new highs as $ANSEM basically liquidity-blackholes everything else yeh that coin is $USELESS! it has consistently shown insane strength recently regardless of what $BTC, $SOL or the market as a whole has done and the crazy strength it's showing now as $ANSEM steals the spotlight is pretty telling at the end of the day: all memecoins past, present and future are USELESS and the market realizes this pretty much every objective metric points to USELESS being the next multi-billion-dollar runner: • highest OI-to-market cap ratio of any memecoin on all the exchanges it is listed on • highest volume-to-market cap ratio of any memecoin on all the exchanges it is listed on • the most bullish chart of any established memecoin across all timeframes: it's literally a ticking time bomb waiting to go parabolic i think ANSEM is going to end up being a bullish tailwind for memecoins as a whole because it helps increase collective belief, raises targets and makes it clear that memecoins are not dead but USELESS is undoubtedly going to be the biggest beneficiary of this IMO!

A stellar-mass black hole twelve thousand light-years away in the constellation Scutum is driving a persistent jet of plasma at three-quarters the speed of light, and the jet lies close enough to our line of sight that the system qualifies as a microblazar candidate. IRAS 18293−0941 is a high-mass X-ray binary. A hot, massive star and a compact object of roughly ten solar masses orbit each other every 11.38 days. Material stripped from the star forms an accretion disk; part of it falls inward and part is ejected along the poles as a pair of relativistic jets. Because the approaching jet is Doppler-boosted, it appears far brighter than its receding counterpart. The geometry is the same one that defines the giant blazars powered by supermassive black holes, only scaled to a stellar remnant that has existed for only tens of thousands of years. The object itself was catalogued by IRAS in 1983 and then largely ignored. Heavy extinction in the Galactic plane keeps it invisible at optical wavelengths. Radio maps from the European VLBI Network and MeerKAT reveal the one-sided jet and, tens of light-years downstream, a cavity roughly a hundred light-years long where the unseen counter-jet has plowed into the interstellar medium. At the far edge of that cavity the flow collides with a dense molecular cloud and lights a compact hotspot. The power and orientation make the system a plausible accelerator of the ultra-high-energy particles detected nearby by LHAASO. No flux from this jet reaches Earth at a level that matters. Twelve thousand light-years is still twelve thousand light-years; the inverse-square law is not optional. The scientific interest lies elsewhere. A microblazar inside the Milky Way places the acceleration region, the jet–cloud interaction, and the resulting particle spectrum within reach of instruments that cannot resolve the same structures in distant quasars. The paper by Martí and collaborators, accepted by Astronomy & Astrophysics, supplies the multi-wavelength case that earlier candidates lacked. The Metro framing of “radioactive goo” headed for Earth is the opposite of the measurement. What the observations show is a short-lived, dust-buried engine doing, on a stellar scale, the same work the largest black holes perform across cosmic distances, and doing it close enough that we can watch the particles gain their energy.

Why does a black hole cast a shadow we can see, yet hide its event horizon? rₛ = 2GM/c² is the point of no return. The bright ring is lensed accretion flow; approaching side brighter by beaming. Dark center is the shadow. T_H = ℏc³/(8πGM k_B) means black holes radiate. S_BH = k_B c³ A/(4Gℏ) ties entropy to area. These predicted the EHT photon ring of M87*. Spacetime geometry makes the invisible measurable. Which equation changed your view of gravity?