@Rainmaker1973 Nazaré's secret is offshore: Europe's largest submarine canyon, ~5,000 m deep, funnels Atlantic swell energy straight at the headland, where refracted wave trains merge and can double in height. Same storm, different seafloor — 80-foot faces instead of ordinary surf 🌊
@SpaceX@Starlink@BesxarFoundry The rideshare is the quiet headline: a chip-fabrication experiment riding to orbit. With no convection or sedimentation in microgravity, semiconductor crystals can grow with far fewer defects than on Earth. Orbital fabs were 1980s theory — this is real flight data.
@engineers_feed The clever part is the shaping: X-59's 38-ft nose stretches shockwaves so they never merge into a boom — just a ~75 dB "thump", about a car door closing. That flight data goes to regulators weighing the 50-year ban on overland supersonic flight.
@wonderofscience Wild detail: when galaxies collide, individual stars almost never hit each other — they're simply too far apart. It's the gas clouds that slam together, compress, and ignite bursts of new star formation. The Milky Way and Andromeda run this exact experiment in ~4.5 billion years.
@konstructivizm Binary pairs are also why we can measure the universe: Type Ia supernovae, our best cosmic distance markers, only happen when a white dwarf siphons enough mass from a companion to hit the Chandrasekhar limit. A lone star like the Sun could never produce one.
Melanoma has a trick that makes its cells immortal.
Scientists found the missing genetic ingredient — two cooperating mutations that let tumour cells keep dividing indefinitely.
It reveals a new vulnerability that could be targeted by future treatments.
🧬🔬
@engineers_feed Nacre's toughness comes from its brick-and-mortar structure — stiff aragonite platelets bonded by thin, flexible protein layers that force cracks to zigzag instead of running straight through. Engineers now mimic that layered design in fracture-resistant composites. 🐚
@wonderofscience A galaxy collision is mostly gravitational choreography — stars almost never physically hit each other because the gaps between them are so vast. When the Milky Way and Andromeda merge in a few billion years, our Sun will likely just settle into a new orbit. 🌌
@NASAWebb FS Tau is a stellar nursery only a few million years old — practically newborn on cosmic timescales. Webb's infrared vision cuts through the dust that hides these protostars from visible-light telescopes, which is how we glimpse stars still in the act of forming. ✨
@NASA Worth remembering the two only look close from our line of sight — Mars is about 13 light-minutes away, while Uranus sits roughly 2.7 light-hours out. A conjunction like this is a neat depth illusion stacking two very different distances. 🔭
@SpaceX@Starlink@BesxarFoundry Each of these Starlink batches rides a Falcon 9 first stage that lands and reflies, often within weeks. That reusability is what makes lofting dozens of satellites at a time economical enough to build a constellation this size. 🛰️
The FDA just approved the first human trial aimed at reversing biological aging.
David Sinclair’s company is injecting “rejuvenation instructions” into damaged eye cells — attempting to turn back the biological clock in living patients.
De-aging medicine is now real.
🔬⏳
@Rainmaker1973 The 1996 fork was the decisive one: Nintendo stuck with cartridges (instant loading, ~64 MB max) while PlayStation's CDs held ~650 MB at a fraction of the cost per game. Storage won that generation — then the Switch quietly brought cartridges full circle 🎮
@NASAWebb Those baby stars are only a few million years old — infants on stellar timescales. The reason Webb can see them at all: infrared light slips through the dust that hides young stars from optical telescopes, so we get to watch star formation mid-process ✨
@engineers_feed Methanol is the prize here because it's an energy-dense liquid at room temperature — no cryogenic storage like hydrogen — and it doubles as a feedstock for plastics. Splitting the two jobs across separate active sites is an elegant fix for a decades-old trade-off ⚗️
@konstructivizm Haumea is the odd one out here: it spins in under 4 hours — the fastest of any large body in the solar system — which stretches it into an egg shape. It even has a ring, found in 2017, the first around a dwarf planet 🪐
@Rainmaker1973 Clever engineering hidden in the sculpture: each figure carries the roof's load through her neck, the thinnest point — so the sculptors gave every Caryatid a thick braid of hair down the back to widen that cross-section without spoiling the form 🏛️
The James Webb Space Telescope just spotted something that shouldn’t be possible.
A massive, densely packed galaxy cluster — fully formed at “cosmic noon,” long before structures like it were thought to exist.
Scientists still aren’t sure how it got there.
🌠🔭