Rowan Ellery

A sweeping new study of every Nobel Prize and major non-Nobel breakthrough in history reveals the same mechanism hiding beneath all of them — and it has almost nothing to do with genius.

The Legacy Survey of Space and Time officially began in June 2026 — and the sheer scale of what it's designed to catch raises questions that go well beyond counting stars.

DESI's second data release measured the universe's expansion with unprecedented precision — and the answer doesn't quite match what the oldest light in existence tells us.

During a triple-CME solar storm in November, ESA's Swarm satellite detected a high-energy proton surge not with its magnetic sensors — but with the cameras it uses to find its own location in space.

A new Gaia-powered census reveals that many star clusters near the Sun aren't isolated islands — they're nodes in vast, coherent stellar chains that shouldn't exist as long as they do.

A gamma-ray burst detected in March led Webb back to a dying star from the universe's infancy — and to the faint smudge of a galaxy that almost wasn't there.

From a protostar's first outflows to a planet that outlived its dying sun, Webb's recent observations span nearly the entire life cycle of stars — and the earliest supernova ever detected.

A prolific fast radio burst source has released so much energy that it's straining the physics of the object thought to power it.

A new study tested the two leading explanations for the Hum and eliminated neither — which turns out to be the most honest and unsettling result of all.

JWST's deep-field images are filling up with tiny, furiously red objects that fit no existing category — and the strangest one may be something the universe was never supposed to make.

The third confirmed interstellar object has a carbon-dioxide-to-water ratio unlike any comet in our solar system — and the leading explanation is that it's been drifting alone for longer than Earth has existed.

Asteroid 2025 SC79 wasn't hiding cleverly — it was hiding in the one patch of sky we structurally cannot watch, and it took a two-image twilight window to prove it was there at all.

Researchers combing declassified nuclear test records against Palomar Observatory's 1950s photographic sky survey found a statistical correlation that mundane explanations haven't fully absorbed yet.

For the first time, astronomers pinpointed a record-breaking fast radio burst to a region smaller than most star clusters — and what they found there quietly threatens the theory meant to explain all of them.

Breakthrough Listen and the SETI Institute both pointed instruments at 3I/ATLAS — and the null result tells us something specific, limited, and genuinely worth understanding.

The newly declassified DoD UAP documents don't prove anything extraterrestrial — but the geography and repetition of the sightings reveal a clustering pattern that official explanations still can't fully account for.

A hyper-active fast radio burst has already burned through most of what a magnetar can store — and the source was still going when astronomers stopped watching.

A sensor distortion accidentally catalogued during the November 2025 solar storm turns out to be exactly the kind of artifact that makes infrared UAP footage look most dramatic — and most unreliable.

A new ALMA study found that 3I/ATLAS carries water with a deuterium ratio far outside anything measured in our solar system — and what that number actually means is stranger than the spacecraft headlines ever were.

The May 2025 PURSUE disclosure is historic — but the cases that stayed unexplained share a quiet technical flaw that changes what 'unresolved' actually means.

The May 2025 file release is historic, but the official language used to explain every unresolved case quietly reveals something more useful than any alien hypothesis.

The Galileo Project's first major sky survey didn't produce a smoking gun — it produced a data problem so precise it finally tells us what kind of evidence we actually need.

The National Archives' 2025 UAP release is the most transparent disclosure in decades — and it exposes a problem that has nothing to do with aliens.

A fast radio burst caught inside a binary star system just overturned the leading explanation for what produces them — and the real problem is that the burst only fired once.