Science

BuzzRAG Science Desk — 2026-09-02

Today's digest covers major developments in space exploration, climate change prospects, and astrochemistry.

El Niño 2026 Could Be Among the Strongest on Record

NOAA gives a greater than 90% chance of a very strong El Niño by late 2026. Here is what the forecasts actually say, and what they do not.

Abandoned Gold Mines Are Becoming Pumped Hydro Plants

Australia's Kidston project is converting a disused gold mine into a 250 MW pumped hydro facility. Here's what the engineering actually involves.

Petermann Glacier Calves Ice Island the Size of Manhattan

A Manhattan-sized ice island calved from Petermann Glacier and traveled Nares Strait before striking Joe Island. Here's what the data shows.

The Sixth All-Female Spacewalk: Progress or Pattern?

Jessica Meir and Sophie Adenot completed the sixth all-female spacewalk on Sept. 1. Nadia Marchetti asks what six really tells us about space exploration.

How Paul Dirac Accidentally Predicted Antimatter

Paul Dirac set out to fix a broken equation and ended up predicting an entire mirror universe. Here's what that accident reveals about how physics actually works.

Do Societies and Bodies Follow the Same Laws?

A new video explores systems theory, isomorphism, and why slime molds, cities, and human bodies keep arriving at the same structural solutions.

Montana's JM Reef and America's Platinum Supply Problem

The JM Reef in Montana is America's only platinum and palladium source. What that means for clean energy, emissions tech, and supply chain security.

SKA Telescope Merges Radio Astronomy and Cultural Memory

The Square Kilometre Array is connecting historical star-watching traditions with cutting-edge radio astronomy. Here's why that matters beyond the science.

NASA's Roman Space Telescope Launches Into Deep Space

NASA's Roman Space Telescope launched August 30, 2026 on a Falcon Heavy. Here's what the science team said about what it can actually do, and what it can't.

Ramanujan's Pi Formula Took 73 Years to Prove

Ramanujan published a pi formula in 1914 with no proof. It worked. It took 73 years and an entirely new mathematical theory to explain why.

How Lasers Cut Through Metal: The Physics Explained

Lasers and desk lamps run on the same photons. What separates them is geometry, not magic. Here's the physics of power density and why it changes everything.

Statins May Cut Dementia Risk in Type 2 Diabetes

A major study finds early statin use after a type 2 diabetes diagnosis is linked to up to 15% lower dementia risk. Here's what the evidence actually shows.

Heisenberg's Uncertainty Principle, Properly Defined

Quantum uncertainty isn't about measurement disturbance or fuzzy billiard balls. It's a statistical property of wave functions, and the difference matters.

Terence Tao on the Six Pillars of Mathematics

Fields Medalist Terence Tao breaks down six core mathematical ideas, explains why math keeps predicting reality, and asks what AI might cost science.

Static Electricity Still Puzzles Scientists After Centuries

Static electricity has baffled scientists since ancient Greece. New research on carbon compounds and oxide surfaces may finally offer a clue to how tribocharging works.

Blood Types: Medical Realities and the Myths Around Them

From universal donors to pregnancy risks, here is what your blood type actually means medically, and why it has nothing to do with your personality.

The Physics of Beads on a Liquid String

How the Rayleigh-Plateau instability shapes saliva, spider webs, and Bose-Einstein condensates through the same elegant fluid physics.

How the Brain Perceives and Distorts Time

Neuroscientist David Eagleman explains why time warps in emergencies, why childhood summers felt endless, and what all of it reveals about consciousness.

Astronomers May Have Found a Starless Galaxy

Astronomers are investigating a potential starless galaxy, a dark matter-rich structure with no stars. Here's what it could mean for how galaxies form.