The Black Science

Theoretical physicists, encouraged by recent progress in understanding black holes, are now applying the same tools to entire universes. Writing for Quanta, physicist Matt von Hippel explains how what they are finding is leading researchers to question fundamental assumptions about physics and cosmology.

The James Webb Space Telescope has detected a black hole hidden inside a dense cocoon of gas, according to a report by Gadget Review. The finding offers a rare glimpse of an object normally obscured from view and could shed light on how black holes grow in the early universe. Astronomers and space enthusiasts are sharing the discovery widely.

A live broadcast titled 'The Black Science' is currently streaming, focusing on science content. It has attracted well over a million likes, indicating strong viewer engagement while the stream is live. No further details about the host, topic or location are available.

A new article examines the black hole information paradox, explaining why quantum unitarity clashes with Hawking's thermal radiation and how the Page curve frames the problem. It reviews island and replica-wormhole calculations that reproduce the Page curve in simplified models, and discusses firewall arguments and the ER=EPR conjecture as proposed resolutions.

Astrophysicist Ethan Siegel tackles a reader question about Hawking radiation: as black holes evaporate, their event horizons shrink, raising the question of whether sufficiently small horizons could expose something other than a singularity at the core. The discussion explores what happens at the end stages of black hole evaporation and what theoretical physics predicts about these objects' final fate.

Researchers have introduced a physics-grounded AI framework designed to make predictions about new materials more testable, according to Phys.org. The approach is intended to anchor machine-learning forecasts in physical principles so that scientists can verify them against real experiments rather than treating model outputs as black boxes, a persistent problem in AI-driven materials discovery.

A Scientific American report examines a peculiar particle detection that physicists suggest could originate from a black hole exploding in another dimension. The idea ties the particle to speculative cosmology involving extra dimensions and primordial black hole evaporation, offering a possible window into physics beyond the standard model. The piece is drawing attention from science readers interested in cosmology and particle physics.

A new physics idea suggests a black hole could shed its 'hair' — the quantum properties that distinguish it — by ejecting them, transforming into a boson star in the process. The concept, reported by ScienceAlert, challenges the classic 'no-hair theorem' that black holes are defined only by mass, charge and spin. Science commentators are sharing the story widely, intrigued by its implications for black hole physics.

New research on Black girlhood is broadening developmental science, according to the American Psychological Association. The work highlights how studying the experiences of Black girls can refine understanding of adolescent development and challenge gaps in existing research. It signals a growing effort within psychology to make developmental science more inclusive and reflective of diverse lived experiences.

A new study by Vishnyakova, Paiu, and Gol'din reports that the Black Sea subspecies of the short-beaked common dolphin (Delphinus delphis ponticus) shows a very long lifespan. The research, published in the journal Marine Mammal Science, offers new insight into the age structure and longevity of this population, a finding of interest to cetacean researchers and marine conservationists.