‘The Early Universe is Nothing like We expected’ according to New Images from JWST | Live Science

The Cosmic Gems is one of the most highly magnified objects in space, thanks to a phenomenon called gravitational lensing. (Image credit: ESA/Webb, NASA & CSA, L. Bradley (STScI), A. Adamo (Stockholm University) and the Cosmic Spring collaboration) Astronomers using the James Webb Space Telescope have observed five extremely dense proto-globular clusters along a hair-thin …

‘Physics itself disappears’: Thomas Hertog and Stephen Hawking producing his final, most radical theory of everything | livescience.com

Thomas Hertog tells us how he collaborated with Stephen Hawking on his final theorem — a Darwinian revolution in physics that explains the origin of time. Story by Ben Turner published in livescience, June 11 2024 Source: 'Physics itself disappears': How theoretical physicist Thomas Hertog helped Stephen Hawking produce his final, most radical theory of …

Mathematicians Attempt to Glimpse Past the Big Bang | Quanta Magazine

By studying the geometry of model space-times, researchers offer alternative views of the universe’s first moments. Source: Mathematicians Attempt to Glimpse Past the Big Bang | Quanta Magazine This is fascinating and highly promising research: A team of mathematicians take a closer look under which conditions a singularity  might occur and have already identified a …

Why Some Physicists Think We Are Living Inside A Black Hole | iflscience.com

According to the theory, we are encoded at the edge of a black hole in a much larger universe. Image credit: Vadim Sadovski/Shutterstock.com Source: Why Some Physicists Think We Are Living Inside A Black Hole Call me crazy, but I've pondered this some time ago already. I've been having this inexpliccable hunch that the black …

The physical reason behind quantum uncertainty | Big Think

No matter how good our measurement devices get, certain quantum properties always possess an inherent uncertainty. Can we figure out why? Source: The physical reason behind quantum uncertainty The way I'm trying to wrap my head around this uncertainty principle is by imagining a soccer field player launching a direct shot towards the goalie of …

We Finally Know What Turned The Lights on at The Dawn of Time | ScienceAlert

Source: We Finally Know What Turned The Lights on at The Dawn of Time I'd say JWST has already justified its cost and build-time, no? Looks as if preexisting theories about ionization are at least in part corroborated by these findings.

New James Webb Space Telescope image shows 45,000 galaxies in unprecedented detail | Insider

The James Webb Space Telescope turned its sights on a special region in space, where it has revealed some of the youngest galaxies ever observed. Source: New James Webb Space Telescope image shows 45,000 galaxies in unprecedented detail The James Webb Telescope looks farther back into the history of our universe than any other telescope …

Is the Universe a quantum fluctuation? | Big Think

Perhaps the whole Universe is the result of a vacuum fluctuation, originating from what we could call quantum nothingness. Big Think, always a great read: Is the Universe a quantum fluctuation?

The expanding Universe doesn’t conserve energy | Big Think

Farewell time-translation-invariance, you served us well for a time! But in an expanding universe energy conservation simply isn't what we see and what science have been observing. What exactly the "driving force" behind this expansion is, noone seems to really know and hence the idea of "dark energy" was introduced to make sense of the …

This Is How the Universe Will End (spoiler: by Heat Death)| Popular Mechanics

Source: This Is How the Universe Will End (by BY Paul M. Sutter Heat Death or "thermal equilibrium" is the currently most widely adopted extrapolation of the astrophysics we've been observing so far in predicting how the ongoing an increasingly accelerating expansion of our universe from the hot Big Bang is eventually going to play out. …