An international team led by Juan Diego Soler at the University of Vienna used two of the world's most powerful radio ...
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A passing star may still be steering comets into Earth’s neighborhood millions of years later
A close stellar encounter from deep time may still be shaping the path of icy visitors entering the inner Solar System today, ...
A ring in space, at least on paper, can do something a black hole cannot. It can connect distant regions without forcing anything through crushing gravity or a singularity.
The Gaia mission has allowed researchers to understand the motions of stars like never before, even revealing possible interactions between our solar system and nearby stars. Planetary Science ...
We explore the hypothesis that both Newtonian and relativistic gravitational phenomena may emerge from critical dynamics in nonlinear relativistic wave fields, in analogy with wave–particle duality in ...
Earth turned faster at the end of the time of the dinosaurs than it does today, rotating 372 times a year, compared to the current 365, according to a new study of fossil mollusk shells from the late ...
After detecting a strange combination of signals in the summer of 2025, astronomers believe they may have captured the first evidence of a unique phenomenon previously theorized, but never observed: a ...
GPU shader that performs single-ray marching with a Schwarzschild-inspired bending term and layers of procedural effects to approximate the look of relativistic phenomena. The shader borrows language ...
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NASA Supercomputer Uncovers a Mysterious Spiral Lurking at the Edge of the Solar System
A hidden structure at the farthest reaches of our solar system is challenging long-held theories. Using advanced simulations, a NASA supercomputer has revealed that the Oort Cloud, a vast shell of icy ...
Beyond the Kuiper Belt is the more distant Oort Cloud, which surrounds the Solar System and contains icy.iStock NASA’s Pleiades supercomputer has provided fresh insights into the Oort cloud – a vast, ...
Bacteria often live in confined spaces (e.g., biological tissues, soil pores) where essential resources like oxygen are scarce. The population-scale implications of such confinement-induced chemical ...
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