
When Universal Laws Break: Neutron Stars Challenge Our Cosmic Shortcuts
Neutron star mergers challenge cosmic shortcuts. New research reveals 'quasiuniversal relations' for gravitational waves fail beyond Einstein's relativity.
Researchers transform 'dry liquid' powder into innovative non-spherical biodegradable microcapsules, addressing key challenges in adhesion and sustainable encapsulation.
Fundamental Sciences Desk
Focused on core scientific discoveries in chemistry, physics, materials science, and foundational mathematical research


Neutron star mergers challenge cosmic shortcuts. New research reveals 'quasiuniversal relations' for gravitational waves fail beyond Einstein's relativity.

BatLiNet, a deep learning framework, revolutionizes lithium-ion battery lifespan prediction by learning from battery pairs, overcoming data scarcity.

Floating wind farm infrastructure attracts rapid marine colonization. Research reveals stratified biofouling on turbine moorings, posing critical engineering and ecological challenges.
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New mathematical methods rigorously solve complex infinite contact problems involving friction, crucial for modeling earthquakes & designing structures. Breakthrough ensures solution stability.

High-efficiency perovskite solar cells face a stability paradox. New research reveals how performance-boosting modifications can accelerate degradation mechanisms.

Same star, same core, vastly different atmospheres. New research on Kepler-511 b & c challenges planet formation theories, revealing a cosmic mystery.

New research reveals heavy Higgs decays in the early universe provide a dominant, overlooked production mechanism for axions, crucial candidates for dark matter.

Tidal freshwater zones, vital river-sea gateways, are vanishing behind artificial barriers as seas rise. 64% of this critical habitat is already constrained.

Groundbreaking research proves symmetric tensor fields can vanish on curved spaces, fundamentally altering our understanding of geometry.
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