
Heavy Higgs Decay: A New Route for Axion Creation
New research reveals heavy Higgs decays in the early universe provide a dominant, overlooked production mechanism for axions, crucial candidates for dark matter.
Groundbreaking research proves symmetric tensor fields can vanish on curved spaces, fundamentally altering our understanding of geometry.
Fundamental Sciences Desk
Focused on core scientific discoveries in chemistry, physics, materials science, and foundational mathematical research


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.

A prototype experiment narrows the search for invisible dark matter particles, using an ingenious optical trick with sapphire disks to hunt dark photons.
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Groundbreaking research proves symmetric tensor fields can vanish on curved spaces, fundamentally altering our understanding of geometry.

A hydrogen catalyst improves with controlled oxidation, defying conventional wisdom. This breakthrough significantly boosts clean fuel production efficiency and lifespan.

AI often delivers answers without explanation, hindering learning. New research reveals how simple explanations dramatically improve human understanding and performance.

AI's FunSearch system breaks a 20-year mathematical deadlock, solving the cap set problem with evolutionary algorithms and large language models.

Revolutionary discovery: Copper catalysts self-transform through imperfections, dramatically enhancing CO2 conversion to fight climate change. A new era in catalysis.

Uncover the atomic-scale flaw in nickel-rich battery cathodes causing rapid capacity degradation. Crucial for next-gen EV and consumer electronics.
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