Subrahmanyan Chandrasekhar

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Clean Energy & Climate Transition 05 Oct 2026, 02:36 AM IST

Rigorous Tests Undercut Claim That Visible Light Speeds Water Evaporation

A new set of careful experiments suggests that visible light does not materially accelerate water evaporation, challenging a widely circulated idea with implications for climate science, solar technologies and water-management research. The findings point instead to heat, airflow and surface conditions as the real drivers of evaporation, not the visible spectrum itself.

By RDU Global Wire5 min read

Clean Energy & Climate Transition12 Oct 2026, 12:38 AM IST

Strong Magnetic Fields May Let White Dwarfs Exceed the Chandrasekhar Limit

A new analysis highlighted by Phys.org suggests that intense magnetic fields could help white dwarfs grow beyond the long-accepted Chandrasekhar limit, the mass threshold traditionally thought to trigger collapse. The finding could reshape how astronomers interpret some of the universe’s brightest stellar explosions and refine models used to study cosmic distance, stellar death, and heavy-element production.

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Clean Energy & Climate Transition11 Oct 2026, 08:52 PM IST

Strong Magnetic Fields May Let White Dwarfs Exceed the Chandrasekhar Limit

A new scientific analysis suggests that exceptionally strong magnetic fields could help white dwarfs accumulate more mass than the long-accepted Chandrasekhar limit, the theoretical threshold beyond which these stellar remnants are expected to collapse. The finding could reshape astrophysical models of compact stars and influence how scientists interpret some of the universe’s most powerful explosions.

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Washington, D.C.(1)Phys.org(1)