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sahyadristartups.com > news > jncasr-researchers-discover-new-mechanism-of-heat-transport-in-solids-in-tl%E2%82%82agi%E2%82%83-crystal

JNCASR Researchers Discover New Mechanism Of Heat Transport In Solids In Tl₂AgI₃ Crystal

JNCASR Researchers Discover New Mechanism Of Heat Transport In Solids In Tl₂AgI₃ Crystal19+ hour, 10+ min ago  (502+ words) Heat in solids is typically carried by phonons, which generally behave like particles that scatter as they move through a crystal lattice. This classical "phonon gas" model has guided materials design for decades. However, scientists at Jawaharlal Nehru Centre for…...

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sahyadristartups.com > spotlight > porous-graphene-supercapacitors-break-3-0v-barrier-faster-acceleration-and-longer-range-for-evs

Porous Graphene Supercapacitors Break 3.0V Barrier; Faster Acceleration And Longer Range For EVs

Porous Graphene Supercapacitors Break 3.0V Barrier; Faster Acceleration And Longer Range For EVs2+ week, 3+ day ago  (377+ words) New Delhi: Researchers in India have developed porous graphene supercapacitors capable of operating at significantly higher voltages, a breakthrough that could enable electric vehicles (EVs) to achieve faster acceleration and extended driving range while also supporting applications such as solar…...

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sahyadristartups.com > spotlight > plasma-activated-coordination-polymer-electrocatalysts-boost-clean-hydrogen-production

Plasma-Activated Coordination Polymer Electrocatalysts Boost Clean Hydrogen Production

Plasma-Activated Coordination Polymer Electrocatalysts Boost Clean Hydrogen Production2+ mon, 1+ week ago  (233+ words) New Delhi: Researchers have developed a breakthrough method to boost the performance of Coordination Polymer Electrocatalysts, offering a significant advancement in clean hydrogen production. The discovery addresses long-standing challenges in the oxygen evolution reaction (OER), a critical step in water…...