Jinwen Liu

3 articles · 20 co-authors · latest: 2026-08-09
7 citations · h-index 1 · 7 papersData: Semantic Scholar

We have retold 3 papers by this author. most often about: silicon, thermal conductivity, heat capacity. 20 co-authors across our retellings.

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Mesoscale2026-02-141 minarXiv:2602.13827express
How to Cool Hot Chips
Electronics get hot. The more powerful the processor, the more heat you need to get rid of, or it will fail. One bottleneck is the boundary between two materials: heat hits it like a seam between tiles and slows down.
Materials2026-03-072 minarXiv:2603.07115express
How to Cool a Chip: A Film That Wicks Away Heat
The microchips inside smartphones and computers are getting denser: billions of transistors are packed onto a sliver of silicon the size of a fingernail. When they work, they give off heat like tiny stoves. If that heat isn't drawn away, the chip overheats, starts glitching, or fails outright.
Materials2026-08-091 minarXiv:2608.08534express
Diamond Film on Silicon: Heat Escapes Through Carbon
A microchip the size of a fingernail gives off as much heat as a small light bulb. Getting rid of that heat is like trying to cool a cup of hot tea with a teaspoon: the insulating material around transistors is usually a poor heat conductor.