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Department of Chemistry and Chemical Biology, Harvard University, Cambridge, Massachusetts, 02138, United States
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A novel variational approach allows for accurate polaron simulations at unprecedented computational efficiency, bridging the gap between model systems and real materials.
The research overturns long-held assumptions about charge transport mechanisms in DNTT, revealing that acoustic phonons, not hopping fluctuations, are the key to understanding its mobility.
Robotic hand dexterity hinges on carefully tuned phalanx lengths, but optimizing these ratios reveals surprising trade-offs between reachability, dexterity, and controllability.
Ditch the object models: this kinematic framework lets you evaluate robotic hand pinch capability based solely on fingertip workspace intersections.
AFQMC, a quantum simulation method, can now tackle complex solid-state systems with unprecedented efficiency, rivaling diffusion Monte Carlo in speed and memory usage thanks to tensor hypercontraction.
