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CityUHK researchers have demonstrated a quantum mechanism for deterministic energy harvesting that bypasses conventional entropy limits by utilizing non-unique decompositions of mixed states. This breakthrough enables reliable charging from fluctuating sources without the typical power losses associated with randomness in traditional conversion processes. The findings offer a novel theoretical framework for designing ultra-low-power devices and could redefine efficiency standards in future quantum-enhanced electronics.
CityUHK finds quantum path to lossless energy transfer
CityUHK researchers discovered a quantum pathway enabling entropy-free energy transfer, challenging physical limits.
Researchers at City University of Hong Kong have demonstrated a pathway to harvest energy with certainty from fluctuating sources, defying established physical limitations. The team led by Professor Oscar Dahlsten, Associate Professor at CityUHK, initially aimed to prove a theoretical constraint on energy transfer, but instead…
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