Optical physics Research update Quantum dots for highly efficient solar cells Current efficiency limits of 30% could be vastly improved by capturing 'hot electrons' Read article: Quantum dots for highly efficient solar cells
Renewables Research update Nanotubes boost battery performance Improving the effectiveness of electrodes Read article: Nanotubes boost battery performance
Semiconductors and electronics Research update ‘Dark pulse laser’ could improve telecoms Physicists create brief pulses of darkness Read article: ‘Dark pulse laser’ could improve telecoms
Nanomaterials Research update Stretched molecule puts a new spin on electrons Experiment could shed further light on quantum chemistry Read article: Stretched molecule puts a new spin on electrons
Nanomaterials Research update AFM tip ‘writes’ graphene nanowires New technique could make flexible electronic circuits Read article: AFM tip ‘writes’ graphene nanowires
Ultracold matter Research update Entangling photons with electricity 'Entangled' LED could help make quantum computer Read article: Entangling photons with electricity
Nanomaterials Research update A liberal sprinkling of quantum dots Technique for patterning graphane with quantum dots Read article: A liberal sprinkling of quantum dots
Transport properties Research update ‘Pushy’ electrons move atoms Force measurements could lead to better nanowires Read article: ‘Pushy’ electrons move atoms
Surfaces and interfaces Research update DNA robots move with purpose Manmade walkers and spiders follow the rules Read article: DNA robots move with purpose
Nanomaterials Research update ‘Few-layer’ graphene keeps its cool Carbon multi-layers could chill chips Read article: ‘Few-layer’ graphene keeps its cool
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