Quantum-dot mixture could boost solar cells
New structure extends the lifetimes of charge carriers
Read article: Quantum-dot mixture could boost solar cells
Read article: Quantum-dot mixture could boost solar cells
Graphene drumheads double as quantum dots
Strain alters the electronic properties of carbon-based material
Read article: Graphene drumheads double as quantum dots
Silicene pops out of the plane
Silicon-based version of graphene could offer greater flexibility
Read article: Silicene pops out of the plane
Spintronic film senses magnetic fields
Organic sensor can be integrated in a chip
Read article: Spintronic film senses magnetic fields
New tuner could bring terahertz to the masses
CMOS device delivers 10,000 times more power than predecessors
Read article: New tuner could bring terahertz to the masses
Solid-state quantum memories set endurance records
New devices may match ions in quantum-memory stakes
Read article: Solid-state quantum memories set endurance records
Infrared vision could help the blind to see
Wireless retinal implant could allow for higher-resolution vision
Read article: Infrared vision could help the blind to see
Graphene comes of age
Nanoscientist Patrick Soukiassian on why the European Union is right to put its faith in graphene
Read article: Graphene comes of age
A cracking approach to nanotechnology
Cracks are exploited to carve out patterns in silicon
Read article: A cracking approach to nanotechnology
Solar-cell efficiency boosted by folds and wrinkles
New organic photovoltaic mimics leaves
Read article: Solar-cell efficiency boosted by folds and wrinkles
