Topological insulator becomes insulating at the surface
Insulating state in Bi2Se3 could find applications in spintronics and even quantum computing
Read article: Topological insulator becomes insulating at the surface
Read article: Topological insulator becomes insulating at the surface
Solar power without solar cells
Sun's energy can be harnessed in insulating 'optical battery', physicists claim
Read article: Solar power without solar cells
Flowing electrons magnetize graphene
Surprise effect could boost spintronics
Read article: Flowing electrons magnetize graphene
Graphene transistor shines on diamond-like substrate
New device is smaller and faster than ever
Read article: Graphene transistor shines on diamond-like substrate
Carbon nanotubes capture cancer cells
New device can also detect viruses
Read article: Carbon nanotubes capture cancer cells
Physicists put a new twist on graphene
Why do Dirac fermions endure in multilayers?
Read article: Physicists put a new twist on graphene
Shedding more light on graphene
Controlling inelastic light scattering in the "wonder material" could help make new nanodevices
Read article: Shedding more light on graphene
Creating quantum dots from buckyballs
Bottom-up approach to creating graphene quantum dots
Read article: Creating quantum dots from buckyballs
Phase-change memory becomes more portable
Nanotubes shrink power demands
Read article: Phase-change memory becomes more portable
Zinc peels back graphene layers
New processing technique could lead to electronic devices
Read article: Zinc peels back graphene layers
