New technique opens a gap in graphene
Nanoribbons have armchair edges
Read article: New technique opens a gap in graphene
Read article: New technique opens a gap in graphene
Quantum states controlled in silicon
‘Rydberg atoms’ could direct solid-state quantum computing
Read article: Quantum states controlled in silicon
Topological quintet bags Europhysics prize
Quantum spin-Hall pioneers honoured
Read article: Topological quintet bags Europhysics prize
‘Dark pulse laser’ could improve telecoms
Physicists create brief pulses of darkness
Read article: ‘Dark pulse laser’ could improve telecoms
Producing novel semiconductors en masse
Printing technique handles compound semiconductors with care
Read article: Producing novel semiconductors en masse
Scanning probe makes ‘nano Matterhorn’
New lithography technique could lead to smaller circuits
Read article: Scanning probe makes ‘nano Matterhorn’
Carbon sheets offer cool solution for computers
Graphene could conduct waste heat from computer chips more than twice as fast as copper
Read article: Carbon sheets offer cool solution for computers
Graphene photodetector is a first
IBM team makes ultrafast device from 'wonder material'
Read article: Graphene photodetector is a first
Junctionless transistor makes its debut
First proposed in 1925, device could revolutionize electronics
Read article: Junctionless transistor makes its debut
First light for germanium laser
Strain bridges an indirect bandgap
Read article: First light for germanium laser
