Silicon carbide shows promise for quantum computing
Point defects could be exploited as qubits
Read article: Silicon carbide shows promise for quantum computing
Read article: Silicon carbide shows promise for quantum computing
Memristor memory could be used in wearable electronics
Device solves problem of "sneak paths"
Read article: Memristor memory could be used in wearable electronics
Undulator brings ILC closer to reality
Positron source could be crucial to future particle colliders
Read article: Undulator brings ILC closer to reality
Supercapacitor electrodes go for a dip
New technique boosts capacitance and charging rate
Read article: Supercapacitor electrodes go for a dip
Three electrons for the price of one
Electrons multiply in new solar-cell quantum-dot material
Read article: Three electrons for the price of one
Six rules for nano-design
Understanding how nanoparticles interact with DNA
Read article: Six rules for nano-design
Electrons heat up in graphene
Hot carriers could drive solar cells
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How to make graphene
The lab where Nobel-prize-winning work was carried out
Read article: How to make graphene
Electrons surf between qubits
Surface acoustic waves could drive data bus
Read article: Electrons surf between qubits
Neutrons for the future at the Institut Laue-Langevin
Andrew Harrison talks about how the Grenoble lab hopes to maintain its world-class position
Read article: Neutrons for the future at the Institut Laue-Langevin
