Carbon goes ballistic
Ultrathin graphene layers display their electronic potential
Read article: Carbon goes ballistic
Read article: Carbon goes ballistic
Composite fibres light up
Novel optoelectronic fibres can be woven into "spectrometric fabric"
Read article: Composite fibres light up
Nanotubes feel the force
New device exploits both the mechanical and electronic properties of carbon nanotubes
Read article: Nanotubes feel the force
Quantum well energizes nanocrystals
Scientists have transferred energy to nanocrystals from quantum wells without electrical contacts
Read article: Quantum well energizes nanocrystals
New look for molecular photodiodes
Novel device switches photocurrent direction depending on wavelength of light
Read article: New look for molecular photodiodes
Self-assembly made easy
Electric fields could challenge micro-tweezers in the electronics industry
Read article: Self-assembly made easy
Single-electron transistor goes mechanical
A tiny vibrating arm could have applications in electronics and fundamental physics
Nanotube transistors speed up
Electronic devices based on carbon nanotubes have moved a step closer
Read article: Nanotube transistors speed up
Organic growth in spintronics
New organic era beckons for spintronic devices
Superconducting diamond turns up in Russia
Boron-doped carbon could superconduct
