An EPFL team has built a prototype for an image sensor based on the semi-conducting properties of molybdenite.
Imaging material defects in thin film solar cells
A team has, for the first time, succeeded in functionally characterizing the active layer in organic thin-film solar cells using laser light.
Tunnelling-induced transparency in a chaotic microcavity
A team from Peking University have reported a way to make a chaotic microcavity transparent for a free-space laser beam.
EPFL researchers control optical signal tranmission
Scientists have discovered how optical signal transmission can be controlled, which could lead to integration of plasmonics with electronic circuits.
Combining ferroelectrics and graphene for data storage
New system uses two-dimensional structures to guide plasmonic waves at ultrashort wavelength, offering a new platform for memory and computer chips.
Plasmonic transducer can measure motion on the nanoscale
Researchers confine plasmons in a resonant cavity only 20 nanometers wide to precisely measure mechanical motion smaller than the size of an atom.
World's most powerful microscope open for business in Canada
Scanning transmission electron holography microscope, the first such microscope of its type in the world, up and running at University of Victoria.
Optomechanical sensors improve phonon studies
Researchers applying optomechnical systems to help unlock vibrational secrets of chemical and biological samples at the nanoscale.
No Dyes for Emission Control: Quantum Dot FRET Isolation Provides the Full Spectrum
Controlled physical placement of quantum dots inside block copolymer microspheres determines the combined emission characteristics.
Switchable Diffraction from Liquid Crystal–Carbon Nanotube Hybrids
Voltage-dependent diffraction switching makes a hybrid liquid crystal–carbon nanotube device a good candidate for high-resolution displays.