Read article: Optical clock sets new constraints on dark matter
Optical clock sets new constraints on dark matter
Devices could be put on satellites to create Earth-sized detector
Read article: Optical clock sets new constraints on dark matter
Read article: Optical matter machine steps up a gear
Optical matter machine steps up a gear
New device converts twisted laser light into mechanical work
Read article: Microswimmers benefit from thermoelectric guidance
Microswimmers benefit from thermoelectric guidance
New devices could find applications in biomedical sensing and targeted, non-invasive drug delivery
Read article: Light waves steer electron beams thanks to whispering gallery effect
Light waves steer electron beams thanks to whispering gallery effect
Coupling electrons to optical resonators could lead to novel technologies for nanoscale sensing and microscopy
Read article: ‘Cartwheeling’ light reveals new type of polarized light-matter interaction
‘Cartwheeling’ light reveals new type of polarized light-matter interaction
Unusual properties of so-called "trochoidal" light waves could lead to new spectroscopic tools
Read article: Stimulated emission detection images single nanocrystals at high speed
Stimulated emission detection images single nanocrystals at high speed
New ultrafast technique is the first to do away with fluorescent emitters
Read article: Twisted light gains angular momentum through ‘self-torque’
Twisted light gains angular momentum through ‘self-torque’
New optical effect could manipulate molecules and nanostructures
Read article: Can we fight neural disorders with light?
Can we fight neural disorders with light?
A novel device translates light into electrical signals that can stimulate nervous tissue in vivo
Read article: Unveiling the topological nature of electromagnetic surface waves
Unveiling the topological nature of electromagnetic surface waves
Predicting the number of surface modes and their polarization may be possible from the helicity operator, according to a recent study
Read article: Light–matter entanglement creates Schrödinger-cat states
Light–matter entanglement creates Schrödinger-cat states
New work could help advance the field of quantum state engineering with possible applications in quantum networks and quantum computing
