Thin semiconductors go through the Mott transition
Research could help build photonic devices from novel 2D transition metals
Read article: Thin semiconductors go through the Mott transition
Read article: Thin semiconductors go through the Mott transition
Kirigami patterns make composite materials more stretchy, while staying strong
Method could be used to make flexible electronics and optoelectronic devices
Read article: Kirigami patterns make composite materials more stretchy, while staying strong
How to make a better quantum thermometer
Physicists develop theoretical framework for measuring heat in tiny objects
Read article: How to make a better quantum thermometer
Table-top spectroscopy technique tracks phonons
Ultrafast optical measurements could lead to cooler computer chips
Read article: Table-top spectroscopy technique tracks phonons
Ultracold ions put friction to the test
Experiment shows how "stick–slip" processes can be finely tuned
Single-molecule diode has record-breaking current
Highest rectification ratio ever measured for such a device
Read article: Single-molecule diode has record-breaking current
Tiny probe reveals electrical conductance of individual atoms
Measurements could boost our understanding of superconductivity
Read article: Tiny probe reveals electrical conductance of individual atoms
Infrared detector to free up Internet of tomorrow
Silicon-based device would boost optical bandwidth
Read article: Infrared detector to free up Internet of tomorrow
New maze-like beamsplitter is world’s smallest
Device could be used for 'light-speed' photonic computing
Read article: New maze-like beamsplitter is world’s smallest
Nanomachine pumps molecules ‘uphill’
New molecular machine is inspired by those found in nature
Read article: Nanomachine pumps molecules ‘uphill’
