Researchers experimentally demonstrate enhanced quantum heat engine output and heat machine equivalence using diamond defects
The pigment might find use in a host of bioelectronics applications
Prototype detector has already put meaningful bounds on dark matter
AGXX® has been tested on contamination-prone surfaces with success
Pushing the limits of vibrational sum-frequency generation provides new insights into a two-component lung surfactant model, and the orientation of lipid molecules
The origin of these angles in twisted bilayer graphene may be fundamentally connected to the quantum Hall effect, say Harvard researchers
A micro-organism in the gut of C. lapagei degrades lignin, a phenomenon that might be extendable to other bacteria and other types of polluting waste, such as plastic
New six-bit algorithm system is an important milestone in constructing a universal DNA-based computing device
Lasers ionize strontium gas and then cool it to 50 mK
Weyl metals and all their fascinating phenomena are not the only systems for cosmological simulations
Not sure yet, but in the meantime unexpected new finding will have important consequences for future technologies based on these vortex-like magnetic spin structures
Neil Beattie describes some of the economic and political factors that impact developments of renewable energy materials and technologies besides the cost of crude oil
Square metre of material can deliver half a litre of water overnight
Triboelectric system has been integrated into clothing
Unexpected result will have implications for electronic device cooling
New photothermal threshold quantum yield measurements reveal near-unity light emission for CdSe quantum dots
A 3D printing technique for producing flexible sheets of piezoelectric materials could usher in a new era for medical devices
Nanobots could help diagnose and treat cancer
Researchers discover a low-temperature method that could replace century-old high-temperature strengthening techniques
Experiments reveal that 2D material devices can withstand the radiation exposure of space missions
Results of experiments on single proteins using the right contacts counter their reputation as poor conductors
New discovery transforms dissolved CO2 into solid carbon, which can be stored more easily than liquid CO2 or even sold as a functional material
Transistor-like electrohydrodynamic effect could help advance the emerging field of “iontronics”
An innovative open access journal dedicated to showcasing the most significant results and impactful research across all areas of materials science, with a particular focus on multi- and interdisciplinary studies. Explore the first issue of this fascinating new journal today.
