An interdisciplinary team of chemists and physicists has developed a new method to create tailor-made qubits: by chemically synthesizing molecules that encode quantum information into their magnetic, or 'spin', states.

By copying the multilayer geometry of mammal bones, cathodes for sodium-ion batteries can be made more structurally stable, while maintaining high capacities and fast charge rates.

Nanoscale vanadium-doped titanium dioxide spindles sensitize cancerous tumors to ultrasound waves, markedly suppressing tumor growth.

A ground-breaking method to label and track manufactured nano-plastics could signal a paradigm shift in how we understand and care for environments.

Researchers have discovered that a silver-doped platinum thiolate nanometal complex shows 18-fold greater photoluminescence than the original platinum complex.

Scientists develop hydrogen sensors with holey zinc oxide nanosheets, which has high sensitivity and fast response time, to prevent accidents from hydrogen gas leaks.

How do molecular catalysts function, and what effects do they have? A team of chemists has come closer to the answers using a model molecule that functions like a molecular nanobattery.

Scientists use magnetic bacteria to control liquids at the micro level. They are already thinking about using them in the human bloodstream for precision delivery of cancer drugs to a tumour.

New research shows that it is possible to distinguish between the electronic dynamics of atomic motion on the scale of one tenth of one millionth millionth of a second (or 100 femtoseconds). This opens the way for the development of a science that can control materials through light.

Researchers have demonstrated a way to disguise which transistor is which by building them out of a sheet-like material called black phosphorus. This built-in security measure would prevent hackers from getting enough information about the circuit to reverse engineer it.

There are two components to this biosensor: a graphene platform to measure an electrical read-out and probes to detect the presence of viral RNA.

Researchers used two advanced microscopy techniques to learn how crystal defects in a type of solar power cell affect their performance. The study involved crystalline solar cells called lead halide perovskite cells.

Discovery provides insight for developing next generation optoelectronic and infrared devices.

Researchers demonstrate targeted magnetic waves that are generated and divided in micrometer-sized wafers.

Researchers discover 6-nanometer-long single-molecule circuit with enormous on/off ratio due to quantum interference; finding could enable faster, smaller, and more energy-efficient devices.