sustainable aquaculture innovation

SAIC transforms into a hub for sustainable aquaculture innovation

SAIC has announced a new strategic focus and an expanded geographical reach as it re-brands to the Sustainable Aquaculture Innovation Centre.

Innovating hydrogen fuel technology with MAXIMATOR

MAXIMATOR discusses its innovative hydrogen fuel technology, including its solutions for hydrogen compression, dispense, and storage. Hydrogen fuel can be produced through several methods. The...
salt battery

Rechargeable salt battery could be applied to metal-air batteries for electric vehicles

Researchers have designed a new type of rechargeable salt battery that could accelerate the shift to greener electric transport.
constructing solar cells

New method for constructing solar cells could increase their productivity

An international research have developed a new method for constructing solar cells that could significantly increase their efficiency.
fifth dimension

New theory suggests the existence of a fifth dimension could explain dark matter

Theoretical physicists speculate that the existence of a fifth dimension could solve many open questions in physics.
plant microbes

Scientists analyse plant microbes to understand crop health and boost food production

A team of researchers has identified 300 species of plant microbes that grow with common Asian vegetables, which could improve crop health.
alien life

Could game theory help scientists discover intelligent alien life?

Researchers at the University of Manchester, UK, suggest that ‘game theory’ could help scientists discover intelligent alien life.
atomic nucleus

New method to quickly calculate the properties of an atomic nucleus

Physicists led by Chalmers University of Technology have designed a new method to quickly calculate the properties of an atomic nucleus.
commodity chemicals

Electrolysis can extract contaminants from soil and convert them into commodity chemicals

Scientists led by Johannes Gutenberg University Mainz have developed a process of synthesising commodity chemicals from contaminated soil.
Li-ion batteries

Identification of O2 formation: enabling O-redox technology in Li-ion batteries

Dr Robert House from the University of Oxford discusses how the identification of O2 formation and its role in voltage hysteresis will inform and direct future material design efforts towards enabling O-redox technology in the next generation of Li-ion batteries