microcomb

Photonic microcomb could find new exoplanets and monitor people’s health

Researchers from Chalmers University of Technology, Sweden, have developed a photonic microcomb that could be used to find new exoplanets.
battery recycling research

New facility to accelerate battery recycling research at University of Birmingham

New battery testing and storage facilities have been installed at the University of Birmingham, in a bid to accelerate battery recycling research.
oyster meat

Warmer waters and low oxygen could impact young oysters’ ability to grow meat

Early exposure to conditions like warmer waters and low oxygen could impact oysters’ ability to grow meaty tissue on their shells.
radiation

Radiation in healthcare and beyond

The Innovation Platform explores the positive uses of radiation in healthcare and the negative effects caused by extreme exposure.
convert carbon dioxide

Converting carbon dioxide into methane using light energy

KAUST scientists have developed catalyst nanoparticles that use light energy to convert carbon dioxide and hydrogen into methane.
Vegetable protein

Vegetable protein waste from rapeseed farming replaces petroleum-based raw materials

German researchers are using vegetable proteins from agricultural waste to replace petroleum-based raw materials in industrial applications.
flowering fields

Can an increase in flowering fields help promote biodiversity?

Ecologists have analysed the effects of initiatives to plant flowering fields to increase biodiversity around agricultural landscapes.
interaction between hadrons

Physicists from ALICE discuss the strong interaction between hadrons

Physicists Oton Vazquez Doce and Laura Fabbietti from CERN’s ALICE collaboration spoke to Caitlin Magee about the strong interaction hadrons.
2D and 3D materials

Harnessing the boundary between 2D and 3D materials

Method of imaging what occurs at the boundary between 2D and 3D materials reveals ways to control the properties of atomically thin materials.
performance of wind farms

Strong airflows in the lower atmosphere impact the performance of wind farms

Researchers have found strong airflows in the lower atmosphere, known as low-level jets, are beneficial to the performance of wind farms.