Deep rocks could act as a giant battery for renewable energy
A Portuguese study points to capacities of around 1 TWh in geological reservoirs, enough for hundreds of thousands of homes.
A Portuguese study points to capacities of around 1 TWh in geological reservoirs, enough for hundreds of thousands of homes.
The chip-based device cut frequency noise more than 5,000-fold and could make precision sensors more compact.
A new SINTEF pilot facility uses microorganisms to convert carbon dioxide into useful products.
EPFL researchers have created a flexible motor just a few millimetres thick for lightweight, adaptable devices.
A reconfigurable system bypasses weakened cells and could delay the replacement of electric vehicle batteries.
A fully automated facility handles indoor growing from seed to packaging and aims to strengthen food security.
Researchers tested 'digital twins' with 645 participants and found that AI predicts religiosity and extraversion well but tends to idealise people.
A prototype developed by Shandong Agricultural University aims to make choosing the most promising plants faster and more objective.
Researchers at the University of Tokyo have created a small capsule that, controlled by external magnets, extends a brush to collect samples from the intestinal wall.
The European WildBotics project, coordinated by the Bruno Kessler Foundation, aims to monitor wild animals more precisely and less invasively.
A porous silicon layer made it possible to orient gallium nitride nanowires, which then emitted more than three times as much light, an advance useful for micro-LEDs and nanolasers.
The Luxembourg Institute of Health's BrainEXP project aims to extract from routine MRI scans information that currently requires a PET scan, which is more expensive and less accessible.
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