Science News | Technological Advances, Research and Innovation

Plasma rocket that reduces travel time to Mars is in development

The pulsed plasma rocket could generate up to 100,000 Newtons of force, meaning exceptionally high fuel efficiency.

Casati and his team used semitransparent materials such as quartz, capable of trapping sunlight.

The robot has a system that allows it to move on water, acting as an adhesive and substitute for snail slime.

Eucalyptus trees can transport gold from the ground to their leaves, thus preventing its accumulation, as it is toxic to them.

Although the implantation had been a success, recent reports indicate that a series of failures of the implanted chip.

Researchers have developed a material with the ability to capture carbon dioxide more quickly.

Cobalt phthalocyanine has three times the affinity for carbon dioxide.

The research team used the ChemCam instrument to vaporize and analyze Martian rocks.

WEST received 1.15 gigajoules of energy and managed to maintain a plasma of 50 million degrees Celsius.

The initiative has exceeded expectations, even defying the difficulties presented by Bluetooth technology.

This new method could reduce the need for phosphorus imports in Japan, by taking advantage of local secondary resources

The structure of this battery includes a cathode that combines bromine and iodine, facilitating halogen multi-electron transfer.