Flow battery solution

Candid is the smile you want

Sunlight funnel absorbs 99% of light

A new flexible and light-responsive material

Scientists have developed a light-responsive crystalline material, which has the ability to change its porous nature. This porous framework with the structural flexibility of that provides a highly efficient photochemical electrocyclization in a single-crystal-to-single-crystal manner.


OliLight hiking lamp sends a distress signal when disaster strikes

OliLight is а LED strip thаt could be worn like а belt for 360-degree illuminаtion, thаt аlso doubles аs а personаl rescue beаcon if а person gets into trouble in the wilderness. OliLight is а sаfety instrument for mountаineers, hikers, trekkers, rock climbers, cаvers, bicycle riders, cаmping enthousiаsts аnd cаsuаl free-spirited аdventurers who love аctivity in nаture. The device combines modern technology, functionаlity аnd аesthetics in а unique product.


The next generation of ultra-efficient electronic devices and batteries

Batteries, which do not heat up, are being developed by the scientists of the Brookhaven National Laboratory at the Department of Energy, USA. Superconductors are the main source of energy efficiency. These stunning materials allow the electric current to flow freely without resistance. However, this usually occurs only at temperatures within a few degrees of absolute zero (minus 459 degrees Fahrenheit), which makes it difficult to deploy today. However, scientists can use superconductivity forces at room temperature. They can transform how energy is generated, stored, distributed and used around the world.


Innovative cables that are more durable and reliable

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