Researchers found previously undiscovered receptors to sense and respond to light providing new insights on how marine organisms remain attuned to the day and night cycles.
New research reveals how traffic noise and other man-made sounds affect crickets' mating behavior and potentially affect the species' future prospects for survival.
Nanomedicine is an emerging field of study that employs techniques, diagnostics, and therapies in the minute yet precise nanometer scale - and new research could help better observe these very small particles.
With the help of nanomaterials, researchers found a way to improve hybrid flow batteries' performance - making the store energy longer at a lower cost, fewer location restraints, and zero emissions.
Most naturally-formed diamonds are from the Earth's mantle, generally understood to be formed as carbon is exposed to extreme temperature and pressure. A new study looks at the effects of a new parameter - electric fields - in the formation of these precious minerals.
Scientists from the National Institute of Standards and Technology (NIST) have managed to create a smaller version of the optical components that can cool atoms down close to absolute zero - a few thousandths of a degree from 0 Kelvins.
A new material, classified as a perovskite, can reportedly convert sunlight to electricity as a potentially cheaper and more scalable alternative to today’s silicon-based solar cells.
Money has served as a standard of exchange, even being manufactured to contain specific details and features - and similar bronze items of standardized weight and appearance were found, dating back to the Early Bronze Age.
With a new base material that is naturally abundant and lower costing, an anode-free zinc-based battery could be the safer, more cost-effective alternative for renewable energy storage.
To learn more about the startup that could revolutionize both genetics and machine learning, CEO and Co-Founder Einat Metzer walked us through Emedgene's goals and visions.