China has changed their policy on family size, allowing parents to have a maximum of three children, but what effect will this have on carbon emissions?
China has changed their policy on family size, allowing parents to have a maximum of three children, but what effect will this have on carbon emissions?
Music is our favorite companion, anytime, anywhere. It relaxes many people, and motivates others. Can it make us more productive when studying or working?
A skull and stone tool excavated in 2000 from India has helped shed light on ancient elephant evolution.
A Stanford study reveals that climate change is slowing sinking processes in the oceans, making the storage of carbon dioxide in the ocean less efficient than previously thought.
A new study published in the journal, Earth’s Future, suggests that global biases are affecting how hydro-hazards are researched, especially in low-income countries.
A team of engineers from UCLA developed the ZeroCAL method, capable of eliminating up to 98% of CO2 emissions associated with cement production. Find out more here!
In the rainforests of Madagascar, researchers have found seven new species of frogs that make sounds reminiscent of Star Trek. And yes, they named the frogs after the series' most legendary captains.
Scientists have found a way of generating sodium-ion battery anodes with a 30-second, microwave-assisted heat treatment technology.
Our dogs bring us so much joy, and as responsible pet owners, it’s only natural to want the same for them. Thanks to advances in behavioral science, we now know more than ever about what makes dogs truly happy.
A new X-ray laser at the SLAC National Accelerator Laboratory in the USA is 10,000 times brighter than its predecessor and opens up completely new possibilities in research. From quantum materials to medicine - this laser takes science to a new level.
A new study suggests that primitive asteroids played a vital role in delivering essential volatiles, such as water, to Earth, forming the basis for life.
Scientists shed light on pathways impacted by TET2 mutations which may result in a ‘silver bullet’ treatment for killing cancer cells only.