Medicine & TechnologyWhether that comes from building the latest rocket ship or developing life saving vaccines, experimentation is a part of the journey. We are going to take a look at some of the top science experiments you can do at home right now, and what to do if you're short on supplies.
Researchers have successfully created the next-gen material called "graphene" with similar properties to graphene, but only somewhat better. Read on to learn how it fills the longstanding gap in carbon material science.
Scientists have turned urine and industrial waste into a renewable biocement that can be used in construction projects. Read on to find out more details.
‘Catalytic Condenser’ has been developed by researchers for more efficient chemical processing. Find out how this helps yield stronger renewable energy.
An unidentified agent has been dropped on the city of Mariupol from a Russian drone causing respiratory failure to soldiers. Read more to know the details.
A Google Maps user was shocked upon seeing the mysterious blood lake in the Black Hills National Forest in South Dakota. Read the article to know how this lake has turned red.
Microplastics are the new type of pollution found in water bodies that poses many risks to the environment and human health. See more about a new approach that could help eliminate the harmful objects from the water.
The long-time challenge in materials design may soon be solved through a theory of entropy called the Zentropy concept. Learn more about the theory here.
The e-skin device researchers developed can be used for many purposes. Discover how it can make a competitive candidate for flexible and wearable health devices.
A team of international researchers proposes magnetic, tiny robots to remove chemical pollution from the water source. Read this article to learn more about these nanorobots.
With the use of highly innovative fluidic flow approaches plausible in the Flinders VFD or vortex fluidic device, an Australian research team has capped off a decade of study to discover a technique to use "clean chemistry" to unravel the mystery of "mixing immiscibles."