World's Whitest Paint Ever Reflects 98% Sunlight, Cools Buildings, Help Curb Global Warming

Medicine & Technology 09:20 PM

Researchers from Purdue University created the world's whitest paint ever that works through radiative cooling that reduces the need for air conditioning and helps curb global warming.

Sunlight Exposure for 100 Hours or Less Melts Plastics, Breaks Them Down Into Smaller Soup of New Chemicals

03:10 AM

Scientists recently learned that sunlight can also chemically transform plastics into a soup of new chemicals that no longer resemble the original product, which could be more sinister than microplastics that persist forever in the environment.

Experts Warn of Tiktok Toilet Cleaning Hack That Could Increase Risk of Chlorine Gas Exposure

02:53 AM

A new Tiktok trend shows people mixing a bunch of colorful chemicals to clean the toilet. But experts warn against this as people could accidentally inhale harmful chemicals, such as chlorine gas and chloroform.

Industrial Chemical Processes Made More Efficient Through Catalytic Surface; Decarbonization Easier and Faster

11:41 PM

A new study presents an efficient approach in processing industrial chemical reactions for a better, easier, and more faster decarbonizaiton.

Marine Mussels Improves Hydrogels' Adhesion, Stretchiness, Strength; Improves Use for Wounds Healing

09:43 AM

Researchers used marine mussels to improve the mechanical properties of gelatin methacryloyl (GelMA) hydrogels. The mussels made hydrogels better than the original design, improving properties useful for wound healing.

Calcium Imide: Catalyst To Extract Hydrogen Fuel From Ammonia; Step Towards Efficient Green Energy Harvest

03:21 AM

Researchers recently developed a new type of catalyst that could break ammonia under lower temperatures. This catalyst will pave the way to a greener future by harvesting hydrogen fuels effortlessly without emissions.

Gold Nanoparticles Behavior at the Edge of Graphene Sheets Sparks Major Implications For Quantum Devices

08:10 AM

Scientists from the U.S. Department of Energy discovered how gold nanoparticles behaved unusually when placed at the edge of graphene sheets thanks to Ultrafast Electron Microscope.

Researchers Discover New AIEE Aromatic Molecule, Promises Applications in Sensing and Medicine

07:04 AM

A new study reports the discovery of a novel aggregation-induced enhanced emission (AIEE) molecule, one that has potential applications in nanogating, sensing, and targeted drug release.

Rare-Earth Element Terbium Used in Cellphones May Now Be Easily Detected With Newly Developed Protein Equipped Sensor

03:59 AM

Acid mine drainage and other waste items had low quantities that could be detected by this sensor.

Ultraflat Biphenylene Carbon Sheet Set to Revolutionize Electronics

10:56 PM

A team of international researchers have developed a new one-atom-thick material that's more electoconductive than graphene and could potentialy revolutionize electronics.

Electronic Vehicles Powered by Rechargeable Batteries Can Travel Farther Without Recharge Storing 6x More Electric Charge

01:53 AM

Stanford University researchers recently developed rechargeable batteries that will enable electric cars to travel far with up to six times more electric charge.

Water Properties Observed for the First Time; Findings Present Never-Before-Seen Quantum Tug of Hydrogen Bonds

12:57 AM

A new study wa sable to conduct a direct observation of water molecule activities for the first time.

Biofuel Extracted from Hazelnut Shells Show Potential as Renewable Energy Source

05:16 AM

A form of biofuel found in hazelnut shells has the potential to be a new renewable energy source - using various thermochemical processes to extract oils from the waste material.

Renewable Energy: How Green Hydrogen Will Bridge The Gap for Energy Transition

03:20 AM

A new paper reveals a probable solution that could ease climate change through green hydrogen solutions.

Research Brings New Technique That Locates, Monitors Individual Atoms in Nanoparticles While Moving

11:02 PM

A new method can identify and locate individual atoms in these nanoscale materials, even when they are moving and vibrating.