How the Liquid-Fueled Rocket Revolutionized Space Exploration
Today, liquid-fueled rocket launches are a staple of space exploration, yet this technology was groundbreaking 98 years ago. The pioneering…
Today, liquid-fueled rocket launches are a staple of space exploration, yet this technology was groundbreaking 98 years ago. The pioneering…
The built environment —comprising all man-made structures and spaces— significantly influences our physical health, mental well-being, social interactions, and environmental…
Biophilic design is an innovative approach in architecture that aims to connect building occupants more closely to nature. This design…
A team of researchers in Germany has opened up a new era of autonomous flight with the creation of a…
Amidst a global surge in demand for lithium, necessary for electric vehicle batteries, researchers at West Virginia University are exploring new sources of lithium by investigating past industrial sites. Led by Professor Shikha Sharma, their study reveals that organic-rich shale, particularly in interaction with pyrite, shows promise for sustainable lithium extraction. These findings, which will be presented at the 2024 European Geosciences Union General Assembly, suggest that by-products like shale pyrite could be key to reducing the environmental impact of lithium mining.