The Fukushima Daiichi clean-up faces its toughest challenge: removing 880 tons of melted nuclear fuel debris from...
Innovation
Diamond-based quantum sensors using nitrogen-vacancy (NV) centers allow ultra-precise mapping of magnetic fields in soft magnetic materials...
Australia is a global leader in quantum science, aiming to transform research excellence into powerful technology industries....
Australia stands at the forefront of global quantum technology innovation, leveraging decades of scientific expertise to power...
Diamonds engineered with nitrogen-vacancy (NV) centers are revolutionizing quantum sensors, offering high-precision mapping of energy losses in...
Epigenetics investigates how gene activity is altered by environmental factors, not DNA changes, driving breakthroughs in disease...
Epigenetics explores how chemical modifications control gene activity, shaping health without altering DNA sequences. The U.S. epigenetics...
Unlocking the Power of Piezoresistive Sensors: How Advanced Materials Are Transforming Pressure and Force Detection Across Industries...
Liquid biopsy uses a simple blood draw to detect cancer, offering a less invasive and more patient-friendly...
A massive, state-of-the-art robotic arm aims to remove 880 tons of radioactive fuel debris from Fukushima’s No....
