semiconductors
Injecting Fresh Hope Into Spintronics
The ability to inject spin currents into semiconductor materials in a highly efficient manner brings spintronics within reach.
Two Types Of Qubits Are Better Than One
Using two different types of qubits with complementary properties, an international group of scientists are hoping to help make quantum computing scalable.
A Flexible Way To Convert Waste Heat To Electricity
Researchers in Japan have engineered an inexpensive flexible material which could help harvest heat energy that would otherwise be lost.
A ‘Golden Sandwich’ For Clean Energy
Japanese scientists have developed a photoelectrode that enables the efficient conversion of sunlight into renewable energy.
Eco-Friendly Nanoparticles For More Vivid Displays
Scientists in Japan have created light-emitting nanoparticles that are fabricated without the toxic metal cadmium.
10 Scientists Behind South Korea’s R&D Dominance
A global leader in research, development and innovation, South Korea is home to these 10 award-winning scientists who are pushing the frontiers of science.
Diamond Circuits Can Take The Heat
Researchers in Japan have developed a hydrogenated diamond circuit that remains operational at 300 degrees Celsius.
How Imperfections Help 2D Quantum Materials To Grow
Defects formed at the interface between two semiconducting monolayer materials help drive the growth of 2D quantum well superlattices, researchers say.
The ABC’s Of Stacking Graphene
Japanese scientists have fabricated two types of trilayer graphene with different structures and electrical properties.
