Medicine & TechnologyNew technology for managing up to millions of spin qubits could take quantum computing devices one step closer to large-scale availability.
A new imaging technique that produces 3D images has been developed to detect and eventually produce a warning sign before a fatal occurrence even happens.
A new study recently showed how silver nanowires can become a substitute material that can be attractive for certain devices like mobile phones and tablets.
Researchers recently developed a new microneedle patch that may solve hair loss and baldness, a more effective treatment than the ones available today.
New research from the Chinese Academy of Sciences (CAS) revealed that black phosphorus (BP) nanomaterials with an innate mitosis-targeting mechanism also have anticancer properties.
Researchers turned to the Japanese art of Kirigami to create complex 3D structures that serve as modular and reconfigurable building blocks for new metamaterials.
Researchers were able to develop a new amalgamation process that results in two metals producing nanocrystals, opening a new avenue for creating intermetallic nanocrystals for a variety of specialized applications.
In the ongoing pursuit to successfully emulate the human brain, one of the most complex machines known to man, a new study was able to fabricate an artificial neuron that can retain electronic memories.
A new method could lead to the faster, better way of fabricating soft materials called diblock polymers, speeding up production from five months down to three minutes.
Researchers have introduced a new approach engaging magnetic nanoparticles that exhibit interesting and substantially promising particles that will help address different types of solid tumors.
A new study led by Japanese researchers managed to configure graphene-diamond junctions to mimic certain functions of the human brain, opening possibilities for more complex computing devices.