Different from the narrow band emission based on free excitons in lead-perovskite nanocrystals (NCs), the low electronic dimensionality in lead-free double perovskite NCs can lead to self-trapped excitons (STEs), generating a broadband emission.
Oct 18, 2021
Hold on to your hats, because scientists have found more evidence that Earth tips over from time to time. We know that the continents are moving slowly due to plate tectonics, but continental drift only pushes the tectonic plates past each other....
Oct 18, 2021
Absolute zero − the most appropriate temperature for both quantum experiments and quantum computing − makes it easier to describe a system by relying on a set of fundamental propositions. One of them, the quantum adiabatic theorem, ensures simpler...
Oct 18, 2021
SANKEN researchers achieved over 95% accuracy when reading the output spin states of qubits by implementing machine learning. By using deep neural networks, the team was able to overcome noise in both simulated and real data sets from quantum dots...
Oct 18, 2021
Piazza, a researcher at EPFL’s Laboratory of Semiconductor Materials, explores semiconductors on a nanoscale. His main interest is nanowires or nanostructures composed of semiconducting materials, and his objective is to take transistors beyond th...
Oct 18, 2021
A microscope slide that is compatible with any optical microscope could hold implications for the future of cancer detection. The tool, called the NanoMslide, was developed by researchers at La Trobe University. Brian Abbey and Eugeniu Balaur, wit...
Oct 18, 2021
Researchers from Rochester Institute of Technology (RIT) and national photonic device company AdvR designed and built a quantum chip prototype that the developers say is able to bridge traditional fiber optic networks with quantum computing networks.
Oct 18, 2021
A new method designs nanomaterials with less than 10-nanometer precision. It could pave the way for faster, more energy-efficient electronics. DTU and Graphene Flagship researchers... The post Quantum Materials Cut Closer Than Ever for Faster, Mo...
Oct 18, 2021
Weaving intricate, microscopic patterns of crystal or glass is now possible thanks to engineers at Rice University.
Oct 18, 2021
Weaving intricate, microscopic patterns of crystal or glass is now possible thanks to engineers at Rice University.
Oct 16, 2021
