This tool, vital for precision medicine, is designed to handle tiny volumes equivalent to a single cell's contents and can identify single biomolecules even in high-concentration environments.
Jun 23rd, 2023
Read more
Low-cost, flexible displays that use very little energy could be a step closer, thanks to an innovation that solves a problem that has plagued source-gated transistors (SGT).
Jun 22nd, 2023
Read more
Researchers have successfully addressed a long-standing challenge in the scientific community, achieving atomic-level precision in the measurement and mapping of the thicknesses of two-dimensional (2D) material flakes.
Jun 22nd, 2023
Read more
Detection across widely varying concentrations down to single-molecule could enable multiple medical tests to be performed on a single portable device.
Jun 22nd, 2023
Read more
The results could help turn up unconventional superconducting materials.
Jun 22nd, 2023
Read more
The device emits a stream of single photos at room temperature and could provide a basis for optical quantum computers.
Jun 22nd, 2023
Read more
Researchers developed a large-scale (4-inch), highly uniform, and defect-free plasma etching technology, which will likely become the foundation of the industrial supply of molybdenum disulfide, a next-generation two-dimensional (2D) semiconductor.
Jun 22nd, 2023
Read more
A new speciation atlas helps researchers to get more accurate results and new discoveries.
Jun 22nd, 2023
Read more
Qantum researchers twist double bilayers of an antiferromagnet to demonstrate tunable moire magnetism.
Jun 22nd, 2023
Read more
Scientists demonstrate that a terahertz wave camera can capture 3D images of microscopic items hidden inside small objects.
Jun 21st, 2023
Read more
A novel method for nanopore fabrication uses swift heavy ions, enabling size control, density manipulation, and potential mass production.
Jun 21st, 2023
Read more
Researchers developed a three-dimensional porous carbon-based current collector material and applied it to secondary batteries and supercapacitors to improve energy density and lifespan at the same time.
Jun 21st, 2023
Read more
Scientists have developed a new method, called time-resolved momentum microscopy, for imaging individual quantum states in two-dimensional crystals of tungsten disulfide, which is crucial for understanding the interplay of these states and potentially unlocking their use in next-generation nanoscale solar cells or electronic sensors.
Jun 21st, 2023
Read more
Researchers have developed open-source, freely available software that will pave the way for new discoveries in the field and accelerate quantum research significantly.
Jun 20th, 2023
Read more
By combining two cutting-edge biological research methods, researchers have achieved near-perfect control over the manipulation of individual molecules, allowing them to be identified and characterized with unprecedented precision.
Jun 19th, 2023
Read more
Physicists generate one of the shortest signals ever produced by humans: Using paired laser pulses, they succeeded in compressing a series of electron pulses to a numerically analyzed duration of only 0.000000000000000005 seconds.
Jun 19th, 2023
Read more