Research
-
Achievement of High-Speed Growth of High-Purity β-Gallium Oxide Films by Metalorganic Vapor Phase Epitaxy
-
Smartphone photos may be able to predict rice yields, researchers report
-
Scientists studying fluid dynamics explore mechanism at work in interfacial tension
-
Japanese squirrels develop human hereditary diseases with aging
-
Reducing contamination in single-molecule DNA extraction using nanopore technology
-
Image generation AI for predicting the deformation of splashing drops
-
A novel biorefinery process with material and energy circulation by reusing by-products
-
Researchers uncover novel amyloidosis
-
Invasive toads: Urban style! Urbanization reduced the parotoid gland sizes of invasive toads
-
New method to produce nano-sized plasma “mist” holds potential for expanded medical use
-
Detection of cancer biomarkers from blood samples using nanopore-based DNA computing technology
-
Chromosomal errors that develop early lead to embryonic loss in assisted reproductive technology
-
Great progress in interfacial hydrodynamics combined with chemical thermodynamics
-
New research may revise a theory of reacting flow
-
Double-stranded RNA induces bone loss during gum disease
-
Sea turtle warning: Pandemic pollution is infecting the oceans
-
Intestine ‘organoid’ grown in lab to see why bats live with viruses but don’t get sick
-
For the first time, DNA and proteins sensed by de novo-designed nanopore
-
The unknown consequences of plastic’s legacy, found in seabirds around the world
-
Fast and easy detection of amyloid through a fluorescence fingerprinting approach
-
New control of liquid–liquid interface through non-equilibrium thermodynamics
-
Multiple bacteria types found to contribute to bone loss in gum disease
-
Traditional Japanese food may hold building blocks of COVID-19 treatments
-
Powerhouse of the cell has self-preservation mechanism
-
Beyond 5G: Wireless communications may get a boost from ultra-short collimating metalens
-
A new understanding of patterns in fluid flow
-
Researchers use multivalent gold nanoparticles to develop efficient molecular probe
-
G-quadruplex-forming DNA molecules enhance enzymatic activity of myoglobin
-
Using micro-sized cut metal wires, Japanese team forges path to new uses for terahertz waves
-
Staying down on the farm
