A method for stabilizing the interfaces in solid-state lithium-ion batteries opens new possibilities.
Working with a six atom ring made up of four carbons and two nitrogens, scientists were able to guide the reaction down a predictable pathway.
Michigan State University researchers reveal processes that keep a plant’s energy balance in check during changing conditions.
Research from Harvard U, in collaboration with other universities, offers a new understanding of complex catalysis and advances in catalyst design.
The leftover pulp can be refined into cellulose nanocrystals that shows promise for improving how heat is captured and recycled in industry.
PPPL provided and operated a diagnostic to measure the loss of energetic ions; understanding this loss is the 1st step to improving their confinement.
UC San Diego researchers design a flexible system that sidesteps copper-protein binding.
New research from the University of New Hampshire could improve storage capacity for devices.
The effect could potentially lead to more sensitive sensors as well as supercapacitors for energy storage, turned on and off by a magnetic field.
In transfer learning, knowledge or data are transferred from another domain to enhance the task in the target domain, the domain of interest.