For quite a long time, stargazers and physicists have been attempting to settle perhaps the most profound secret about the universe: that 85% of its
The Public Foundation for Materials Science (NIMS), the Rutherford Appleton Lab in the U.K., and the College of Oxford in the U.K. have tentatively affirmed that a cupric oxide shows
The potential for integrating energy-efficient photonics with cost-effective electronics has recently been unlocked by researchers at the Hong Kong University of Science and Technology (HKUST).
Terahertz (THz) radiation is electromagnetic radiation with frequencies ranging from 0.1 THz to 10 THz, with frequencies somewhere in the range of 30 m and 3 mm. Recognizing this radiation
Due to their large surface area and high surface awarenesses, as well as their novel electrical, optical, and electrochemical properties, two-layered materials, similar to change
A global exploration group, driven by NIMS and including the Foundation for Sub-atomic Science (IMS) and Aalto College in Finland, has prevailed with regards to
An exploration group led by Georgia Tech teacher Phil Santangelo has fostered a superior mRNA treatment that is intended to be utilized in a typical nebulizer for a more effective
Researchers in New Zealand and Australia working at the degree of iotas have made something startling: small metallic snowflakes. Why's that so huge? Since cajoling
According to new research from the Cook Foundation and Swinburne College, nanoparticles stacked with color that deliver heat upon close infrared light could pave the
Researchers from Tokyo Tech have successfully overcome the difficulty of producing nanowires directly on silicon substrates for the development of the following generation of electronics. The development of next-generation spintronics