A team from the Massachusetts Institute of Technology has successfully developed a new nanoscale 3D transistor using ultra-thin semiconductor materials. This is the smallest 3D transistor known to date, and its performance and functions are comparable to or even exceed those of ...
Conceptual image of the latest electromagnetic wave absorption and shielding material. Image source: Korea Institute of Materials Science Scientists at the Korea Institute of Materials Science have developed a composite ultra-thin film. This material can absorb 99% ...
Infineon is the first company to master the handling and processing of ultra-thin 20μm power semiconductor wafers. By reducing the wafer thickness, the substrate resistance is halved, thereby reducing power losses by 15%. The above new technology can be used ...
In the latest issue of Science, a team from the Pritzker School of Molecular Engineering at the University of Chicago demonstrated a new breakthrough in the field of interfacial bioelectronics: they created a new type of water with powerful semiconductor functions. ...
For decades, silicon (Si) has been the workhorse of the semiconductor industry, found in everything from microprocessors to discrete power devices. However, with the increasing demand for modern power in areas such as automobiles and renewable energy, ...
A team from the Massachusetts Institute of Technology has made an important breakthrough in the field of electronic manufacturing: they have used full 3D printing technology to produce active electronic device components that do not require semiconductor materials. ...
September 18 news, metamaterials have properties that similar natural materials do not have. Researchers at the University of Glasgow in the UK have developed a new, cheap, easy-to-manufacture ultra-thin two-dimensional (2D) ...
On August 23, the Department of Physics of Southern University of Science and Technology issued a press release yesterday (August 22), stating that the chiral cage superconducting oscillations observed in its Quantum Singularity and Evolutionary Matter Laboratory have set a new record in the field of electrical ...
According to a report in Science magazine on the 15th, an international research team including North Carolina State University in the United States and Pohang University of Science and Technology in South Korea has demonstrated a technology for printing metal oxide films at room temperature. ...
New progress has been made in the research of high-performance polymer thermoelectric materials. On the 25th, the reporter learned from the Institute of Chemistry of the Chinese Academy of Sciences that researchers from the institute and other units have developed a new type of high-performance polymer thermoelectric material: ...
Schematic diagram of the design concept. Image source: Asian Materials Magazine British and Japanese scientists have successfully created the world's strongest known iron-based superconducting magnet using artificial intelligence (AI) technology. Latest research ...
This image shows how electrons (which can spin up or down) form a striped pattern in the Hubbard model. Recent breakthrough calculations on this model are helping scientists better understand a class of materials called cuprates. ...
On May 20, the Chinese Academy of Sciences discovered a polarized Bloch point in ferroelectric materials. This is a "singular point" in the vector field, and the vectors around it are oriented to various directions in space. ...
Researchers used multiple microwave frequencies to characterize a nonlinear phonon mixing device built on a silicon chip. Image credit: Sandia National Laboratories According to the latest issue of Nature Materials, the United States ...
Researchers at the University of Manchester in the UK have created a new one-dimensional system that has successfully achieved robust superconductivity in high magnetic fields. This is a major breakthrough in the field of superconductivity and paves the way for the realization of superconductivity in quantum Hall systems. ...
DMA prototype. Image credit: University of Glasgow British scientists have developed an innovative wireless communication antenna. This Digitally Encoded Dynamic Metasurface Array (DMA) prototype combines the unique properties of metamaterials ...
Schematic diagram of a thin-film solar cell using a new material as the active layer. Image source: Lehigh University According to the latest issue of Science Advances, researchers at Lehigh University in the United States have developed a new material. ...
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