An international research group has found out how fast a computer can become maximum.
Researchers designed solid-state composite electrodes based on the liquid-phase sintering technique.
A silicon quantum processor in which an electron spin qubit (blue) enables communication between two phosphorus nuclear spin qubits (red). Researchers used gate set tomography to show that the processor’s logic gates surpass 99 percent fidelity.
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Experimental setup and Bessel-terahertz wave detection results
The newly developed qubits are based on so-called holes (red) whose spin (arrow) in one or the other direction stores the information. They are arranged in an architecture based on silicon transistors.
Irene Deng, general manager business group, Power and Signal Conversion at Nexperia
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Professor Jeffrey Grossman from MIT
Intracavity nonlinear frequency conversion of transverse mode locking states generates new structured beams.
Professor Ritesh Agarwal, School of Engineering and Applied Science, University of Pennsylvania
Steven McIntosh, Department of Chemical and Biomolecular Engineering, Lehigh
Yury Gogotsi, PhD, Distinguished University and Bach professor in Drexel’s College of Engineering
Tellurium chiral structures
The hybrid algorithm uses a classic and quantum computer to calculate ground state energy. This will help researchers develop new materials for different applications, including sustainability goals.
According to researchers in the Catalysis Center for Energy Innovation at the University of Delaware, irrigating a catalyst with hydrogen boosts the active sites and accelerates the chemistry that occurs there.
Lei Zhang, Executive Chairman, Envision AESC
Sébastien Bélanger, President, CEO, and Co-Founder of Zēlos Energy
(L-R) Assistant Professor Kim Munho from the School of Electrical & Electronic Engineering and PhD students Kim Youjin and Liao Yikai from NTU Singapore, are part of the NTU-KIMM research team.
Brig. Gen. (Ret) Paul E. Owen, CEO of Kronos Fusion Energy Defense Systems
Researchers have shown that a popular method to secure LiDAR sensors against "naive attacks" is still vulnerable at longer distances and only works at short distances. Here, a LiDAR system is fooled into thinking a car is somewhere else until it becomes too late to avoid a sudden and drastic course correction.
Johnny Sarvis, CEO of KYOCERA AVX
Dr. Sang Muk Kwark, Staff Scientist at Laird Thermal Systems
Mujeeb Ijaz, founder and chief executive officer, Our Next Energy
President & CEO Rudy Garza
