"Metamaterials (Metamaterials)" are artificial materials with extraordinary physical properties not found in natural materials. Metamaterials interact with light or other forms of energy in ways that do not exist in nature through micron/nanometer-scale patterns or structures designed around them, typical metamaterials are left-handed materials, photonic crystals, super magnetic materials, metallic water, etc.
At approximately 5:49 p.m. Beijing time on October 4, the Royal Swedish Academy of Sciences decided to award the 2022 Nobel Prize in Physics to French scientist Alain Aspect, American scientist John F. Clauser and Austrian scientist Anton Zeilinger for "their experiments with entangled photons, which established the non-validity of Bell's inequality and pioneered quantum information science. for their "experiments on entangled photons, for establishing the disproof of Bell's inequality, and for pioneering the science of quantum information".
Fluorescence Imaging System Application Examples Explained2 The multifunctional galvanometer scanning fluorescence imaging system is a system that utilizes laser precision scanning, time-resolved acquisition, and image processing techniques to gain
Fluorescence Imaging System Application Examples Explained Multi-functional galvanometer scanning fluorescence imaging system, is a laser precision scanning, time-resolved acquisition and image processing technology to obtain the
Femtosecond Ultrafast Spectroscopy Ultrafast spectroscopy is often applied to study excited state processes in matter. Most of the physical effects that occur in general molecular atoms, such as the transport of atomic nuclei
Rational Selection of Polymer Structures for Interfacial Engineering of Calcium Titanite Solar Cells
Rational Selection of Polymer Structures for Interfacial Engineering in Calcium-Titanium Solar Cells Surface modification of the active layer of calcium-titanium solar cells (PSCs) is usually carried out using cumbersome experiments.
Some Key Issues in Fluorescence Lifetime Detection Sheng-Ye Jin, Dalian Institute of Chemical Physics, Chinese Academy of Sciences Fluorescence Lifetime Detection is used to determine the lifetime of the excited state of a substance and the carrier motion
Fermilab CDF releases new W boson results to challenge the Standard Model Science - April 7, 2022
Sodium Ion Embedding/Detachment Characteristics of Sn-Co Anode and Na Pre-doped Sn-Co Anode Introduction With the rapid development of technology, we all know that lithium-ion
Electrochemical properties of Sn-Co electrodes with various binder materials for sodium ion batteries
Electrochemical Properties of Sn-Co Electrodes with Various Binder Materials for Sodium-Ion Batteries Introduction With the rapid development of technology in the times, we know that lithium-ion batteries (LI) are the most popular and most popular materials in the world.