PAM-XIAMEN can offer SiC substrate for quantum spin hall effect researches, specifications please refer to https://www.powerwaywafer.com/sic-wafer/sic-wafer-substrate.html. In quantum spin Hall (QSH) materials, the direction of electron spin is consistent with the direction of motion, making it promising for non dissipative spintronic devices. However, in the currently implemented QSH systems, the [...]
SiC wafers can be supplied for studying spin quantum bit, more sepcifications please found in https://www.powerwaywafer.com/sic-wafer. Quantum computers have the potential to solve some scientific problems that even top supercomputers cannot solve today, and quantum sensors may be able to measure signals that are difficult for the most sensitive sensors [...]
PAM-XIAMEN is able to provide you with silicon wafers for optical studies, more please refer to https://www.powerwaywafer.com/silicon-wafer. The global quantum internet needs a long-life, telecom band photonic material interface that can be manufactured on a large scale. The preliminary quantum network based on photon matter interfaces that meet these subsets [...]
PAM-XIAMEN can offer SiC substrate for various researches, additional information can be found in https://www.powerwaywafer.com/sic-wafer/sic-wafer-substrate.html. Hybrid quantum systems can utilize quantum information for various forms of practice, such as quantum photons for long-distance transmission, spin behavior for information storage, and microwave superconducting circuits for computation. In hybrid quantum systems, the [...]
SiC wafers can be offered for laser power converter researches, additional information please refer to https://www.powerwaywafer.com/sic-wafer/sic-wafer-substrate.html. Any questions please contact our sales team with victorchan@powerwaywafer.com. The current high-power laser transmission technology faces two major limitations in improving the efficiency of optoelectronic receivers: inherent entropy loss associated with low bandgap materials [...]
4H-SiC wafers are available for nitrogen vacancy(NV) color center research. For more wafer information, please contact our sales team: victorchan@powerwaywafer.com 1. Backgroud for Quantum Sensing Research on 4H-SiC Quantum sensing technology, with its unique ability to utilize quantum mechanical properties such as quantum entanglement and quantum interference, has demonstrated its potential to [...]
SiC wafers can be offered with various specifications: https://www.powerwaywafer.com/sic-wafer. Silicon carbide (SiC) is a semiconductor with mature related technologies, controllable p-type and n-type doping, and mature nanomanufacturing technology. However, at present, it is necessary to reveal the coherence characteristics, decay time T1, and longitudinal spin relaxation process of the double vacancy [...]
Silicon wafers are available for various researches, detailed specifications as shown in https://www.powerwaywafer.com/silicon-wafer. Silicon is a mature platform for quantum technology and has many advantages in the integration of defect quantum emitters. Recent experiments have shown that it is feasible to implement a single quantum emitter in silicon, which has great [...]
PAM-XIAMEN can supply SiC epitaxial wafers for color center research, more specifications you can find in https://www.powerwaywafer.com/sic-wafer/sic-epitaxy.html. Any questions, please contact the sales team: victorchan@powerwaywafer.com. The solid-state spin color center is an important system for quantum information processing, and its fluorescence brightness is an important parameter towards practical quantum applications. [...]
PAM-XIAMEN can supply AlN thin films, additional specifications please see https://www.powerwaywafer.com/2-inch-aluminum-nitride-aln-template-on-sapphire.html. 1. Research Background of Incoherent Interfaces Functional material interfaces have attracted much attention due to their often exhibiting novel physical and chemical phenomena and properties that differ from bulk materials. For example, two-dimensional electron gas, interface superconductivity, interface luminescence, and [...]
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