Other

the zip file ''matlabcodeforallfigures'' contains the Matlab code for all figures and one table.

Within which, the data for Figure 5, Figure 7 as well as Figure 9 are generated by the C ++ script in the zip file ''CsciptforFigure57and9'' and its correlated data collected in the zip file ''collecteddataforFigure57and9''.

This work utilized image recognition technology and beam forming technology to build a phased array with the target tracking and transmitting the microwave with a focused beam. The coordinate position of the target is obtained from the image recognition module and converted into phase information for the phased array. This system was constructed by a 1 × 4 5.764 GHz phased array with four 4-bit phase shifters. The phase shifters formed the focused beam, which requires not only the direction angle of the target but also the transmission distance.

Current quantum systems that are based on spin qubits are controlled by classical electronics located outside the cryostat at room temperature. This approach creates a major wiring bottleneck, which is one of the main roadblocks toward truly scalable quantum computers. Thus, we propose a scalable memristor-based programmable DC source that can be used to perform biasing of quantum dots inside the cryostat (i.e., in-situ).

This dataset is Bill Proposal History of the Republic of Korea 20th National Assembly(2016-2020) Lawmakers. This dataset consists of 21,594 rows with 37 columns. Contents are mainly written in korean, so translation will be needed for foreign researchers. If any further instruction or information is needed, contact by minhan.nick.cho@gmail.com.