In the last 20 years, silicon quantum dots have received considerable attention from academic and industrial communities for research on readout, manipulation, storage, near-neighbor and long-range coupling of spin qubits.In this paper, we introduce how to realize a single spin qubit from RIJOQ: VOCAL MUSIC OF DAYAK BENUAQ FROM KUTAI, EAST KALIMANTAN Si-MOS quantum dots.First, we introduce the structure of a typical Si-MOS quantum dot and the experimental setup.Then, we show the basic properties of the quantum dot, including charge stability diagram, orbital state, valley state, lever arm, electron temperature, tunneling rate and spin lifetime.After that, we introduce the two most commonly used methods for spin-to-charge conversion, i.
e., Elzerman readout and Pauli spin blockade readout.Finally, we discuss the details of how to find A review of research methods on the coupling relationship between urban rail transit and urban space: revealing spatiotemporal relationships through big data the resonance frequency of spin qubits and show the result of coherent manipulation, i.e., Rabi oscillation.
The above processes constitute an operation guide for helping the followers enter the field of spin qubits in Si-MOS quantum dots.