[We-P] Quantum technologies: semiconductor qubits and applications, cryo-CMOS technologies

[We-P-99] Prospects and Challenges of Quantum Dots in the FDSOI Platform for Spin Quantum Computing

〇Sounak Samanta¹, Arnav Jain¹, Kanishk Modi¹, Abhinav Bijlani¹, Varsha Jangir¹, Siddarth Rastogi¹, Lokesh Patra¹, Samaresh Das², Uditendu Mukhopadhyay^1,3, Suddhasatta Mahapatra^1,3 (1. Department of Physics, Indian Inst. of Tech. Bombay (India), 2. Centre for Applied Res. in Electronics (CARE), Indian Inst. of Tech. Delhi (India), 3. Centre of Excellence in Quantum Info., Computing, Sci. & Tech. (CoE QuICST), Indian Inst. of Tech. Bombay (India))

The effect of charge-noise on the transport characteristics of few-hole quantum dots (QDs) in FDSOI, with emphasis on the lifting of Pauli spin blockade, is reported. Our results provide guidelines for reliable QD-formation, toward scalable spin quantum computing architectures.