Contact Us
"*" indicates required fields
Biography
Dr. Sinan Bugu is enthusiastic and deeply motivated in his work, with a rich track-record in Quantum Information Processing (both theory and devices). His track record is built on a broad foundation of technical skills that demonstrate his ability to provide unique solutions and independently establish international collaborations, working in international multidisciplinary environments, merges his experiences across the fields of condensed physics, mathematics, and electrical and electronic engineering and delivering timely scientific results, which the scientific community has recognized. He studied theoretical quantum optics during his MSc at Istanbul University, followed by research studentships at the Department of Electrical & Computer Engineering, National University of Singapore (SINGA – Singapore National Graduate Award) and the Department of Electrical Engineering and Information Systems, University of Tokyo (Japanese Government Monbukagakusho (MEXT) scholarship – Ministry of Education, Culture, Sports, Science, and Technology) where he learned the fundamentals of condensed matter experimental physics and basic processing in the cleanroom. He has mastered the quantum physics of Quantum Dots and the RF reflectometry method during his Ph.D. at the Department of Electrical & Electronic Engineering, Tokyo Institute of Technology (MEXT scholarship). Notably, he joined Dr. Gonzalez-Zalba’s team at Hitachi Cambridge Labs at Cambridge University as a visiting scholar, where he specialized in the gate-based sensing technique and used NbN superconducting inductor for fast readout. Dr. Bugu has experience in working across international environments (Turkey, Singapore, UK & Japan).
He is now working as a Researcher in the field of Quantum Materials and Nanostructures at Tyndall within the CMOS++ Research Cluster https://www.neuqu.ie/ led by Dr. Giorgos Fagas.
Dr. Bugu’s personal interest is focused on quantum microelectronics areas such as the readout of quantum devices via RF and microwave systems.
His current research activities on modeling, fabrication, and characterization side are;
- Silicon Nanoelectromechanical switches (NEMS) resonators for quantum reflectometry
- GeOI devices and heterostructure (Ge/SiGe) quantum dots
- GeSn heterostructure-based multiple quantum dots system
- Transition-metal dichalcogenides (TMDs) based superconducting qubit
Research Interests
Research Interests
Dr Bugu’s personal interest is focused on quantum microelectronics areas such as readout of quantum devices via RF and microwave systems.
His current research activities are;
- Fabrication and characterisation of silicon NEMS
- Fabrication and characterisation of heterostructure (Ge/SiGe) quantum dots
Publications
Peer Reviewed Journals
| Year | Journal | Publication |
|---|---|---|
| 2021 | Japanese Journal of Applied Physics | RF reflectometry for readout of charge transition in a physically defined p-channel MOS silicon quantum dot Sinan Bugu and Shimpei Nishiyama and Kimihiko Kato and Yongxun Liu and Takahiro Mori and Tetsuo Kodera (2021) RF reflectometry for readout of charge transition in a physically defined p-channel MOS silicon quantum dot. : . |
| 2021 | Scientific Reports | Radio-frequency single electron transistors in physically defined silicon quantum dots with a sensitive phase response. Mizokuchi R;Bugu S;Hirayama M;Yoneda J;Kodera T; (2021) Radio-frequency single electron transistors in physically defined silicon quantum dots with a sensitive phase response.. : . |
| 2021 | Physical Review A | Deterministic preparation of W states via spin-photon interactions Ozaydin F.;Yesilyurt C.;Bugu S.;Koashi M. (2021) Deterministic preparation of W states via spin-photon interactions. : . |
| 2021 | Scientific Reports | 4.2 K sensitivity-tunable radio frequency reflectometry of a physically defined p-channel silicon quantum dot. Bugu S;Nishiyama S;Kato K;Liu Y;Murakami S;Mori T;Ferrus T;Kodera T; (2021) 4.2 K sensitivity-tunable radio frequency reflectometry of a physically defined p-channel silicon quantum dot.. : . |
| 2020 | Scientific Reports | Preparing multipartite entangled spin qubits via pauli spin blockade Bugu, Sinan and Ozaydin, Fatih and Ferrus, Thierry and Kodera, Tetsuo (2020) Preparing multipartite entangled spin qubits via pauli spin blockade. : . |
| 2020 | Scientific Reports | Surpassing the classical limit in magic square game with distant quantum dots coupled to optical cavities. Bugu S;Ozaydin F;Kodera T; (2020) Surpassing the classical limit in magic square game with distant quantum dots coupled to optical cavities.. : . |
| 2016 | Journal of The Optical Society of America B | Deterministic Local Doubling of W states C. Yesilyurt and S. Bugu and F. Ozaydin and A. A. Altintas and M. Tame and L. Yang and S. K. Ozdemir (2016) Deterministic Local Doubling of W states. : . |
| 2015 | Acta Physica Polonica A | An Optical Setup for Deterministic Creation of Four Partite W state C. Yesilyurt and S. Bugu and F. Diker and A. A. Altintas and F. Ozaydin (2015) An Optical Setup for Deterministic Creation of Four Partite W state. : . |
| 2014 | International Journal Of Theoretical Physics | Quantum Fisher Information of Several Qubitsin the Superposition of A GHZ and two W Stateswith Arbitrary Relative Phase Ozaydin F.;Altintas A.;Bugu S.;Yesilyurt C.;Arik M. (2014) Quantum Fisher Information of Several Qubitsin the Superposition of A GHZ and two W Stateswith Arbitrary Relative Phase. : . |
| 2014 | Physical Review A | Fusing Multiple W States Simultaneously with a Fredkin Gate F. Ozaydin and S. Bugu and C. Yesilyurt and A. A. Altintas and M. Tame and S. K. Ozdemir (2014) Fusing Multiple W States Simultaneously with a Fredkin Gate. : . |
| 2014 | Quantum Information Processing | Constructing quantum logic gates using q-deformed harmonic oscillator algebras Altintas A.A.;Ozaydin F.;Yesilyurt C.;Bugu S.;Arik M. (2014) Constructing quantum logic gates using q-deformed harmonic oscillator algebras. : . |
| 2013 | International Journal Of Theoretical Physics | Quantum Fisher Information of N Particles in the Superposition of W and GHZ States Ozaydin F.;Altintas A.;Bugu S.;Yesilyurt C. (2013) Quantum Fisher Information of N Particles in the Superposition of W and GHZ States. : . |
| 2013 | Quantum Information Processing | An Optical Gate for Simultaneous Fusion of Four Photonic W or Bell States C. Yesilyurt and S. Bugu, and F. Ozaydin (2013) An Optical Gate for Simultaneous Fusion of Four Photonic W or Bell States. : . |
| 2013 | Physical Review A | Enhancing the W-State Quantum-Network-Fusion Process with a Single Fredkin Gate S. Bugu and C. Yesilyurt and F. Ozaydin (2013) Enhancing the W-State Quantum-Network-Fusion Process with a Single Fredkin Gate. : . |
Teaching Activities
Teaching Interests
Quantum Computer Engineering
Scientific Programming
Calculus
Differential Equations
Discrete Structures
Computer Programming
Analysis of Algorithms
Designing Electrical Circuits
Digital Electronic Circuits