Thomas J.G. Reisinger
- Organisation
- Karlsruhe Institute of Technology Source: OpenAlex, affiliation on the latest quantum work.
- Country
- Germany Source: Country of the organisation.
- Role
- Researcher Source: From the sources below.
- Quantum works
- 7 since 2022 (cited 102 times) Source: OpenAlex, works whose primary topic is a quantum topic of the taxonomy.
- Technology pillars
- Quantum computing and simulation, Quantum communication Source: Taxonomy 2.0, weighted by recent works.
- Expertise profile
- Superconducting qubits (3); Quantum computing and simulation (2); Quantum Information and Cryptography (7, OpenAlex topic) Source: Work titles read by the taxonomy rules, and OpenAlex topics; number of works in brackets.
- Identifiers
- ORCID 0000-0001-7982-9935 · OpenAlex A5060593109 Source: OpenAlex.
Recent quantum works
- Low crosstalk modular flip-chip architecture for coupled superconducting qubits (2025)
- High-quality superconducting tantalum resonators with beta phase defects (2025)
- High-impedance granular-aluminum ring resonators (2025)
- Simultaneous sweet-spot locking of gradiometric fluxonium qubits (2025)
- Observation of Josephson harmonics in tunnel junctions (2024)
Frequent co-authors in this directory
- Ioan M. Pop (7 works together)
- Patrick Paluch (5 works together)
- Patrick Winkel (4 works together)
- Simon Geisert (4 works together)
- Wolfgang Wernsdorfer (4 works together)
- Nicolas Gosling (4 works together)
- Soeren Ihssen (3 works together)
- Nicolas Zapata (3 works together)
- Zaki Leghtas (2 works together)
- Simon Günzler (2 works together)
Similar experts
From shared technology families and topics, co-authorship and shared grants.
- Patrick Winkel (4 works written together; both work on Superconducting qubits)
- Patrick Paluch (5 works written together; both work on Superconducting qubits)
- Nicolas Gosling (4 works written together; both work on Superconducting qubits)
- Ioan M. Pop (7 works written together; both work on Superconducting qubits)
- Simon Geisert (4 works written together; both work on Superconducting qubits)
Sources of this entry
- OpenAlex (CC0 1.0), read on 2026-10-28