Report: iSAP 2024
This symposium included six invited lectures and thirteen poster presentations. Around a hundred researchers and engineers participated in the symposium from universities, companies, and other organizations.
The theme of the symposium was “quantum computing.” The invited lectures covered the cutting-edge research results related to various platforms of quantum computing, including superconducting qubits, cold neural atoms, trapped ions, and qubits in silicon.
The poster session by young researchers provided an opportunity for transnational networking.
Active discussions were exchanged among the participants during the symposium, which made the symposium productive and fruitful for the development of quantum computing science and technology.
Lectures
Symposium chair
Ultrafast quantum computing with ultracold atom arrays at quantum speed limit [PDF:1.5MB]
Prof. Kenji Ohmori (Institute for Molecular Science)Invited speakers
Advanced fabrication of superconducting qubits for a quantum computer [PDF:1020.8KB]
Prof. John Martinis (Qolab)Towards fault-tolerant quantum computing with neutral atoms [PDF:991.9KB]
Prof. Vladan Vuletić (Massachusetts Institute of Technology)Scaling trapped ion quantum computers [PDF:1.2MB]
Prof. Jonathan Home (ETH Zürich)Early FTQC: closing the gap between NISQ and FTQC [PDF:1.1MB]
Prof. Keisuke Fujii (Osaka University)Engineering qubits in silicon with atomic precision [PDF:1.3MB]
Prof. Michelle Y. Simmons (Silicon Quantum Computing)Pictures
