Events at NQCP

• 16 June 2026, 9:00-9:45

  Master thesis defense by Hao Tang

  Dielectric Characterization and Charge Noise Analysis Semiconductor spin qubits are a promising platform for fault-tolerant quantum computing, but their performance is affected by charge noise originating from…

• 16 June 2026, 9:50-10:35

  Master thesis defense by Oliver J. N. Dylander (16/06)

  Design of Multiplexed Printed Circuit Boards for Efficient Characterization of Quantum Chips This thesis investigates radio frequency multiplexing as a method for reducing the experimental overhead in cryogenic…

• 16 June 2026, 10:40-11:25

  Master thesis defense by Arthur L. Bousquet

  Miniaturized vertical interconnect access for quantum dot arrays Thanks to their long coherence times, semiconductor spin qubits are one of the most promising platforms for quantum computing. Electrons are trapped…

• 18 June 2026, 11:15-12:15

  Master thesis defense in Quantum Information Science by Måns Johan Palm

  Accelerating Monte Carlo Trajectory Simulations of Cold Atoms -- A GPU-Parallel pylcp Rewrite Simulation software targeting computationally dempanding Monte Carlo simulations rely mostly on serial integration of…

• 18 June 2026, 14:00-14:30

  Bachelor defense by Mie Xiaoyang Gravgaard Lassen

  Analysis of Laser Cooling Light for a Continuous Source of 171-Yb Atoms In this thesis we construct an Injection Locking Amplifier (ILA) that will be used in a Zeeman slower utilizing the strong ¹S₀ - ¹P₁ cooling…

• 18 June 2026, 14:30-15:00

  Bachelor defense by Christian Ringsing

  Analysis of Laser Cooling Light for a Continuous Source of 171-Yb Atoms In this thesis we construct an Injection Locking Amplifier (ILA) that will be used in a Zeeman slower utilizing the strong ¹S₀ - ¹P₁ cooling…

• 24 June 2026, 10:00

  Master thesis defense by Laura Navarro

  SMART Slicing for T-States Optimization using Reinforcement Learning in Fault-Tolerant Quantum Circuits Fault-tolerant quantum computation introduces a significant resource overhead, particularly for non-Clifford…