# Posters D

Name | Title of Poster |
---|---|

Ian Berkman | Optical access of Er in Si with 0.5 ms electron spin coherence times |

Fabrizio Berritta | Feedback-based singlet-triplet qubit control based on an arbitrary Overhauser gradient |

Miguel J. Carballido | Ge/Si Hole-Spin-Qubit with Improved Dielectric and Operational Sweet Spots above 1K |

Emmanuel Chanrion | Parity and singlet-triplet high fidelity readout in a silicon double quantum dot at 0.5 K |

Edoardo Charbon | Cryo-CMOS Control for Spin Qubits: from a Wild Idea to Working Silicon |

Matthieu C Dartiailh | Electrical characterization of quantum dots in CMOS technology |

Pieter Eendebak | Data fitting for quantum measurements |

Rafael Sebastian Eggli | Dispersive Gate-Sensing Hole Quantum Dots in Silicon |

Simon Geyer | Two-qubit logic for holes in silicon FinFETs with anisotropic exchange coupling |

Wonjin Jang | Dynamic nuclear polarization with a Wigner molecule in GaAs |

Marián Janík | cQED with grAl resonators and hole spins in germanium |

Daniel Jirovec | Dynamics of hole singlet-triplet qubits with large g-factor difference |

Tamás Kalmár | Capacitive gate-reflectometry readout of InAs quantum dots |

Josip Kukucka | A fast singlet-triplet qubit in planar Ge driven by a tunable g-factor difference |

Sandrine Lopes | Find the optimal shape of the magnetic electrode to increase the addressability of spin qubits |

Alexey Lyasota | Er Sites in Si with long spin lifetimes and low homogeneous broadening |

Yuta Matsumoto | Fast single spin qubit operation and its coherence time enhanced by feedback control |

Victor Millory | Control of nearest-neighbor coupling in silicon quantum dots based on 300-mm silicon-on-insulator technology |

David Pataki | Gate crosstalk in crossbar spin qubit architectures |

Giora Peniakov | Towards supersensitive optical phase measurement using deterministically generated multi-photon entangled states |

Justin K Perron | Probing the timescale for measurement collapse in spin qubits |

Vladimir Pesic | Pulse level qubit simulations |

Conor Power | A Feasibility Study on Industrial Semiconductor Processes for the Implementation of Spin Qubits |

Amanda Elizabeth Seedhouse | Quantum computation protocol for dressed spins in a global field |

Mohamed Mohamed El Kordy Shehata | Co-modelling framework for spin qubits and their charge noise environment |

Kevin Silverman | |

Praveen Sriram | Quantum simulation of charge Kondo critical points in hybrid metal-InAs quantum dots |

Aldo Tarascio | Surface acoustic wave resonators for Qubit devices |

Zhiren Wang | Single electron spin resonance by microwave photon counting |

Ji Zou | Bell-state generation for spin qubits via dissipative coupling |