| Aaquib Shamim |
University of New South Wales,Sydney |
Electrically Driven Hole Spin Resonance Detected with Charge Sensor in a Planar Si CMOS Structure (.docx) |
04/11/24 |
P101 |
| Aaron Jones |
HRL Laboratories |
Qubit reconfigurability and sequence customization in exchange-only qubits (.pdf) |
06/11/24 |
S22 |
| Abdallah El Kass |
University of Sydney |
Parametric Amplifier Toolkit for Spin Qubits (.docx) |
07/11/24 |
P323 |
| Agostino Apra |
Equal1 |
Single electron control in Si quantum dot arrays in a fully commercial process (.docx) |
05/11/24 |
P221 |
| Akito Noiri |
Riken |
Benchmarking single-qubit gate with 99.99% fidelity via pulse shaping in silicon spin qubits (.docx) |
07/11/24 |
P329 |
| Alexander Willmes |
JARA-FIT, FZ Jülich and RWTH Aachen |
Towards a scalable spin-shuttling architecture for Si/SiGe (.docx) |
04/11/24 |
P103 |
| Alexander Hamilton |
UNSW Sydney |
Hole Spin Qubits in Planar Silicon CMOS (.pdf) |
04/11/24 |
S4 |
| Alexander Ivlev |
Qutech, Delft University of Technology |
Scaling Quantum Dot Devices: The 6×6 Array (.docx) |
04/11/24 |
P102 |
| Alexei Orekhov |
IBM Research Europe – Zurich |
Resonant iSWAP gate in Ge hole spin qubits (.docx) |
04/11/24 |
P104 |
| Alexey Lyasota |
Centre of Excellence for Quantum Computation and … more Communication Technology, School of Physics, University of New South Wales, Sydney, New South Wales 2052, Australia |
Er sites in Si for quantum information processing (.docx) |
07/11/24 |
P330 |
| Alison Goldingay |
CQC2T, The University of New South Wales |
Development of WSi films for Superconducting Nanowire Single Photon Detectors (.docx) |
07/11/24 |
P331 |
| Anasua Chatterjee |
Delft University of Technology |
Superconductor-semiconductor hybrid circuits on a germanium 2DEG platform (.pdf) |
05/11/24 |
S10 |
| Anders Kringhøj |
UNSW |
In situ amplification of spin echoes within a kinetic inductance parametric amplifier (.docx) |
07/11/24 |
P319 |
| Andrea Morello |
UNSW Sydney |
Quantum computing with nuclear spin qudits (.pdf) |
04/11/24 |
S7 |
| Andreas Nickl |
University of New South Wales/ Diraq |
Tuning of multi-dot devices in SiMOS (.docx) |
04/11/24 |
P105 |
| Andreas Kuhlmann |
University of Basel |
Hole spin qubits in Si MOS structures (.pdf) |
04/11/24 |
S1 |
| Andreas Heinrich |
Center for Quantum Nanoscience |
Towards Quantum Computing with Spins on Surfaces (.pdf) |
07/11/24 |
S105 |
| Andrew Dzurak |
Diraq |
Spin-based quantum processing leveraging industry-standard silicon CMOS manufacture (.pdf) |
06/11/24 |
S25 |
| Andrew Palmer |
School of Physics, University of New South Wales |
Progress Towards Levitated Electron Qubits on Neon (.docx) |
07/11/24 |
P324 |
| Ashutosh Mukund Bhudia |
UNSW Sydney |
Circuit Quantum Electrodynamics with Atomic Precision Qubits (.docx) |
04/11/24 |
P106 |
| Bao-Chuan Wang |
University of Science and Technology of China |
High fidelity qubit control and scaling of spin qubit in Si/SiGe (.docx) |
07/11/24 |
P332 |
| Bart Raes |
imec |
Radio frequency single electron transmission spectroscopy of a semiconductor Si/SiGe quantum dot (.docx) |
04/11/24 |
P107 |
| Benjamin Wilhelm |
UNSW Sydney |
Sensing at the Heisenberg limit with a high-spin donor in silicon (.docx) |
04/11/24 |
P108 |
| Benoit Bertrand |
CEA-LETI |
A scalable FDSOI spin qubits platform for quantum computing applications (.docx) |
04/11/24 |
P109 |
| Biel Martinez i Diaz |
CEA LETI |
Variability of hole spin qubits in planar Germanium (.docx) |
04/11/24 |
P110 |
| Cameron Jones |
University of New South Wales |
Four-Spin Qubit Array in SiMOS with Parallel Parity Readout (.docx) |
04/11/24 |
P111 |
| Chanung Park |
Seoul National University |
Autotuning multiple quantum dots in the slow tunnelling regime (.docx) |
07/11/24 |
P320 |
| Chi-Wei Lee |
Department of Physics, National Tsing Hua … more University, Taiwan |
Implementing RF Reflectometry for quantum dot measurements (.docx) |
04/11/24 |
P112 |
| Christian Binder |
University of Oxford |
Simulating the Valley Degree of Freedom in Electron Shuttling in Si/SiO2 (.docx) |
07/11/24 |
P333 |
| Chun-Yang Yuan |
Department of Physics, National Tsing Hua … more University, Taiwan |
Noise characterization of a Ge quantum dot and its control electronics (.docx) |
04/11/24 |
P113 |
| Cornelius Carlsson |
University of Oxford |
Autonomous rf-Tuning into Pauli Spin Blockade using Neural Networks (.docx) |
04/11/24 |
P114 |
| Dafei Jin |
University of Notre Dame |
Recent Progress in Electron-on-Neon Qubits (.pdf) |
08/11/24 |
S107 |
| Daniel Loss |
University of Basel |
Superconducting Spin Qubits in Hole Quantum Dots (.pdf) |
05/11/24 |
S11 |
| Danielle Holmes |
UNSW, Sydney |
Improved placement precision of donor spin qubits in silicon using molecule ion implantation (.docx) |
04/11/24 |
P115 |
| Dasom Choi |
Ewha Womans University |
Coherent control of a single Er electron spin on surface (.docx) |
05/11/24 |
P226 |
| David Jamieson |
University of Melbourne |
Ensembles of ion implanted donor spins in ion beam enriched silicon (.docx) |
04/11/24 |
P130 |
| David van Driel |
Groove Quantum |
A scalable platform for germanium spin qubits (.docx) |
07/11/24 |
P325 |
| Davide Costa |
QuTech |
Reducing disorder in Ge quantum wells (.docx) |
04/11/24 |
P116 |
| Desmond Kim Chye Cheng |
National Tsing Hua University |
Rf readout with NbTiN high kinetic inductor (.docx) |
04/11/24 |
P117 |
| Dimi Culcer |
UNSW Sydney |
Dephasing of Ge spin qubits: random telegraph and 1/f noise (.pdf) |
05/11/24 |
S12 |
| Dwight Luhman |
Sandia National Laboratories |
Nuclear quadrupole coupling in Si/SiGe heterostructures from first principles (.docx) |
04/11/24 |
P118 |
| Elizabeth Champion |
Department of Physics and Astronomy, University of … more Rochester |
Multi-frequency control and measurement of a spin-7/2 system encoded in a transmon qudit (.pdf) |
04/11/24 |
S8 |
| Elizaveta Morozova |
Delft University of Technology |
Universal control and benchmarking of four singlet-triplet qubits (.docx) |
04/11/24 |
P119 |
| Erika Kawakami |
RIKEN |
Investigating Electrons on Helium with RF Reflectometry (.pdf) |
08/11/24 |
S110 |
| Fabian Oppliger |
EFPL |
Efficient Microwave Photodetection Using a Frequency-Tunable High-Impedance Resonator Coupled to a Double Quantum Dot (.docx) |
04/11/24 |
P129 |
| Fabian Hader |
Central Institute of Engineering, Electronics and … more Analytics, ZEA-2 – Electronic Systems, Forschungszentrum Jülich GmbH, 52425 Jülich, Germany |
Quantum Dot CSD Simulation and Automated Charge Transition Detection (.docx) |
04/11/24 |
P120 |
| Federico Poggiali |
TU Delft, Qutech |
QARPET: Qubit Array Research Platform for Engineering and Testing (.docx) |
04/11/24 |
P121 |
| Felix Krauth |
C12 quantum electronics |
Spin qubits in carbon nanotubes : a platform for quantum computing (.docx) |
07/11/24 |
P334 |
| Felix-Ekkehard von Horstig |
Quantum Motion |
Floquet interferometry of a dressed semiconductor quantum dot (.docx) |
04/11/24 |
P122 |
| Florian Ginzel |
ParityQC Germany |
Scalable Parity Architecture With a Shuttling-Based Spin Qubit Processor (.docx) |
04/11/24 |
P124 |
| Franco De Palma |
EPFL |
Strong hole-photon coupling in planar Ge: probing the charge degree and Wigner molecule states (.docx) |
04/11/24 |
P136 |
| Gauri Goenka |
UNSW, Sydney |
Germanium Nuclear Spin Coupled to SiMOS Quantum Dots (.docx) |
05/11/24 |
P201 |
| Giovanni Franco-Rivera |
Laboratory for Physical Sciences |
Development of a flip-chip induced quantum dot on semiconducting spin-qubit materials. (.docx) |
05/11/24 |
P203 |
| Giovanni Diotallevi |
Augsburg University |
Floquet Quantum Processor (.docx) |
05/11/24 |
P202 |
| Guido Burkard |
University of Konstanz |
Superadiabatic Landau-Zener transitions during spin shuttling (.pdf) |
|
S211 |
| Hanifa Tidjani |
QuTech |
Quantum computing in vertically coupled double quantum dots (.docx) |
04/11/24 |
P131 |
| Hanseo Sohn |
Seoul National University |
Zero-noise extrapolation-based quantum error mitigation in a silicon spin qubit (.docx) |
05/11/24 |
P204 |
| Harmen Eenink |
TNO |
Material characterisation and vertical interconnects for SiGe spin qubit devices (.docx) |
05/11/24 |
P205 |
| Hassan Jamal Latief |
CQC2T, The University of New South Wales |
Fabrication and optical analysis of WSi thin films for enhanced SNSPD efficiency (.docx) |
04/11/24 |
P132 |
| Hendrik Bluhm |
RWTH Aachen University and Forschungszentrum … more Jülich |
Ingredients for spin-shuttling-based quantum processors in Si/SiGe (.pdf) |
|
S212 |
| Henric Bornemann |
Silicon Quantum Computing |
Solving Systems of Linear Equations with a 4-Qubit Spin Register in Silicon (.docx) |
04/11/24 |
P125 |
| Ik Kyeong Jin |
RIKEN |
Performance of Academic and Industrial Silicon Spin-Qubits (.docx) |
07/11/24 |
P326 |
| Imakire Katsuki |
University of Tsukuba |
Electron g-factor of strained germanium (.docx) |
05/11/24 |
P206 |
| Ioanna Kriekouki |
Equal1 Labs |
Quantum dot model optimization including valley-coupling calculation for spin qubit applications in Si/SiGe (.docx) |
04/11/24 |
P133 |
| Jacob Benestad |
Norwegian University of Science and Technology |
Optimising radio-frequency integration time for Hamiltonian estimation (.docx) |
05/11/24 |
P207 |
| Jaemin Park |
Seoul National University |
Iterative improvement in the fabrication and quantum control of linear spin qubit array in 28Si/SiGe (.docx) |
05/11/24 |
P208 |
| Jelena Klinovaja |
University of Basel |
Valley-Free Silicon Fins Caused by Shear Strain (.pdf) |
|
S213 |
| Jeroen Danon |
Norwegian University of Science and Technology |
Hamiltonian estimation in semiconductor spin qubits (.pdf) |
05/11/24 |
S19 |
| Jiamin Kang |
University of Science and Technology of China |
A 2D silicon quantum dot plaquette as a Fermi-Hubbard simulator (.docx) |
05/11/24 |
P209 |
| Jörg Wrachtrup |
Stuttgart University |
Measuring electron correlations with a quantum sensor (.pdf) |
|
S315 |
| Juan Rojas-Arias |
RIKEN |
Decoupling a singlet-triplet qubit from charge noise (.docx) |
04/11/24 |
P127 |
| Justin Brown |
UNSW |
Prospects for Strong Optical Coupling between Single Erbium Ions and Silicon Photonic Cavities (.docx) |
04/11/24 |
P126 |
| Kai Müller |
Technical University of Munich |
Ultrafast electrical switching and charge state control of silicon vacancy centers in diamond (.docx) |
05/11/24 |
P225 |
| Karina Hudson |
QuTech, TU Delft |
Quantum Hall effects in quantum point contacts in Ge (.docx) |
04/11/24 |
P134 |
| Kelvin Onggadinata |
Nanyang Technological University |
High-fidelity cavity-mediated controlled-Z gate in double quantum dot qubits beyond the rotating-wave approximation (.docx) |
05/11/24 |
P210 |
| Klaus Ensslin |
ETH Zurich |
Induced Spin-Orbit Interactions in Graphene Quantum Devices (.pdf) |
05/11/24 |
S16 |
| Kristiaan De Greve |
imec |
Taking silicon quantum dots from lab to 300 mm cmos fabs: recent updates from the imec MOS and Si/SiGe efforts (.pdf) |
|
S317 |
| Kuan-Chu Chen |
IMEC, Leuven, Belgium |
Investigating Source of Spurious Dots in 300 mm Process Quantum Devices by Triangulation (.docx) |
05/11/24 |
P229 |
| Laura O’Neill |
University of New South Wales |
Development of piezoelectric actuators for strain control of donor spin qudits (.docx) |
05/11/24 |
P211 |
| Lieven Vandersypen |
QuTech, TU Delft |
Quantum computing and simulation with semiconductor spins (.pdf) |
|
S318 |
| Lino Visser |
PGI-11 Forschungszentrum Jülich GmbH |
From an empty lab to customized setups and germanium quantum dots (.docx) |
05/11/24 |
P212 |
| Luis Peña |
Sandia National Laboratories |
Modeling Si/SiGe quantum dot variability induced by interface disorder reconstructed from multiperspective microscopy (.docx) |
05/11/24 |
P213 |
| Lukas Hanschke |
Technical University of Munich |
Quantum Dot Molecules as Spin-Photon Interfaces for Applications in Quantum Communication (.docx) |
05/11/24 |
P214 |
| Łukasz Cywiński |
Institute of Physics, Polish Academy of Sciences |
Spin dephasing in a silicon double quantum dot and its implications for spin qubit shuttling (.pdf) |
|
S319 |
| Mark van Blankenstein |
University of New South Wales |
Entangling electrons and nuclei in a four-qubit, two-atom device in silicon (.docx) |
04/11/24 |
P128 |
| Mark Johnson |
Quantum Motion |
Rapid silicon quantum dot device characterisation at scale (.pdf) |
06/11/24 |
S23 |
| Mark Eriksson |
University of Wisconsin-Madison |
Assessing the impact of radiation on Si/SiGe quantum dot qubits (.pdf) |
06/11/24 |
S20 |
| Martin Nurizzo |
UNSW |
Certifying the quantumness of a single nuclear spin qudit through its uniform precession (.docx) |
05/11/24 |
P230 |
| Masahiro Tadokoro |
Tokyo Institute of Technology |
Proposal of Quantum Circuit Compiler Considering Qubit Connectivity and Addressability with Cross-Device Architecture Evaluation (.docx) |
05/11/24 |
P215 |
| Mateusz Madzik |
Intel Corporation |
High-fidelity qubit-operations using quantum-dot arrays fabricated on a 300 mm semiconductor line (.pdf) |
06/11/24 |
S24 |
| Maud Vinet |
Quobly |
Leveraging FDSOI for spin qubits (.pdf) |
|
S423 |
| Maxim De Smet |
QuTech, TU Delft |
Shuttling two-qubit gate and teleportation with mobile spins (.docx) |
05/11/24 |
P216 |
| Menno Veldhorst |
QuTech / Delft University of Technology, The … more Netherlands |
Hole spin qubits in germanium (.pdf) |
04/11/24 |
S3 |
| Michelle Simmons |
SQC |
Engineering qubits in silicon with atomic precision (.pdf) |
04/11/24 |
S6 |
| Michelle Randall |
IBS Center for Quantum Nanoscience (QNS) |
Cultural Compass: Aligning Talents in World-Class Research Organizations (.docx) |
05/11/24 |
P217 |
| Miguel Carballido |
University of Basel / Quamplify |
Fixing the Holes in Holes: On Optimizing and Scaling the Operation of Hot Hole Spin-Qubits (.docx) |
05/11/24 |
P218 |
| Nard Dumoulin Stuyck |
Diraq |
A 300 mm foundry silicon spin qubit unit cell exceeding 99 % fidelity in all operations (.docx) |
08/11/24 |
P336 |
| Natalia Ares |
University of Oxford |
Fully autonomous tuning of spin qubits (.pdf) |
05/11/24 |
S18 |
| Natalie Foster |
Sandia National Labs |
Angular magnetic field dependence of spin-orbit and nuclear spin dynamics on singlet-triplet qubit coherence in Si/SiGe (.docx) |
05/11/24 |
P219 |
| Nikola Komerički |
Fraunhofer Institute for Applied Solid State … more Physics IAF |
200 mm Wafer Level Characterization Below 2 K of Gated Si/SiGe Devices for Spin Qubits (.docx) |
05/11/24 |
P220 |
| Pasquale Scarlino |
ecole polytechnique fédérale de lausanne (EPFL) |
Hybrid Circuit Quantum Electrodynamics with Semiconductor QDs (.pdf) |
|
S426 |
| Patrick Del Vecchio |
École Polytechnique de Montréal |
Nuclear Spin-Depleted, Isotopically Enriched 70Ge/28Si70Ge Quantum Wells (.docx) |
05/11/24 |
P236 |
| Patrick Del Vecchio |
École Polytechnique de Montréal |
Tunable Spin-Orbit Coupling in Ge Light-Hole Quantum Channels (.docx) |
05/11/24 |
P231 |
| Patrick Russell |
School of Electrical Engineering, University of … more New South Wales |
Improvements towards hermetic packaging of levitating qubit devices (.docx) |
05/11/24 |
P227 |
| Patrick Harvey-Collard |
IBM Research Europe – Zurich |
Three-way junction device with six Ge hole spin qubits (.pdf) |
04/11/24 |
S2 |
| Paul Steinacker |
UNSW |
Violating Bell’s inequality in gate-defined quantum dots (.docx) |
05/11/24 |
P222 |
| Peter Stano |
RIKEN |
Low-frequency noise in silicon spin-qubit devices (.pdf) |
05/11/24 |
S13 |
| Piotr Kot |
Center for Quantum Nanoscience |
Control of the Landau-Zener Gap in Atomic Structures (.docx) |
04/11/24 |
P135 |
| Pranav Vaidhyanathan |
University of Oxford |
Meta-learning characteristics and dynamics of quantum systems (.docx) |
05/11/24 |
P223 |
| Praveen Sriram |
Stanford University |
Hybrid quantum dots for quantum simulation of Kondo lattice models (.docx) |
05/11/24 |
P224 |
| Rafael Eggli |
University of Basel |
Gate-reflectometry of Si and Ge/Si Holes (.docx) |
07/11/24 |
P301 |
| Rebekka Garreis |
Physics Department, ETH Zurich |
Spin and Valley Physics in Graphene Quantum Dots (.pdf) |
05/11/24 |
S17 |
| Robert Joynt |
University of Wisconsin-Madison |
Interacting Random-field Dipole Defect Model for Quasi-static Electric Fields in Semiconductor-based Qubit Devices (.pdf) |
05/11/24 |
S14 |
| Rui Wu |
University of Science and Technology of China |
Probing Two Driven Double Quantum Dots Strongly Coupled to a Cavity (.docx) |
05/11/24 |
P232 |
| Runze Zhang |
University of Science and Technology of China |
Fast Composed SWAP gate in silicon spin qubits (.docx) |
07/11/24 |
P302 |
| Sam Fiette |
CEA-Leti |
Large-scale extraction of quantum dots capacitances from industrial FD-SOI spin-qubits devices (.docx) |
07/11/24 |
P303 |
| Samuel Bartee |
Diraq |
Spin Qubits with Scalable milli-kelvin CMOS Control (.docx) |
07/11/24 |
P304 |
| Sander de Snoo |
QuTech, Delft University of Technology |
QConstruct: a software framework for qubit physics experiments (.docx) |
05/11/24 |
P235 |
| Sandrine Lopes |
C12 Quantum Electronics |
Magnetic characterization and integration of a micromagnet in a carbon nanotube spin qubit architecture (.docx) |
07/11/24 |
P335 |
| Satoru Miyamoto |
Nagoya University |
Non-Equilibrium Charge Dynamics and Noise in Gate-Controlled Si-MOS Device (.docx) |
07/11/24 |
P321 |
| Savi’ Apicella |
UNSW |
Integrating high quality factor 3D microwave resonators with nanodevices for global qubit control (.docx) |
07/11/24 |
P305 |
| Scott Liles |
University of New South Wales |
A singlet-triplet hole-spin qubit in planar silicon (.docx) |
07/11/24 |
P306 |
| Seigo Tarucha |
RIKEN |
High Fidelity and Stochastic Spin Noise in Multi-Qubit Devices (.pdf) |
05/11/24 |
S15 |
| ShengKai Zhu |
University of Science and Technology of China |
Split-gate Radio-Frequency Reflectometry in Si-MOS gate-defined Quantum Dots (.docx) |
07/11/24 |
P307 |
| shukun ye |
University of Science and Technology of China |
Anisotropy of the frequency shift in high kinetic inductance TiN resonators under magnetic field (.docx) |
07/11/24 |
P328 |
| Si Yan Koh |
Nanyang Technological University |
Dispersive readout of the donor-based flip-flop qubit (.docx) |
07/11/24 |
P308 |
| Silvano De Franceschi |
CEA Grenoble |
Hole sweet hole! (.pdf) |
04/11/24 |
S5 |
| Simon Stastny |
University of Konstanz |
Singlet-triplet and exchange-only flopping-mode spin qubits (.docx) |
07/11/24 |
P322 |
| Ssu-Chih Lin |
National Taiwan University |
Coherent spin shuttling in MOS quantum dots array (.docx) |
07/11/24 |
P309 |
| Stefano Bosco |
TU Delft |
Leveraging the tunability of hole spin qubits (.pdf) |
|
S33 |
| Susan Coppersmith |
UNSW Sydney |
Optimising silicon/silicon-germanium quantum dot qubits (.pdf) |
|
S34 |
| Thaddeus Ladd |
HRL Laboratories |
Coherent Control of Triangular and Multi-Rail Exchange-Only Spin Qubits in the Sledge Architecture (.pdf) |
06/11/24 |
S21 |
| Tien-Ho Chang |
National Tsing Hua university |
Fabrication and measurement of a Ge/SiGe quantum dot device (.docx) |
07/11/24 |
P310 |
| Torbjørn Rasmussen |
University of Copenhagen |
Optimizing Gate Control in Quantum Point Contacts and Quantum Dot Devices (.docx) |
07/11/24 |
P311 |
| Tsung-Lin Chung |
Center for Quantum Devices, Niels Bohr Institute, … more University of Copenhagen |
Quantum simulation with triangular triple quantum dots (.docx) |
07/11/24 |
P312 |
| Tzu-Kan Hsiao |
National Tsing Hua University |
Long-range spin correlation in spin wave modes prepared in gate-defined quantum dot arrays (.docx) |
07/11/24 |
P313 |
| Valla Fatemi |
Cornell University |
Linear and nonlinear spin control of a harmonic qudit hosted in an oscillator (.pdf) |
04/11/24 |
S9 |
| Xi Yu |
UNSW Sydney |
Benchmarking quantum operations on a high-dimensional nuclear spin qudit in silicon (.docx) |
07/11/24 |
P314 |
| Xiao Xue |
TU Delft |
Spin circuit QED in the time domain (.docx) |
07/11/24 |
P315 |
| Xuedong Hu |
University at Buffalo |
Electron Shuttling by Surface Acoustic Waves (.pdf) |
|
S36 |
| Yann-Michel Niquet |
CEA/IRIG/MEM/L_Sim |
The manifold of spin-orbit interactions in hole spin qubits (.pdf) |
|
S37 |
| Yiran Tian |
RIKEN |
Towards detection of spin qubits on solid neon (.docx) |
07/11/24 |
P316 |
| Yiran Tian |
RIKEN / Kazan Federal University |
Rydberg state detection of surface electrons on helium with cryogenic LC circuit using frequency modulation (.docx) |
04/11/24 |
P123 |
| Youn Seok Lee |
Photonic Inc |
Distributed Quantum Computing in Silicon (.pdf) |
|
S38 |
| Yu-chen Zhou |
University of Science and Technology of China |
Anisotropy of Qubit Operations in Planar Germanium (.docx) |
07/11/24 |
P317 |
| Yuan Kang |
CAS Key Laboratory of Quantum Information, … more University of Science and Technology of China, Hefei, Anhui 230026, China |
Coupling of hole double quantum dot in planar germanium to a microwave cavity (.docx) |
05/11/24 |
P228 |
| Yujeong Bae |
Empa |
Atomic-Scale Quantum Information Science with Spins on Surfaces (.pdf) |
|
S39 |
| Zecheng Wei |
University of Science and Technology of China |
On-chip Filters for cQED Systems (.docx) |
07/11/24 |
P327 |
| Zeheng Wang |
CSIRO |
Quantum Machine Learning for Semiconductor Fabrication: Modeling GaN HEMT Contact Process (.docx) |
07/11/24 |
P318 |
| Zi-Qing Huang |
University of Science and Technology of China |
Spin-flip two-level systems induced anomalous magnetic field properties in superconducting resonators (.docx) |
05/11/24 |
P234 |
