My master's will be related to light-matter interaction and spin qubits/holes and their interaction with photons, I'm hoping this is going to be greatttt!!
#mastersthesis #spinqubits #quantumscience
#mastersthesis #spinqubits #quantumscience
December 8, 2024 at 11:34 AM
My master's will be related to light-matter interaction and spin qubits/holes and their interaction with photons, I'm hoping this is going to be greatttt!!
#mastersthesis #spinqubits #quantumscience
#mastersthesis #spinqubits #quantumscience
This study investigates charge and spin qubits in quantum dots coupled to Rashba spin-orbit coupled leads, revealing how magnetic pair breaking and spin-orbit-dependent hybridization control qubit coherence, relaxation, and leakage dynamics.
#SpinQubits #QuantumDots #Research
#SpinQubits #QuantumDots #Research
Charge and Spin Qubits in Interacting Quantum Dots With Rashba-Active Leads
arxiv.org
September 24, 2026 at 2:45 AM
This study investigates charge and spin qubits in quantum dots coupled to Rashba spin-orbit coupled leads, revealing how magnetic pair breaking and spin-orbit-dependent hybridization control qubit coherence, relaxation, and leakage dynamics.
#SpinQubits #QuantumDots #Research
#SpinQubits #QuantumDots #Research
Wow, already up to 200+ sign-ups and still a week to go before the first lecture! #spinqubits
Please spread the word :D
Please spread the word :D
Excited to announce the 2025 NCCR SPIN Open Course on Spin-Based Quantum Computing!
From quantum computing fundamentals to cutting-edge spin-qubit research.
📅 Starts 19 Feb 2025
⏰ (Initially) 07:15 UTC | 08:15 CET | 16:15 Tokyo | 18:15 Sydney
✅ Sign up for free: t.co/kWdr28y8Uf
From quantum computing fundamentals to cutting-edge spin-qubit research.
📅 Starts 19 Feb 2025
⏰ (Initially) 07:15 UTC | 08:15 CET | 16:15 Tokyo | 18:15 Sydney
✅ Sign up for free: t.co/kWdr28y8Uf
https://forms.gle/KzprJBKdgmBdipfz5
t.co
February 12, 2025 at 12:04 PM
Wow, already up to 200+ sign-ups and still a week to go before the first lecture! #spinqubits
Please spread the word :D
Please spread the word :D
Breakthrough in spin qubit speed: Researchers achieved 40GHz Rabi frequency using uniaxial strain, 10x faster than existing systems. At frequencies above 25GHz, qubits gain immunity to electrical noise, promising both speed and reliability improvements.
#SpinQubits #QuantumHardware #News
#SpinQubits #QuantumHardware #News
Hole Spin Qubits Achieve Record 40GHz Operation via Strain Engineering
quantumzeitgeist.com
September 17, 2026 at 5:39 PM
Breakthrough in spin qubit speed: Researchers achieved 40GHz Rabi frequency using uniaxial strain, 10x faster than existing systems. At frequencies above 25GHz, qubits gain immunity to electrical noise, promising both speed and reliability improvements.
#SpinQubits #QuantumHardware #News
#SpinQubits #QuantumHardware #News
💡Types of Qubits – Part 2:
🔹 Photonic, fast & ideal for communication
🔹 Spin, tiny yet powerful in semiconductors
🔹 Neutral Atoms, scalable + optical tweezers
@xanaduai.bsky.social @psiquantum.bsky.social
Each qubit type brings its quantum magic.
#QuantumComputing #Qubits #SpinQubits #Photonics
🔹 Photonic, fast & ideal for communication
🔹 Spin, tiny yet powerful in semiconductors
🔹 Neutral Atoms, scalable + optical tweezers
@xanaduai.bsky.social @psiquantum.bsky.social
Each qubit type brings its quantum magic.
#QuantumComputing #Qubits #SpinQubits #Photonics
July 1, 2025 at 2:44 AM
💡Types of Qubits – Part 2:
🔹 Photonic, fast & ideal for communication
🔹 Spin, tiny yet powerful in semiconductors
🔹 Neutral Atoms, scalable + optical tweezers
@xanaduai.bsky.social @psiquantum.bsky.social
Each qubit type brings its quantum magic.
#QuantumComputing #Qubits #SpinQubits #Photonics
🔹 Photonic, fast & ideal for communication
🔹 Spin, tiny yet powerful in semiconductors
🔹 Neutral Atoms, scalable + optical tweezers
@xanaduai.bsky.social @psiquantum.bsky.social
Each qubit type brings its quantum magic.
#QuantumComputing #Qubits #SpinQubits #Photonics
Iceberg's Pinnacle qLDPC architecture successfully implemented on Diraq's spin-qubit hardware while maintaining logical performance advantage, achieving 1,000 logical qubits with just 150,000 physical qubits through NVIDIA CUDA-Q Logical compilation.
#SpinQubits #ErrorCorrection #News
#SpinQubits #ErrorCorrection #News
Iceberg Quantum and Diraq Confirm Pinnacle's Logical Advantage for Spin Qubits Using NVIDIA CUDA-Q
www.diraq.com
September 17, 2026 at 5:17 PM
Iceberg's Pinnacle qLDPC architecture successfully implemented on Diraq's spin-qubit hardware while maintaining logical performance advantage, achieving 1,000 logical qubits with just 150,000 physical qubits through NVIDIA CUDA-Q Logical compilation.
#SpinQubits #ErrorCorrection #News
#SpinQubits #ErrorCorrection #News
💡Types of Qubits – Part 2:
🔹 Photonic – fast & ideal for communication
🔹 Spin – tiny yet powerful in semiconductors
🔹 Neutral Atoms – scalable w/ optical tweezers
@imphys-tudelft.bsky.social
Each qubit type brings its own quantum magic.
#QuantumComputing #Qubits #SpinQubits #Photonics #NeutralAtoms
🔹 Photonic – fast & ideal for communication
🔹 Spin – tiny yet powerful in semiconductors
🔹 Neutral Atoms – scalable w/ optical tweezers
@imphys-tudelft.bsky.social
Each qubit type brings its own quantum magic.
#QuantumComputing #Qubits #SpinQubits #Photonics #NeutralAtoms
July 1, 2025 at 2:44 AM
💡Types of Qubits – Part 2:
🔹 Photonic – fast & ideal for communication
🔹 Spin – tiny yet powerful in semiconductors
🔹 Neutral Atoms – scalable w/ optical tweezers
@imphys-tudelft.bsky.social
Each qubit type brings its own quantum magic.
#QuantumComputing #Qubits #SpinQubits #Photonics #NeutralAtoms
🔹 Photonic – fast & ideal for communication
🔹 Spin – tiny yet powerful in semiconductors
🔹 Neutral Atoms – scalable w/ optical tweezers
@imphys-tudelft.bsky.social
Each qubit type brings its own quantum magic.
#QuantumComputing #Qubits #SpinQubits #Photonics #NeutralAtoms
Incredibly proud to have contributed #scientific #visualization s to this paper by Sieu Ha et al. at HRL Laboratories (#arxiv 2502.08861 #quantumphysics). An incredibly talented group of researchers that I'm lucky to work with #spinqubits #quantum #physics #datavisualization #scientificillustration
February 15, 2025 at 12:19 AM
Incredibly proud to have contributed #scientific #visualization s to this paper by Sieu Ha et al. at HRL Laboratories (#arxiv 2502.08861 #quantumphysics). An incredibly talented group of researchers that I'm lucky to work with #spinqubits #quantum #physics #datavisualization #scientificillustration
qdmag enables efficient simulation of magnetic molecule dynamics under time-varying fields with spin-phonon coupling. This Python tool bridges theory and experiment for pulsed-field magnetometry of quantum spin systems.
#QuantumSimulation #SpinQubits #Research
#QuantumSimulation #SpinQubits #Research
qdmag: Simulating Nonequilibrium Magnetization with Quantum Master Equations
arxiv.org
September 16, 2026 at 6:31 AM
qdmag enables efficient simulation of magnetic molecule dynamics under time-varying fields with spin-phonon coupling. This Python tool bridges theory and experiment for pulsed-field magnetometry of quantum spin systems.
#QuantumSimulation #SpinQubits #Research
#QuantumSimulation #SpinQubits #Research
Via #OPG_Optica: Waveguide excitation and spin pumping of chirally coupled quantum dots opg.optica.org/optica/fullt... #SpinQubits
November 10, 2025 at 8:30 PM
Via #OPG_Optica: Waveguide excitation and spin pumping of chirally coupled quantum dots opg.optica.org/optica/fullt... #SpinQubits
Here are some nice details from the HRL Laboratories #blender3d render for the @nature_the_journal cover. The highlighted pathways show how control signals run through the #Quantum Processing Unit (#QPU) across 4K (red/orange) to mK (purple/blue) // #spinqubits // Volume 655 Issue 8125, 30 July 2026
July 29, 2026 at 6:46 PM
Here are some nice details from the HRL Laboratories #blender3d render for the @nature_the_journal cover. The highlighted pathways show how control signals run through the #Quantum Processing Unit (#QPU) across 4K (red/orange) to mK (purple/blue) // #spinqubits // Volume 655 Issue 8125, 30 July 2026
Neues Open-Source-Tool von HRL Laboratories beschleunigt Quantencomputer-Entwicklung mit Spin-Qubits. Das Tool soll die Forschung und Entwicklung im Bereich der Quantentechnologie voranbringen. #Quantencomputer #OpenSource #Quantentechnologie #SpinQubits #... Link
July 17, 2025 at 1:26 AM
Neues Open-Source-Tool von HRL Laboratories beschleunigt Quantencomputer-Entwicklung mit Spin-Qubits. Das Tool soll die Forschung und Entwicklung im Bereich der Quantentechnologie voranbringen. #Quantencomputer #OpenSource #Quantentechnologie #SpinQubits #... Link
Diraq announces its first quantum computer deployment pending completion, marking a commercial milestone in spin-qubit quantum computing.
#QuantumComputing #SpinQubits #News
#QuantumComputing #SpinQubits #News
Diraq's First Quantum Computer Deployment
bsiegelwax.substack.com
September 3, 2026 at 3:12 PM
Diraq announces its first quantum computer deployment pending completion, marking a commercial milestone in spin-qubit quantum computing.
#QuantumComputing #SpinQubits #News
#QuantumComputing #SpinQubits #News
Fujitsu announces a diamond-spin quantum computer prototype, advancing spin qubit technology for practical quantum computing applications.
#QuantumComputing #SpinQubits #News
#QuantumComputing #SpinQubits #News
Fujitsu Develops Diamond-Spin Quantum Computer Prototype
thequantuminsider.com
September 8, 2026 at 8:11 AM
Fujitsu announces a diamond-spin quantum computer prototype, advancing spin qubit technology for practical quantum computing applications.
#QuantumComputing #SpinQubits #News
#QuantumComputing #SpinQubits #News
What if a single carbon defect in hexagonal boron nitride could act as a room‑temperature quantum sensor, reading magnetic fields without any cooling? Kim et al. (2024) explore this possibility. https://arxiv.org/pdf/2608.20833v1 #academicsky #spinqubits #sciwri
September 18, 2026 at 2:13 PM
What if a single carbon defect in hexagonal boron nitride could act as a room‑temperature quantum sensor, reading magnetic fields without any cooling? Kim et al. (2024) explore this possibility. https://arxiv.org/pdf/2608.20833v1 #academicsky #spinqubits #sciwri
🚨 Preprint Alert!
In this work, @mtbarreca01.bsky.social and I theoretically study a molecular strategy to achieve the formation of metastable quintet excited states in MR-TADF-linked organic diradicals.
chemrxiv.org/doi/full/10....
#SpinQubits #TADF #OrganicRadicals #compchem
In this work, @mtbarreca01.bsky.social and I theoretically study a molecular strategy to achieve the formation of metastable quintet excited states in MR-TADF-linked organic diradicals.
chemrxiv.org/doi/full/10....
#SpinQubits #TADF #OrganicRadicals #compchem
Light-Controlled Qubit Coupling in Organic Diradicals Linked by an MR-TADF Emitter | ChemRxiv
Photoexcited high-spin states in organic systems represent an attractive platform
for the optical control of magnetic interactions in molecular spin-qubit architectures.
Here, we theoretically study t...
chemrxiv.org
May 22, 2026 at 8:47 AM
🚨 Preprint Alert!
In this work, @mtbarreca01.bsky.social and I theoretically study a molecular strategy to achieve the formation of metastable quintet excited states in MR-TADF-linked organic diradicals.
chemrxiv.org/doi/full/10....
#SpinQubits #TADF #OrganicRadicals #compchem
In this work, @mtbarreca01.bsky.social and I theoretically study a molecular strategy to achieve the formation of metastable quintet excited states in MR-TADF-linked organic diradicals.
chemrxiv.org/doi/full/10....
#SpinQubits #TADF #OrganicRadicals #compchem
Researchers achieved the lowest charge noise (0.46 µeV/√Hz) in Ge quantum wells on silicon through engineered SiGe barrier composition, enabling high-fidelity scalable spin qubit processors.
#SpinQubits #QuantumHardware #Research
#SpinQubits #QuantumHardware #Research
Enhanced Charge Stability in Ge Quantum Well Heterostructures via SiGe Composition Modulation
arxiv.org
September 11, 2026 at 4:10 AM
Researchers achieved the lowest charge noise (0.46 µeV/√Hz) in Ge quantum wells on silicon through engineered SiGe barrier composition, enabling high-fidelity scalable spin qubit processors.
#SpinQubits #QuantumHardware #Research
#SpinQubits #QuantumHardware #Research
Researchers achieved >99.9% gate fidelities in germanium spin qubits using external room-temperature magnets instead of bulky superconducting ones, enabling better scaling for large quantum processors.
#SpinQubits #QuantumScaling #News
#SpinQubits #QuantumScaling #News
Optimizing Germanium Hole Spin Qubits with Room-Temperature Magnets
iq.fp2.dev
April 30, 2026 at 12:12 AM
Researchers achieved >99.9% gate fidelities in germanium spin qubits using external room-temperature magnets instead of bulky superconducting ones, enabling better scaling for large quantum processors.
#SpinQubits #QuantumScaling #News
#SpinQubits #QuantumScaling #News
Thank you, #SpinQubit7!
We enjoyed connecting with researchers, discussing the latest advances in #SpinQubits, and joining the Qblox Spin Up Summer Fest celebrating the new Qblox Spin Qubit Lab. Excited to keep the conversation going!
We enjoyed connecting with researchers, discussing the latest advances in #SpinQubits, and joining the Qblox Spin Up Summer Fest celebrating the new Qblox Spin Qubit Lab. Excited to keep the conversation going!
July 20, 2026 at 12:34 PM
Thank you, #SpinQubit7!
We enjoyed connecting with researchers, discussing the latest advances in #SpinQubits, and joining the Qblox Spin Up Summer Fest celebrating the new Qblox Spin Qubit Lab. Excited to keep the conversation going!
We enjoyed connecting with researchers, discussing the latest advances in #SpinQubits, and joining the Qblox Spin Up Summer Fest celebrating the new Qblox Spin Qubit Lab. Excited to keep the conversation going!
Dr. Stockklauser promoted to CPO at Quantum Motion, having led development of the first commercial silicon spin-qubit system and advanced DARPA QBI initiatives—strengthening the company's quantum hardware leadership.
#SpinQubits #QuantumHardware #News
#SpinQubits #QuantumHardware #News
Quantum Motion Appoints Anna Stockklauser as Chief Product Officer
quantummotion.com
September 10, 2026 at 12:33 PM
Dr. Stockklauser promoted to CPO at Quantum Motion, having led development of the first commercial silicon spin-qubit system and advanced DARPA QBI initiatives—strengthening the company's quantum hardware leadership.
#SpinQubits #QuantumHardware #News
#SpinQubits #QuantumHardware #News
#SpinQubit7 is underway in Delft, the Netherlands!
We're already seeing exciting discussions around the latest advances in spin-based #quantum information processing.
Looking to accelerate your spin qubit research? Meet our experts at booth G1!
#SpinQubits #CoolForProgress
We're already seeing exciting discussions around the latest advances in spin-based #quantum information processing.
Looking to accelerate your spin qubit research? Meet our experts at booth G1!
#SpinQubits #CoolForProgress
July 14, 2026 at 7:19 AM
#SpinQubit7 is underway in Delft, the Netherlands!
We're already seeing exciting discussions around the latest advances in spin-based #quantum information processing.
Looking to accelerate your spin qubit research? Meet our experts at booth G1!
#SpinQubits #CoolForProgress
We're already seeing exciting discussions around the latest advances in spin-based #quantum information processing.
Looking to accelerate your spin qubit research? Meet our experts at booth G1!
#SpinQubits #CoolForProgress
Researchers characterize germanium-tin heterostructures using magneto-optical spectroscopy, extracting exciton binding energies and demonstrating an effective g-factor of ~2—advancing platforms for scalable hole spin qubits and quantum networking.
#SpinQubits #QuantumHardware #Research
#SpinQubits #QuantumHardware #Research
Magneto-Optical Characterization of GeSn and GeSn/SiGeSn Heterostructures
arxiv.org
June 2, 2026 at 4:50 AM
Researchers characterize germanium-tin heterostructures using magneto-optical spectroscopy, extracting exciton binding energies and demonstrating an effective g-factor of ~2—advancing platforms for scalable hole spin qubits and quantum networking.
#SpinQubits #QuantumHardware #Research
#SpinQubits #QuantumHardware #Research
Bluefors is heading to #SpinQubit7 in Delft, the Netherlands! We will be showcasing our Bluefors cryogenic measurement systems for #SpinQubits. Meet our experts at booth G1 and let us help you find the right solution for your research.
#QuantumComputing #Cryogenics #CoolForProgress
#QuantumComputing #Cryogenics #CoolForProgress
July 6, 2026 at 12:10 PM
Bluefors is heading to #SpinQubit7 in Delft, the Netherlands! We will be showcasing our Bluefors cryogenic measurement systems for #SpinQubits. Meet our experts at booth G1 and let us help you find the right solution for your research.
#QuantumComputing #Cryogenics #CoolForProgress
#QuantumComputing #Cryogenics #CoolForProgress
Lansdowne Partners' backing of Quantum Motion highlights the investment thesis that silicon spin qubits represent quantum computing's defining hardware breakthrough, comparable to the transistor's role in classical computing.
#SpinQubits #QuantumInvestment #News
#SpinQubits #QuantumInvestment #News
Silicon Spin Qubits: Why Lansdowne Partners Invested in Quantum Motion
quantummotion.com
September 3, 2026 at 2:13 PM
Lansdowne Partners' backing of Quantum Motion highlights the investment thesis that silicon spin qubits represent quantum computing's defining hardware breakthrough, comparable to the transistor's role in classical computing.
#SpinQubits #QuantumInvestment #News
#SpinQubits #QuantumInvestment #News
Novel parametric control method for quantum dot spins achieves ~155ps gate times (~290× faster than prior acoustic methods) with 99.9% fidelity, enabling universal spin control and opening pathways for acoustically-coupled hybrid quantum architectures.
#QuantumComputing #SpinQubits #QuantumControl
#QuantumComputing #SpinQubits #QuantumControl
Fast Universal Parametric Spin Control in Acoustically Modulated Quantum Dots
arxiv.org
September 9, 2026 at 6:29 AM
Novel parametric control method for quantum dot spins achieves ~155ps gate times (~290× faster than prior acoustic methods) with 99.9% fidelity, enabling universal spin control and opening pathways for acoustically-coupled hybrid quantum architectures.
#QuantumComputing #SpinQubits #QuantumControl
#QuantumComputing #SpinQubits #QuantumControl