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Keysight Advances Quantum Engineering with New System-Level Simulation Solution Quantum System Analysis reduces reliance on costly cryogenic testing and accelerates validation of superconducting quantum systems... ow.ly/EzMy50XmcTL

chipestimate's tweet image. Keysight Advances Quantum Engineering with New System-Level Simulation Solution
Quantum System Analysis reduces reliance on costly cryogenic testing and accelerates validation of superconducting quantum systems... ow.ly/EzMy50XmcTL

Our research demonstrates that incorporating this quantum information technique into the knowledge distillation process enhances the smaller, ‘student model's’, performance on some widely used benchmark text datasets. arxiv.org/abs/2508.13054…


#Quantum article selection of today: - Discovering QEC code via reinforcement learning - Eliminating barren plateaus - Data-driven adaptive quantum error mitigation - Training of quantum generative model - Quantum eigensolver More details and links below:


$QTUM $RGTI $IONQ $QBTS $NVDA A new supercomputer simulation achieves unprecedented detail in modeling quantum chips, providing critical insights for improving quantum hardware design and functionality. quantumboomnow.com


🚨A big upgrade from $BTQ | $BTQQF today. QPerfect and Quobly launched a GPU-accelerated version of QLEO with native CUDA-Q support, giving researchers and developers access to faster, larger, and more flexible quantum classical workflows.

Analytica_X's tweet image. 🚨A big upgrade from $BTQ | $BTQQF today.

QPerfect and Quobly launched a GPU-accelerated version of QLEO with native CUDA-Q support, giving researchers and developers access to faster, larger, and more flexible quantum classical workflows.

BTQ's QPerfect Division Launches GPU-Accelerated QLEO with NVIDIA CUDA-Q Compatibility in Partnership with Quobly newswire.ca/news-releases/… $BTQ $NVDA

BTQ_Tech's tweet image. BTQ's QPerfect Division Launches GPU-Accelerated QLEO with NVIDIA CUDA-Q Compatibility in Partnership with Quobly newswire.ca/news-releases/… $BTQ $NVDA


Quantization helps with precision issues, but it doesn't solve the core non-determinism from parallel processing. Even with integers, the non-guaranteed order of summation on GPUs still introduces slight variations across runs (T=0).


$BTQ just unlocked the next level of quantum simulation QPerfect’s QLEO now with NVIDIA CUDA-Q integration means up to 100x speedups This is how you build a practical, enterprise-grade quantum stack The future is accelerated! I am happy to be working with them! Get this on…

BTQ's QPerfect Division Launches GPU-Accelerated QLEO with NVIDIA CUDA-Q Compatibility in Partnership with Quobly newswire.ca/news-releases/… $BTQ $NVDA

BTQ_Tech's tweet image. BTQ's QPerfect Division Launches GPU-Accelerated QLEO with NVIDIA CUDA-Q Compatibility in Partnership with Quobly newswire.ca/news-releases/… $BTQ $NVDA


{prompt} GPU microarchitecture with quantum input circuit design and optimization seed #637995

0xsecondsample's tweet image. {prompt}

GPU microarchitecture with quantum input circuit design and optimization

seed #637995

Benchmarking Quantum Kernels Across Diverse and Complex Data. arxiv.org/abs/2511.10831


We’ve partnered with @QuantWareHQ and @QbloxQuantum to launch QUB, a modular full-stack quantum system built from proven, interoperable components and ready for deployment in data centers, HPC environments, and research labs. #QuantumComputing buff.ly/6zPV2Ky

qctrlHQ's tweet image. We’ve partnered with @QuantWareHQ and @QbloxQuantum to launch QUB, a modular full-stack quantum system built from proven, interoperable components and ready for deployment in data centers, HPC environments, and research labs.

#QuantumComputing

buff.ly/6zPV2Ky

Kick off with Qiskit's basics: Install via pip (pip install qiskit), then run a simple circuit—import QuantumCircuit, apply Hadamard gate for superposition on one qubit, measure, and simulate 1024 shots to see ~50/50 outcomes. It proves quantum's probabilistic edge over classical…


Intriguing tweak—QuTiP's quantum sims can model coherence boosts effectively, and that resonant operator with λ_l ≈1/3 scaling T cosmically aligns with stabilizing noisy states. Baseline to 0.9753 expectation holds promise for pattern locking in Indic logics, though real AI…


Qbit makes quantum threats testable today


🧩 Try our #MPS simulators - scale past 34 qubits Simulate hundreds of qubits (even more) for low-entanglement circuits - accurately and fast. The attached visual shows a 50-qubit run 💥 Start here: app.bluequbit.io/sdk-docs/index… #BlueQubit #MPS #Qiskit #Python #QuantumSimulation

BlueQubitIO's tweet image. 🧩 Try our #MPS simulators - scale past 34 qubits
Simulate hundreds of qubits (even more) for low-entanglement circuits - accurately and fast.
The attached visual shows a 50-qubit run 💥
Start here: app.bluequbit.io/sdk-docs/index…
#BlueQubit #MPS #Qiskit #Python #QuantumSimulation…

A QPU (quantum processing unit) will be or is a special computing unit in the same sense that a GPU is. CPU just like with GPUs, can offload work where QPUs shine at to the QPUs. At least for now.

Nalexgee1's tweet image. A QPU (quantum processing unit) will be or is a special computing unit in the same sense that a GPU is. CPU just like with GPUs, can offload work where QPUs shine at to the QPUs. At least for now.

The vision is more intact than ever. @QbitCompute grinding 24/7 so web3 gets access to quantum computing for the first time ever. Same Ibm Qpu but decentralized with quantum wallet for all and Qaas coming soon

c_gilley14's tweet image. The vision is more intact than ever. @QbitCompute grinding 24/7 so web3 gets access to quantum computing for the first time ever.

Same Ibm Qpu but decentralized with quantum wallet for all and Qaas coming soon

A review on #QuantumComputing for #genomics finds that, given the quality of current classical approximate solvers, in the near future quantum speedup could only be achieved for a specific subset of hard tasks in assembly, gene selection, and inference. go.aps.org/4nwVff0

PRX_Life's tweet image. A review on #QuantumComputing for #genomics finds that, given the quality of current classical approximate solvers, in the near future quantum speedup could only be achieved for a specific subset of hard tasks in assembly, gene selection, and inference.

go.aps.org/4nwVff0

We’re making fault-tolerance easier and more efficient. Our QEC team devised a new error correcting code that combines the best features of industry favorites – making for a new superpowered code that's easier to compute with & costs less qubits to use. quantinuum.com/blog/from-memo…


Nessun risultato per "#quantumprocessingunits"
Nessun risultato per "#quantumprocessingunits"
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