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Quantum Computing: 14th October 2025

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Published 14th October 2025

🏅 Macroscopic Quantum Nobel Reactions

2025 Nobel Prize in Physics: Macroscopic quantum effects (condensedconcepts​.blogspot​.com). Macroscopic quantum tunnelling, energy quantisation in Josephson circuits; Clarke, DeVoret, Martinis prize work; Leggett's influence; decoherence, SQUIDs, PRL papers 1984-85

Congratulations to John Clarke, Michel Devoret, and John Martinis! (4gravitons​.com). Clarke, Devoret, and Martinis’s circuit demonstrates macroscopic quantum effects and cat states as a precursor to quantum computing

Sad and happy day (scottaaronson​.blog). Scott Aaronson condemns Oct. 7 violence, celebrates Nobel Prize in Physics for macroscopic quantum tunneling in superconducting circuits and its link to quantum computing

Cambridge alumnus awarded 2025 Nobel Prize in Physics (cam​.ac​.uk). Cambridge alumnus John Clarke co-authors Nobel-winning work on superconducting qubits and SQUIDs, enabling macroscopic quantum effects in practical devices

🔬 Quantum Implementation Deep Dives

Accelerated Quantum Supercomputing with NVIDIA DGX Quantum: Real-Time GPU-CPU-QPU Integration from the Diraq Lab (quantum-machines​.co). NVIDIA DGX Quantum and Quantum Machines enable low-latency GPU-CPU-QPU integration for QEC, calibration, and real-time feedback in hybrid quantum–classical workflows

Explicit Lossless Vertex Expanders! (gilkalai​.wordpress​.com). Explicit, constant-degree lossless vertex expanders via Ramanujan cubical complexes and base graphs, with group actions and LDPC-code implications

CuTe Thread-Value Layout (leimao​.github​.io). CuTe Thread-Value (TV) layout partitions tensors for tiled copy and MMA, with inverse TV layout and TV partition concepts for thread-level data access patterns

Announcing quantum-safe Key Encapsulation Mechanisms in Cloud KMS (cloud​.google​.com). Cloud KMS adds post-quantum KEM support (ML-KEM-768/1024, X-Wing) with HPKE guidance, HPKE via Tink, and hybrid deployment guidance

Strain engineering enhances spin readout in quantum technologies, study shows (phys​.org). Strain engineering enhances spin readout contrast in silicon carbide membranes at room temperature

📚 Academic Research

Quantum Computing Methods for Malware Detection (arxiv:cs). Quantum Support Vector Machines with quantum kernels for malware detection on PE binaries using Qiskit simulators and IBM hardware

Nonlocal Games Through Communication Complexity and Quantum Cryptography (arxiv:math). Investigation of quantum correlations via CHSH, graph isomorphism; distillation, nonlocal box wirings, and unclonable encryption using Clifford algebra and NPA methods

An HPC-Inspired Blueprint for a Technology-Agnostic Quantum Middle Layer (arxiv:cs). HPC-inspired, backend-neutral quantum middle layer using typed data and context descriptors across gate-model and annealing backends

Assessing the Impact of Post-Quantum Digital Signature Algorithms on Blockchains (arxiv:cs). Benchmarking post-quantum signature schemes (ML-DSA, Dilithium, Falcon, Mayo, SLH-DSA, SPHINCS+, Cross) vs ECDSA across security levels 1-5 on blockchain workloads

An Improved Quantum Algorithm for 3-Tuple Lattice Sieving (arxiv:cs). Quantum 3-tuple lattice sieving improves SVP time complexity to 2^(0.2846d) with two-level amplitude amplification and center-point preprocessing

👋 Before you go

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