Quantum News
Sign InSign Up

LIVE

Mitsubishi Electric Invests In Optical Quantum Computer Hardware Developer OptQC - pulse2.com

Sep 15, 2026

IonQ (IONQ) Presented Nine Research Papers At IEEE Quantum Week 2026 - Yahoo Finance

Sep 15, 2026

Anyon Computing Unveils Open-Source Real-Time Control Plane Powered by NVIDIA NVQLink

Sep 15, 2026

Latest News

Iceberg Quantum and Diraq Validate Pinnacle qLDPC Architecture on Silicon Spin Hardware via NVIDIA CUDA-Q Logical

Sep 15, 2026

Quantum Motion Integrates Silicon Spin Architecture with NVIDIA CUDA-Q Logical Compiler Stack

Sep 15, 2026

Quantum Motion Finalizes Second Close of Series C Funding Round for Silicon QPU Scaling - Quantum Computing Report

Sep 15, 2026

Structured Quantum Kernels for Chaotic Forecasting

Sep 15, 2026

Featured Stories

View All Stories
ECE student starting toward quantum hardware — what should I learn first?
Featured
quantum-computing

ECE student starting toward quantum hardware — what should I learn first?

I'm an ECE student in India currently preparing for GATE. My long-term goal is to eventually work toward quantum hardware and, hopefully, start a company in the space. I'm starting from the fundamentals: VLSI, semiconductor devices, chip design and eventually quantum computing/hardware. I'm still very early, so I'd really appreciate advice from people working or studying in quantum hardware: If you were starting from an ECE background, what would you prioritize learning first? In particular, I'm interested in understanding which areas of electronics/VLSI are most useful for eventually moving toward quantum hardware. submitted by /u/Wooden-Farm-7641 [link] [comments]

Reddit r/QuantumComputing (RSS)Loading...0
Harley Johnson: Here’s why concerns over Chicago’s quantum park should give way to hope - Chicago Tribune
Featured
quantum-computing

Harley Johnson: Here’s why concerns over Chicago’s quantum park should give way to hope - Chicago Tribune

The Illinois Quantum & Microelectronics Park is under construction next to Steelworkers Park along the lakefront on June 25, 2026, at the former U.S. Steel South Works site on the South Side of Chicago. (Brian Cassella/Chicago Tribune) By Harley Johnson | Special to the TribunePUBLISHED: September 14, 2026 at 5:00 AM CDT Getting your Trinity Audio player ready... The former U.S. Steel South Works site on Chicago’s South Side is giving rise to something that hasn’t been there in decades — hope. I first saw the site as a kid in the early 1980s, before the steel mill closed and the site sat vacant for more than 30 years. Now, we’re turning 128 acres of the site into the Illinois Quantum & Microelectronics Park. I want to share an update on what we’re building — and just as importantly, what we’re not — so the people of our city can share in the excitement. Quantum computing is a new technology that processes information much faster and more efficiently than today’s computers, with the power to create breakthroughs in medicine, energy, finance, climate and other societal needs. Quantum computers are entirely different from classical computers, built on the principles of quantum physics — the science that governs how the universe behaves at the smallest scales. Quantum is a fast-growing industry, and Illinois stands poised to be the global leader, with the benefits felt at home in South Chicago. The IQMP is a first-of-its-kind campus where people will engage in research and development to accelerate the scale-up and real-world benefits of quantum technologies. It is not a data center and will not house one on-site. It will be home to scientists, researchers and technicians working to design and build next-generation quantum computers. The campus will host anchor tenant PsiQuantum’s program to build its largest intermediate-scale test system, a critical milestone and testbed for the company’s ambitious road map to develop the country’s first utility-scale quantum

Google News – Quantum ComputingLoading...0
High-rate multipartite quantum secret sharing with composable securityquantum-computing

High-rate multipartite quantum secret sharing with composable security

--> Quantum Physics arXiv:2609.13367 (quant-ph) [Submitted on 11 Sep 2026] Title:High-rate multipartite quantum secret sharing with composable security Authors:Russell M. J. Brooks, Joseph Ho, Joseph Niblo, Janka Memmen, Anna Pappa, Jens Eisert, Nathan Walk, Alessandro Fedrizzi View a PDF of the paper titled High-rate multipartite quantum secret sharing with composable security, by Russell M. J. Brooks and 6 other authors View PDF HTML (experimental) Abstract:Future quantum communication networks will conceivably support cryptographic tasks that require entanglement among more than two users. Quantum secret sharing is a prime example where entanglement provides a direct means to coordinate untrusted parties with security from eavesdropping in a multi-party setting. However, the canonical GHZ-based protocols can be vulnerable to participant attacks, in which untrusted parties try to learn the secret without collaborating. Here, we experimentally evaluate a discrete-variable $(n,n)$-threshold quantum secret-sharing protocol whose finite-key analysis provides composable security against general attacks, including participant attacks. Using two domain-engineered entangled photon pair sources, we generate 4-qubit GHZ states at rates above $5\times10^3$ fourfold events per second and a maximum asymptotic secret key rate of $750 \pm 10$ bits per second. We then distribute the state through a 4-arm star network comprising 20km of fibre in total. From the measured event rates and error statistics, we infer that a randomised 24-hour execution with the optimised basis probability would yield a composable finite-key lower bound of 8.7 Mbits, under the assumption that the measured source and device statistics remain stationary. Comments: Subjects: Quantum Physics (quant-ph) Cite as: arXiv:2609.13367 [quant-ph]   (or arXiv:2609.13367v1 [quant-ph] for this version)   https://doi.org/10.48550/arXiv.2609.13367 Focus to learn more arXiv-issued DOI via DataCite (pending regi

arXiv Quantum PhysicsLoading...0
Noise-resilient sequential circuits for generating quantum orderquantum-computing

Noise-resilient sequential circuits for generating quantum order

--> Quantum Physics arXiv:2609.13383 (quant-ph) [Submitted on 11 Sep 2026] Title:Noise-resilient sequential circuits for generating quantum order Authors:Konstantin Gattinger, Julian Boesl, Max McGinley, Michael Knap, Frank Pollmann View a PDF of the paper titled Noise-resilient sequential circuits for generating quantum order, by Konstantin Gattinger and 4 other authors View PDF HTML (experimental) Abstract:Sequential circuits provide an optimal linear-depth route to unitarily preparing long-range ordered quantum states, but circuit-level noise can be far more damaging than noise applied after preparation: local errors may be propagated by subsequent gates into nonlocal defects that destroy the target order. In this work, we present classes of unitary sequential circuits that prepare certain non-trivial orders in the presence of Pauli noise. Our constructions exploit the spatial structure of the syndromes of the target state, which in certain cases allows us to systematically suppress the propagation of errors using strictly local gates. The strategy can be applied both to symmetry-breaking order, for which we present a 3D example, and to topological order, which we showcase on a 4D version of the toric code. We also highlight how this stability against errors necessitates non-Clifford gates, and how measurement-feedback loops can be used to stabilize lower-dimensional states as well. Comments: Subjects: Quantum Physics (quant-ph); Statistical Mechanics (cond-mat.stat-mech) Cite as: arXiv:2609.13383 [quant-ph]   (or arXiv:2609.13383v1 [quant-ph] for this version)   https://doi.org/10.48550/arXiv.2609.13383 Focus to learn more arXiv-issued DOI via DataCite (pending registration) Submission history From: Konstantin Gattinger [view email] [v1] Fri, 11 Sep 2026 18:00:03 UTC (1,293 KB) Full-text links: Access Paper: View a PDF of the paper titled Noise-resilient sequential circuits for generating quantum order, by Konstantin Gattinger and 4 other authorsView P

arXiv Quantum PhysicsLoading...0

From Quantum Authors

View Guest Articles
Top 10 Quantum Computing Companies in Francetechnology

Top 10 Quantum Computing Companies in France

France’s quantum ecosystem spans neutral atoms, cat qubits, photonics, silicon spin processors, quantum networking and sensing. QuantumNews ranks the ten companies leading this diverse and increasingly commercial technology landscape.

Quantum NewsLoading...0
Sunlight generates entangled photon pairs for the first timeresearch

Sunlight generates entangled photon pairs for the first time

Researchers have achieved this milestone despite sunlight's low coherence and intensity, offering a sustainable alternative to lasers.

Quantum NewsLoading...0
Gujarat to Launch State Quantum Mission, Joining India’s Race to Build Regional Quantum Hubsquantum-computing

Gujarat to Launch State Quantum Mission, Joining India’s Race to Build Regional Quantum Hubs

The Gujarat government plans to establish a dedicated Quantum Mission to accelerate research, skills and practical applications across the state. The initiative will complement India’s ₹6,003.65-crore National Quantum Mission, although Gujarat is yet to announce its budget, governance structure or implementation timeline.

Quantum NewsLoading...0
Top 10 Quantum Computing Companies in Japanquantum-computing

Top 10 Quantum Computing Companies in Japan

Japan is quietly building one of the world's most complete quantum ecosystems — spanning superconducting processors, cold neutral-atom hardware, cryogenic materials, quantum software, and pharma-grade quantum chemistry. According to QuantumNews' Japan country page, the ecosystem now counts 52 companies, 8 university research clusters, and 1 national research institution, concentrated heavily around Tokyo (35 companies), with smaller hubs in Osaka, Wako, Yokohama, Chigasaki, Kyoto, Hamamatsu, and Tsukuba. Here's a deep dive into the Top 10 Japanese quantum computing companies, ranked by their QuantumNews Quantum Score — a composite measure of hardware scale, gate fidelity/error-correction maturity, funding raised & investor quality, and commercial momentum & partnerships.

Quantum NewsLoading...0
India’s 1,000-Km Quantum-Secure Network Marks a Defining Moment for the National Quantum Missiontechnology

India’s 1,000-Km Quantum-Secure Network Marks a Defining Moment for the National Quantum Mission

India’s National Quantum Mission has demonstrated a 1,000-kilometre quantum-secured communication network using indigenous technology developed by QNu Labs. The milestone takes India halfway towards its 2,000-kilometre inter-city QKD target and strengthens the country’s position in quantum communication and cybersecurity.

Quantum NewsLoading...0
Silicon-Spin Quantum Computers Move Closer to Integrated Chipstechnology

Silicon-Spin Quantum Computers Move Closer to Integrated Chips

Researchers have integrated silicon spin qubits, cryogenic CMOS control and superconducting interconnects into a working quantum processing unit. The advance addresses one of the biggest barriers to scaling silicon quantum computers: controlling large numbers of qubits without overwhelming cryogenic systems with wiring.

Quantum NewsLoading...0

Trending Stories

View All Trending
The Qubit Report: September 9, 2026

The Qubit Report: September 9, 2026

Sep 10, 2026
The Qubit Report: September 10, 2026

The Qubit Report: September 10, 2026

Sep 11, 2026
IonQ Uses Investor Day to Detail Superion Roadmap, SkyWater Strategy and Quantum Security Plans - The Quantum Insider

IonQ Uses Investor Day to Detail Superion Roadmap, SkyWater Strategy and Quantum Security Plans - The Quantum Insider

Sep 8, 2026
The Qubit Report: September 8, 2026

The Qubit Report: September 8, 2026

Sep 9, 2026
Quantinuum Demonstrates Helix Quantum Error Correction Architecture on Helios Hardware

Quantinuum Demonstrates Helix Quantum Error Correction Architecture on Helios Hardware

Sep 10, 2026
Breaking the Orthogonality Barrier in Quantum LDPC Codes

Breaking the Orthogonality Barrier in Quantum LDPC Codes

Sep 9, 2026
IonQ Estimates 20,000-Qubit Machine Could Break Bitcoin’s secp256k1 in 26 Days

IonQ Estimates 20,000-Qubit Machine Could Break Bitcoin’s secp256k1 in 26 Days

Sep 8, 2026
Rigetti Signs Definitive Agreement for $100M with U.S. Government for Quantum Computing R&D

Rigetti Signs Definitive Agreement for $100M with U.S. Government for Quantum Computing R&D

Sep 8, 2026
Quantum News

Get the Quantum News Newsletter

Weekly insights • No spam • Unsubscribe anytime

India National Quantum Mission

Explore India's ₹6,003 Crore quantum initiative: 4 thematic hubs, leading startups, and the latest developments in India's quantum ecosystem

View All India NQM Content