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◌ Quantum Computing Apr 01, 2026
Quantum Systems: Simple Equations Unlock Exact Solutions for Complex Problems

Can a complex quantum system possess an exact solution defined entirely by its local interactions? A complete characterization now demonstrates this is possible, establishing an “if and only if” condi…

Quantum Zeitgeist Read →
◌ Quantum Computing Apr 01, 2026
Geometry, Not Chance, Drives Random Movements According to New Findings

Until now, stochastic and quantum behaviours have demanded separate descriptions, one rooted in randomness, the other in wave-like amplitudes. This work reveals they are simply different manifestation…

Quantum Zeitgeist Read →
◌ Quantum Computing Apr 01, 2026
EPB joins Southeastern Quantum Collaborative to Support Regional Quantum Development

Insider Brief PRESS RELEASE — EPB has joined the Southeastern Quantum Collaborative (SQC) as an inaugural member. SQC is an association of universities, technology companies and research institutions …

The Quantum Insider Read →
◌ Quantum Computing Apr 01, 2026
The surprisingly simple flaw that can undermine quantum encryption - ScienceDaily

The surprisingly simple flaw that can undermine quantum encryption ScienceDaily

ScienceDaily Read →
◌ Quantum Computing Apr 01, 2026
Xanadu set for market debut as quantum computing stocks struggle in 2026 - MSN

Xanadu set for market debut as quantum computing stocks struggle in 2026 MSN

MSN Read →
◌ Quantum Computing Apr 01, 2026
The Protocol: Quantum computing could break Bitcoin sooner, says Google - CoinDesk

The Protocol: Quantum computing could break Bitcoin sooner, says Google CoinDesk

CoinDesk Read →
◌ Quantum Computing Apr 01, 2026
Rigetti Sells Novera QPU to University of Saskatchewan

Rigetti Computing sold a 9-qubit Novera QPU to the University of Saskatchewan, which will serve as the core of the university’s inaugural quantum computing system. The system will be managed by USask’…

Quantum Zeitgeist Read →
◌ Quantum Computing Apr 01, 2026
PQShield Analyzes New Research on Logical Qubit Construction and ECDLP Algorithms

PQShield is following new publications, including the March 30th Oratomic, Caltech, and Berkeley paper, on constructing logical qubits—a key step toward cryptographically relevant quantum computers. T…

Quantum Zeitgeist Read →
◌ Quantum Computing Apr 01, 2026
Researchers Derive Effective Hamiltonian for Precise Quantum Control of Light

Researchers have derived an effective Hamiltonian to enable precise quantum control of light, addressing systematic spectral degeneracies caused by rational Kerr-nonlinearity ratios. By engineering th…

Quantum Zeitgeist Read →
◌ Quantum Computing Apr 01, 2026
Leiden University Hosts Taiwan Delegation to Explore Photonic Quantum Computing

Leiden University welcomed a delegation from Taiwan on March 27th, exploring collaboration on photonic quantum computing and semiconductor technology. The “Taiwan Research Day” event highlighted exist…

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◌ Quantum Computing Apr 01, 2026
H33.ai Introduces HICS to Provide Mathematically Verifiable Software Security Scores

H33.ai announced HICS, a free tool delivering mathematically verifiable software quality scores from 0 to 100. Utilizing STARK proofs and Dilithium signatures, HICS evaluates code locally—no account n…

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◌ Quantum Computing Apr 01, 2026
Researchers Publish Findings on Practical Blind Quantum Computation

Researchers published findings regarding practical blind quantum computation, utilizing a parity quantum computing framework. The study, authored by Yuxun Wang and colleagues, appears in the journal *…

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◌ Quantum Computing Apr 01, 2026
Atomic Quantum Mirror Achieves Super-Heisenberg Measurement Precision

Conventional quantum measurements demand intricate state preparation, hindering scalability and reliability. A new method, utilising a collective atomic mirror, achieves a precision scaling of 1/$N^2$…

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◌ Quantum Computing Apr 01, 2026
Infleqtion Validates Picosecond Accuracy in Real-World Timing Demonstration

Infleqtion and Safran have integrated a quantum optical clock, Tiqker, with White Rabbit and SecureSync systems to address the growing need for resilient and independent timing alternatives to vulnera…

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◌ Quantum Computing Apr 01, 2026
EPB Joins Southeastern Quantum Collaborative to Expand Regional Innovation

EPB has become a founding member of the Southeastern Quantum Collaborative, an association focused on advancing quantum technologies in the Southeast. This collaboration unites universities, companies…

Quantum Zeitgeist Read →
◌ Quantum Computing Apr 01, 2026
Quantum Data Protection Adapts to Varied Hardware Structures

The register count for quantum information can theoretically be reduced to a constant number, irrespective of register size. Previously, quantum error correction relied on uniform qubit structures, bu…

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◌ Quantum Computing Apr 01, 2026
PQShield Clears Path for ML-KEM Inclusion in Japan’s National Cryptographic Standard

PQShield completed an evaluation of ML-KEM for Japan’s cryptographic standardization body, CRYPTREC, enabling the potential inclusion of the quantum-safe encryption standard in the nation’s required c…

Quantum Zeitgeist Read →
◌ Quantum Computing Apr 01, 2026
NVIDIA Details Architecture for AI Factories Supporting Grid Reliability

NVIDIA and Emerald AI are approaching AI factories as flexible, intelligent assets that can connect to the grid more efficiently and bolster system reliability. This collaboration combines accelerated…

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◌ Quantum Computing Apr 01, 2026
A Through-The-Lens Look at the World’s Particle Physics Labs

The winning entries in the 2025 Global Physics Photowalk contest showcase the beauty of toil and discovery. The post A Through-The-Lens Look at the World’s Particle Physics Labs first appeared on Quan…

Quanta Magazine Read →
◌ Quantum Computing Apr 01, 2026
RSAC 2026: The real takeaway isn’t AI – it’s post-quantum readiness | perspective | SC Media - SC Media

RSAC 2026: The real takeaway isn’t AI – it’s post-quantum readiness | perspective | SC Media SC Media

SC Media Read →
◌ Quantum Computing Apr 01, 2026
Why does PyMatching perform much worse on CUDA-Q’s memory-circuit DEM than on Stim’s detector error model?

I am comparing logical error rates for a surface-code memory experiment using two pipelines: Stim + PyMatching CUDA-Q memory circuit DEM + PyMatching The code is import numpy as np import matplotlib.p…

Quantum Computing SE Read →
◌ Quantum Computing Apr 01, 2026
New Simulator Makes Quantum Hardware Design Faster and More Efficient

Can accurate simulation of energy loss in superconducting qubits be achieved in a fraction of the time taken by current methods? SesQ accelerates capacitance extraction by roughly two orders of magnit…

Quantum Zeitgeist Read →
◌ Quantum Computing Apr 01, 2026
Optimal Timing Allows Quantum Search to Benefit from Controlled Noise

Optimal evolution schedules for adiabatic quantum search now possess defined limits, revealing a critical dephasing threshold beyond which noise hinders, rather than helps, the process. Extending prev…

Quantum Zeitgeist Read →
◌ Quantum Computing Apr 01, 2026
New Teaching Approach Could Open The Door to Quantum Computing

Insider Brief PRESS RELEASE — Quantum computing, an emergent technology with the potential to solve otherwise impossible problems, grew out of quantum mechanics, the branch of physics that explores ho…

The Quantum Insider Read →
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