Bitcoin’s Weakness versus Gold and Equities Puts Quantum Computing Fears Back in Focus
Bitcoin slipped below $89,000, a 30% drop from its early‑October peak, while gold hit a record $4,930 an ounce and silver surged 3.7%. The price weakness has reignited quantum‑computing fears, highlighted by investor Nic Carter, but on‑chain analysts attribute the decline to supply pressure and HODL‑er selling. Developers stress that practical quantum attacks remain decades away, and Bitcoin Improvement Proposal 360 already outlines a gradual quantum‑resistant upgrade. Traditional‑finance firms, like Jefferies, are also flagging quantum risk in portfolio models.
Particle Permutation Task Can Be Tackled by Quantum but Not Classical Computers, Study Finds
Researchers at the Autonomous University of Barcelona and CUNY’s Hunter College have shown that quantum computers can determine the even‑odd parity of particle permutations without labeling each particle, a task impossible for classical computers. By preparing qubits in entangled states...
QMill: Projecting Verifiable Quantum Advantage via 48-Qubit NISQ Algorithms
QMill announced a 48‑qubit NISQ algorithm that reaches verifiable quantum advantage at 99.94% gate fidelity, far below the 200‑qubit, 99.99% benchmark traditionally required. Numerical simulations show the implementation outpaces the El Capitan exascale supercomputer, delivering a six‑fold error‑tolerance improvement. The algorithm’s...
ZenaTech Advances Proprietary Quantum Hardware Platform for Defense and Government Sectors
ZenaTech announced progress on its proprietary quantum computing hardware, targeting a five‑qubit prototype for U.S. defense and government use by late 2026. The platform will process high‑volume data from ZenaDrone swarms, delivering real‑time decision support for ISR missions. Integration with...
Arqit Launches ‘Encryption Intelligence’ to Automate Discovery for Post-Quantum Migration
Arqit Quantum has launched Encryption Intelligence (EI), an automated SaaS platform that inventories an organization’s cryptographic assets across cloud, OT and legacy systems. The tool identifies obsolete algorithms and protocols, providing real‑time visibility to accelerate post‑quantum cryptography (PQC) migration and...
Chicago State University Launches Illinois’ First Public University Quantum and Semiconductor Credentials
Chicago State University has introduced Illinois’ first public‑university quantum and semiconductor credentials, offering a Minor and Certificate in Quantum Information Science & Engineering and a Certificate in Semiconductor Technology and Manufacturing. The programs, approved by the Illinois Board of Higher...
Microsoft Opens Applications for 2026 Quantum Pioneers Program Targeting Measurement-Based Computing
Microsoft announced the 2026 Quantum Pioneers Program, a competitive research grant aimed at advancing measurement‑based quantum computing (MBQC). Up to five academic proposals will receive up to $200,000 each for a 12‑month project starting August 2026. The program focuses on...
IBM Releases Qiskit v2.3 with Expanded C API and Fault-Tolerant Primitives
IBM has launched Qiskit SDK version 2.3, emphasizing tighter integration with high‑performance computing and fault‑tolerant compilation pipelines. The update expands the C API with new QkDag and QkTarget objects, allowing custom transpiler passes in C, and introduces Rust‑driven performance gains...
Entangled Atomic Clouds Enable More Precise Quantum Measurements
Researchers at the University of Basel and France's Laboratoire Kastler Brossel have demonstrated that three spatially separated atomic clouds can be entangled to perform multiparameter quantum measurements with unprecedented precision. By first creating a collective spin‑squeezed state and then dividing...
Microsoft Releases Open-Source Quantum Development Tools for Error Correction and Chemistry
Microsoft unveiled an updated, open‑source Quantum Development Kit that integrates with VS Code, GitHub Copilot, and supports Q#, OpenQASM, Qiskit, and Cirq, enabling seamless movement from local simulation to Azure cloud execution. The release highlights two new domain libraries: QDK for Chemistry,...
Montana State University’s QCORE Secures $31.5 Million AFRL Contract for Quantum Infrastructure
Montana State University’s Quantum Collaborative Research and Education (QCORE) facility secured a $31.5 million contract from the Air Force Research Laboratory to expand quantum infrastructure, including test beds for superconducting and photonic quantum computers, cryogenic labs, and secure network systems. The...
Nexus Launches Global Platform for Verified Quantum and Deep-Tech Investment
Nexus unveiled a global platform, built with Global Quantum Intelligence, to connect quantum and deep‑tech startups with verified investors, adding a technical verification layer that audits claims and benchmarks performance. The service, already hosting over 45 companies and $350 million in...
SpinQ Technology Secures Hundreds of Millions of RMB in Series C Funding for Superconducting Scale-Up
SpinQ Technology announced a Series C round that raised hundreds of millions of RMB, earmarked for scaling its superconducting quantum chip line and advancing error‑correction, measurement, and control hardware toward a 100‑qubit processor. The funding supports a dual‑track strategy: exporting portable,...
3D-Printed Surfaces Help Atoms Play Ball to Improve Quantum Sensors
Scientists at the University of Nottingham have 3D‑printed titanium alloy surfaces with intricate hexagonal and conical textures that steer gas particles away from quantum sensors. By integrating these patterns into a surface‑based vacuum pump, they achieved a 3.8‑fold increase in...
Keyfactor and IBM Consulting Launch Joint Solution to Accelerate Post-Quantum Cryptography Readiness
Keyfactor and IBM Consulting have unveiled a joint solution that streamlines post‑quantum cryptography (PQC) readiness for enterprises. The offering blends Keyfactor’s automated cryptographic discovery, PKI lifecycle management, and digital signing with IBM Consulting’s cybersecurity governance, quantum‑safe delivery frameworks, and AI‑driven...
Magnetic 'Sweet Spots' Enable Optimal Operation of Hole Spin Qubits
Researchers at the CEA‑Irig Pheliqs lab have identified specific magnetic‑field orientations, termed “sweet spots,” that render silicon hole spin qubits insensitive to electrical charge noise while preserving fast electric‑driven control. Experiments on single‑hole quantum dots demonstrated a marked increase in...
Europe Launches €50 Million ($58.4 Million USD) ‘Photonics for Quantum’ (P4Q) Pilot Line to Industrialize Quantum Photonic Chips
Europe has launched the €50 million Photonics for Quantum (P4Q) pilot line, a joint EU and national effort coordinated by the University of Twente to industrialize quantum photonic chips for computing, sensing, and secure communications. The consortium of 29 partners will...
Saudi Arabia’s KAUST Establishes National Quantum Foundry for Quantum Hardware Fabrication
The episode explains how King Abdullah University of Science and Technology (KAUST) has launched Saudi Arabia’s first shared‑access quantum foundry, a dedicated clean‑room facility for reproducible, commercial‑grade quantum hardware. It highlights the use of Process Design Kits to standardize design...
Ability Engineering Technology Joins Chicago Quantum Exchange to Strengthen Infrastructure Supply Chain
Ability Engineering Technology (AET) has become a corporate partner of the Chicago Quantum Exchange to provide high‑precision cryogenic, vacuum, and pressure‑vessel hardware essential for scaling superconducting and silicon quantum processors. The partnership aims to eliminate engineering bottlenecks in moving quantum...
Two-Dimensional Materials Expand Options for Next-Generation Terahertz Quantum Devices
Scientists at the National University of Singapore have shown that atomic‑scale substitutional dopants in two‑dimensional transition‑metal dichalcogenides can act as stable quantum defects with terahertz‑range zero‑field splitting. High‑throughput first‑principles simulations of 50 MoS₂ and WSe₂ monolayers identified several spin‑triplet defects...
Quantum-Enabled Proteins Open a New Frontier in Biotechnology
University of Oxford engineers quantum‑enabled proteins, creating magneto‑sensitive fluorescent proteins (MFPs) that respond to magnetic and radio‑frequency fields when illuminated. Published in Nature, the study demonstrates deliberate design of quantum mechanical processes inside biomolecules, moving beyond observation of natural quantum...
Too Much Entanglement? Quantum Networks Can Suffer From 'Selfish Routing,' Study Shows
Northwestern researchers have demonstrated that in multi‑user quantum communication networks, increasing the amount of shared entanglement can paradoxically degrade overall fidelity when each pair routes selfishly. By modeling non‑cooperative routing decisions, they showed that mixed entangled states generate a quantum...
Alice & Bob Introduce ‘Elevator Codes’ for Resource-Efficient Fault Tolerance
Alice & Bob unveiled “Elevator Codes,” a quantum error‑correction architecture that leverages the noise bias of cat qubits to dramatically cut hardware overhead while achieving a 10,000‑fold reduction in logical error rates. By nesting a 1D repetition code for phase‑flip protection...
Quantum Collapse Models Point to Subtle Limits in Timekeeping Accuracy
An international team examined the Diósi‑Penrose and Continuous Spontaneous Localization (CSL) quantum collapse models and demonstrated that, if these models are correct, time itself carries a tiny intrinsic uncertainty. This fuzziness imposes a fundamental, though extraordinarily small, limit on the...
Q/C Technologies Appoints AI Systems Leader Chelsea Voss to BOD
Q/C Technologies announced the appointment of Chelsea Voss, a senior technical staff member at OpenAI, to its Board of Directors. Voss brings extensive experience in machine‑learning infrastructure, model evaluation, and hardware reliability, complementing Q/C’s focus on quantum‑class photonic computing. The...
New Cryogenic Vacuum Chamber Cuts Noise for Quantum Ion Trapping
Georgia Tech Research Institute unveiled a cryogenic vacuum chamber that dramatically reduces vibration and magnetic‑field noise for trapped‑ion quantum experiments. The design embeds magnetic shielding inside the chamber and uses ceramic‑plastic posts for vibration isolation, while an integrated RF coil...
Podcast with Alice and Bob Discussing the U.S. National Quantum Initiative Reauthorization Act
In January 2026 bipartisan Senators introduced S‑11, the National Quantum Initiative Reauthorization Act, extending the 2018 quantum program to 2034. The bill replaces the term "science" with "engineering" and "technology," signaling a shift from research to commercial quantum manufacturing and...
Coherent and Quside Demonstrate Scalable, Verifiable Quantum Entropy for Data Security
Coherent Corp. and Quside have demonstrated a mass‑manufacturable quantum entropy source using Coherent’s 6‑inch VCSEL line combined with Quside’s QRNG technology. The system generates true, verifiable randomness by measuring VCSEL phase fluctuations and includes real‑time entropy monitoring to detect tampering....
Lightwave Logic and QPICs Partner to Accelerate Photonic Quantum Chip Development
Lightwave Logic and QPICs have signed an MOU to embed Lightwave Logic’s high‑stability electro‑optic polymers into photonic integrated circuits for quantum computing and sensing. The partnership will produce Process Design Kits that let customers design silicon‑based quantum chips without major...
It Started with a Cat: How 100 Years of Quantum Weirdness Powers Today's Tech
A new perspective piece in Science by Dr. Marlan Scully chronicles a century of quantum mechanics, tracing its evolution from Schrödinger’s cat paradox to the technologies that define modern life. He highlights how quantum coherence gave rise to lasers, entanglement...
New Method Reveals Quantum States Using Indirect Measurements of Particle Flows
A University of Geneva team has introduced a quantum state tomography technique that infers the full state of an open quantum system from transport measurements of particle flows, rather than direct projective measurements. By exploiting currents and their correlations across...
Rigetti Computing Receives $8.4 Million Order for 108-Qubit Quantum Computer From India’s C-DAC
Rigetti Computing India has received an $8.4 million purchase order from the Centre for Development of Advanced Computing (C‑DAC) to deliver a 108‑qubit superconducting quantum computer. The modular chiplet‑based system, built with Rigetti’s in‑house control electronics and fabricated at its Fab‑1...
UPM and Q*Bird Launch Spain’s First Multi-Node MDI-QKD Network in Madrid
Universidad Politécnica de Madrid and Q*Bird have deployed Spain’s first operational multi‑node measurement‑device‑independent quantum key distribution (MDI‑QKD) network in Madrid. The hub‑and‑spoke architecture links two INTA facilities and the Ministry of the Interior’s SGSICS site, using Q*Bird’s Falqon® MQX4000 hub...
Horizon Quantum and Alice & Bob Partner to Streamline Fault-Tolerant Software Development
Horizon Quantum Computing and Alice & Bob have forged a strategic partnership to embed Alice & Bob’s cat‑qubit emulators into Horizon’s Triple Alpha development environment. The integration lets developers prototype quantum error‑correction protocols on a virtual representation of the cat‑qubit architecture, which claims...
Building the World's First Open-Source Quantum Computer
Researchers at the University of Waterloo and the Institute for Quantum Computing have launched Open Quantum Design, the world’s first open‑source, full‑stack quantum computer built on ion‑trapping technology. The non‑profit OQD brings together more than 30 software contributors, dozens of...
Stealth Quantum Sensors Unlock Possibilities Anywhere GPS Doesn't Work
Phantom Photonics, a Waterloo‑spun quantum‑tech startup, is commercialising ultra‑sensitive quantum sensors that can filter background noise and detect single photons. The devices exploit a robust form of quantum coherence, allowing precise measurements in GPS‑denied environments such as deep‑sea or space....
How Pointing Errors Impact Quantum Key Distribution Systems
A new IEEE study introduces an analytical framework that quantifies how pointing errors degrade quantum key distribution (QKD) performance in optical wireless links. By applying Rayleigh and Hoyt statistical models to beam misalignment, the researchers derived closed‑form expressions for error...
What BTQ’s Bitcoin Quantum Testnet Reveals About “Old BTC” Risk
BTQ Technologies launched a Bitcoin‑Quantum testnet on Jan. 12, 2026, swapping Bitcoin’s ECDSA signatures for the post‑quantum ML‑DSA scheme. The experiment shows that ML‑DSA signatures are 38–72 times larger, prompting a block‑size increase to 64 MiB. By reproducing Bitcoin‑like transaction flow, the testnet...
Quantum 'Alchemy' Made Feasible with Excitons
Researchers at OIST and Stanford have shown that excitons—electron‑hole pairs—can drive Floquet engineering far more efficiently than conventional laser light. By generating dense exciton populations in atomically thin semiconductors, they observed pronounced band‑structure hybridization with a Mexican‑hat dispersion using time‑...
Podcast with Jonathan Reiner, Director of Product Solutions, Quantum Machines
Jonathan Reiner, Director of Product Solutions at Quantum Machines, explains how his team tackles the dual complexity of sophisticated quantum‑control hardware and a diverse, multi‑modality market. He describes the evolution from the OPX+ controller to a full‑stack offering that includes...
Quobly and TNO Partner to Optimize Silicon Spin Qubit Manufacturing
French startup Quobly and Dutch research institute TNO have launched a joint research program to speed up industrial‑scale production of silicon spin qubits. The collaboration merges Quobly’s CMOS‑compatible qubit designs with TNO’s advanced materials characterization and cryogenic testing facilities. Their...
SEEQC to Go Public via Merger with Allegro Merger Corp. At $1 Billion Valuation
SEEQC, a developer of digital quantum‑classical chips, has signed a definitive merger agreement with Allegro Merger Corp., valuing the combined entity at roughly $1 billion. The deal includes a $65 million PIPE financing that will fund scaling of its Single Flux Quantum...
Detecting Single-Electron Qubits: Microwaves Could Probe Quantum States Above Liquid Helium
Researchers at RIKEN have demonstrated that microwave‑driven transitions of electrons floating above liquid helium can be detected through changes in quantum capacitance. By using ten million surface electrons as a macroscopic capacitor, they measured the Rydberg‑state transition via microwave frequency modulation....
Honeycomb Lattice Sweetens Quantum Materials Development
Researchers at DOE’s Oak Ridge National Laboratory have successfully synthesized a magnetic honeycomb lattice of potassium cobalt arsenate and performed the most detailed characterization to date. The distorted honeycomb structure leads to strong coupling of cobalt spins, placing the material...
X-Ray Four-Wave Mixing Captures Elusive Electron Interactions Inside Atoms and Molecules
Scientists at SwissFEL have achieved the first X‑ray four‑wave mixing experiment, directly observing electron‑electron coherences in neon gas. The method uses three synchronized X‑ray pulses to generate a fourth signal, requiring ultrabright, ultrashort FEL bursts and nanometre‑scale beam alignment. By...
SEALSQ and Kaynes SemiCon Establish SEALKAYNESQ Ltd to Secure India’s Semiconductor Supply Chain
SEALSQ Corp and Kaynes SemiCon have signed a binding agreement to create SEALKAYNESQ Ltd, a joint venture that will establish India’s first secure semiconductor design and personalization center in Sanand, Gujarat. SEALSQ will hold a 51% stake while Kaynes holds...
SEALSQ and Quobly Announce Potential $200 Million Acquisition to Build Secure Silicon Quantum Systems
SEALSQ Corp (NASDAQ: LAES) has signed a non‑binding memorandum of understanding to potentially acquire a majority stake in French silicon‑quantum pioneer Quobly for up to $200 million, funded by SEALSQ’s newly expanded $100 million Quantum Fund. The transaction would merge Quobly’s CMOS‑compatible, 300 mm...
Every Press Release Needs a Strategy Behind It
The article stresses that quantum‑industry press releases must be driven by a clear business purpose, such as attracting investors, customers, or talent, rather than being issued indiscriminately. It highlights common pitfalls like vague messaging, over‑explaining basic quantum concepts, and omitting...
Quantum Tools Set to Transform Life Science, Researchers Say
Japan’s National Institutes for Quantum Science and Technology (QST) published a perspective in ACS Nano outlining how quantum tools—nanoscale biosensors, hyper‑polarized MRI, and quantum‑biology‑inspired catalysts—can shift life‑science from niche labs to routine clinical and industrial use. The roadmap highlights diamond‑based nitrogen‑vacancy...
Colorado School of Mines Launches First Undergraduate Quantum Systems Engineering Degree in the United States
Colorado School of Mines announced the nation’s first Bachelor of Science in Quantum Systems Engineering, set to enroll in Fall 2026. The degree targets the quantum workforce gap by training engineers to move breakthroughs from labs to commercial products. Its...