Quantum Computing

The University of Colorado Boulder's Department of Computer Science is hiring four tenure-track faculty members, with openings in quantum computing, two roles in artificial intelligence, and computer architecture and systems. Job listings and application links are available on the department's website, and academics are being asked to share the announcement widely with qualified candidates in these fast-growing research fields.

The French technology group Thales is being discussed for its work across drones, artificial intelligence and quantum technologies in the defence and aerospace sectors. A French-language news post linking to Les Echos coverage highlights the company's innovation push, framing a trajectory from robotics and AI to quantum computing and its defence applications.

A physics computing workflow has been shared for producing publication-grade Bloch spheres and quantum circuit diagrams on Android devices using Termux and Matplotlib. The approach is aimed at situations where full Qiskit installation wheels fail to build on the platform, letting researchers and students generate quantum visualisations from a phone or tablet instead of a desktop machine.

Researchers report that seemingly random, chaotic quantum systems contain recurrent patterns, suggesting hidden order within quantum unpredictability. The finding could improve how physicists model complex quantum systems and may have implications for quantum computing and the study of thermalization in isolated systems. Details of the methods and results remain limited in the initial coverage.

Defense and government IT contractor SAIC has acquired ISC, a move aimed at strengthening its capabilities in quantum-ready encryption for federal clients. The deal positions SAIC to help agencies transition to post-quantum cryptography as quantum computing threatens current encryption standards. Details on price and terms were not immediately disclosed.

Quantum computing company D-Wave and the University of Arkansas have launched a joint initiative aimed at applying quantum technology to supply chain problems. The collaboration will focus on using quantum computing to tackle logistics and optimisation challenges, though details on funding, staffing and specific projects were not included in the initial announcement.

Physicists report a breakthrough in controlling light in three dimensions, which they say unlocks quantum states previously considered impossible. The work could influence future research in quantum computing, photonics and advanced materials. Details of the finding and its practical implications remain limited, but the claim of reaching 'impossible' states is drawing attention across the physics community.

Quantum Renaissance has announced it will convene global quantum technology leaders in Florence in April 2027. The event is expected to bring together researchers, companies and policymakers working on quantum computing and related fields. Details on speakers and agenda have not yet been released, but the announcement puts Italy on the map as a host for the fast-growing quantum sector's international community.

Rigetti Computing, the quantum computing company traded under ticker RGTI, is drawing attention from investors tracking its stock price, quotes and trading history on financial platforms. The company is one of a handful of pure-play quantum computing stocks that retail traders have been watching closely amid fluctuating valuations and ongoing interest in quantum technology developments.

A finance listing for Quantinuum Inc under the Munich ticker R5P.MU is circulating, showing the quantum computing company's stock price, quote and history. Quantinuum, formed from Honeywell's quantum division merged with Cambridge Quantum, is one of the most closely watched private-to-public quantum hardware firms. Interest suggests investors are tracking its market performance and any signals about the company's listing status or valuation.

Physicists have successfully measured the W state of three quantum-entangled photons, a specific type of multi-particle entanglement where entanglement is shared unevenly among the photons. The achievement, reported by ScienceAlert, demonstrates refined experimental control over complex quantum states, a capability relevant to quantum computing, quantum communication and fundamental tests of quantum mechanics. Science observers are sharing the result as a notable step in entanglement research.

The second QDA Forum has taken place, with a focus on real-world deployments and the progress of quantum computing. Discussions reportedly centered on moving quantum technologies beyond research and into practical, deployed applications, and on how far the industry has advanced toward usable quantum systems.

A new analysis of a solvable quantum circuit shows that the boundaries of what can be solved exactly are precisely where chaotic behaviour emerges in quantum systems. By working through a model that can be treated mathematically, researchers link the limits of solvability to the onset of chaos, offering a rare tractable handle on how orderly quantum dynamics break down into unpredictable ones.