Quantum computing and others quantum

In a groundbreaking advancement in supramolecular chemistry, researchers at the University of Jyväskylä in Finland have engineered an innovative class of synthetic molecules capable of capturing sulfate ions with remarkable efficiency in aqueous environments. This pioneering work addresses a longstanding challenge in chemical sensing and environmental remediation: selectively binding sulfate ions, which are notoriously difficult […]

Allosteric Bioscience said it is applying genomics, genetics, systems biology, quantum computing and advanced artificial intelligence to study the molecular mechanisms of aging and longevity, according to the company. The company states that its approach combines proprietary AI and molecular technologies with genomic and biological research tools to better understand and potentially control biological pathways […] The post Allosteric Bioscience targets longevity research using AI and quantum computing appeared first on Longevity.Technology.

Join the audience for a live webinar at 3 p.m. BST/10 a.m. EDT on 15 April 2026 Tracking Co²⁺ leaching from PtₓCo/C catalysts and recovering cation‑induced performance losses in PEM fuel cells The post Cobalt dissolution from PtₓCo/C cathode catalysts in PEM fuel cells: in situ quantification and removal methods appeared first on Physics World.

In a groundbreaking advancement poised to reshape our understanding of quantum materials, researchers at Rice University have unveiled magnetoARPES, an innovative extension of the widely used angle-resolved photoemission spectroscopy (ARPES) technique. This novel method integrates a tunable magnetic field directly into ARPES experiments, enabling the observation of electron behaviors under magnetic influence previously inaccessible with […]

A complex structure with multiple electrons is within reach of today's hardware.

Over the past decades, energy engineers have developed increasingly advanced battery technologies that can store more energy, charge faster and maintain their performance for longer. In recent years, some researchers have also started exploring the potential of quantum batteries, devices that can store energy leveraging quantum mechanical effects.

Electron movement and structures described in quantum physics allow researchers to better understand how and why materials like superconductors behave as they do. Rice University researchers Jianwei Huang and Ming Yi have developed a new capability, magnetoARPES, building on angle-resolved photoemission spectroscopy (ARPES) that allows researchers to study quantum behaviors they have been unable to resolve using ARPES alone. The work has been published in Nature Physics.

When performing calculations in a quantum computer qubits are required. Qubits are the units that enable the computer

More than a century before quantum mechanics was born, Irish mathematician William Rowan Hamilton stumbled onto an idea that would quietly foreshadow one of the deepest truths in physics. While studying the paths of light rays and moving objects, Hamilton noticed a striking mathematical similarity between them and used it to develop a powerful new framework for mechanics. At the time, it seemed like a clever analogy—but decades later, as scientists uncovered the strange wave-particle nature of light and matter, Hamilton’s insight took on new meaning.

In a groundbreaking advancement that could transform neonatal care, researchers have unveiled a novel computational model to characterize heart rate patterns for diagnosing and quantifying Neonatal Opioid Withdrawal Syndrome (NOWS). The study, published in Pediatric Research, introduces sophisticated analytic techniques that capture subtle variations in infants’ cardiac rhythms, offering clinicians an unprecedented window into the […]

New research from Monash University and Phillip Island Nature Parks is using thermal and infrared drone technology to spot marine debris entanglements in Australian fur seals. Entanglement is an escalating threat to marine wildlife such as seals and fur seals with well-documented impacts including injury, restricted movement, and increased energy expenditure.

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Author(s): Pavel A. Nosov, Zhaoyu Han, and Eslam KhalafA unified theory explains the recent discovery of superconductivity and reentrant integer quantum anomalous Hall states in twisted MoTe 2 in terms of the disorder-broadened Landau-Hofstadter bands of doped anyons. [Phys. Rev. Lett. 136, 106501] Published Tue Mar 10, 2026

Using a tool to solve a protein's structure, for most researchers in the world of structural biology and computational chemistry, is not unlike using the Rosetta Stone to unlock the secrets of ancient Egyptian texts. Once a protein's structure has been discovered or defined, one can infer crucial information about its function or, in a diseased state, its dysfunction. While researchers have been pursuing the quest of solving protein structure for decades, advancing tools and computing technologies offer a new frontier for this work.

Quantum mechanical effects are known to be easily disrupted by disturbances from the surrounding environment, commonly referred to as noise. To minimize these disturbances, physicists often study these effects in small and carefully controlled systems, in which environmental noise can be minimized.

A study by scientists at Hunan University introduces a new hydrogen isotope separation method that leverages proton quantum tunneling to produce heavy water, overcoming the key physical limitation faced by current methods that have made the production process difficult and expensive for decades.

The pursuit of scalable quantum computing platforms has been fiercely challenged by the sheer complexity of the necessary control infrastructure. Traditional superconducting qubit architectures require an individually dedicated control line for each qubit—a reality that severely limits the scalability of quantum processors. This linear scaling of wiring not only increases the physical footprint but also […]

How BIP-360 reshapes Bitcoin’s quantum defense strategy, what it improves and why it stops short of full post-quantum security.

We recently published 9 Best Battery Stocks to Buy Before They Explode. QuantumScape Corporation (NASDAQ:QS) is one of the best battery stocks to buy before they explode. Evercore ISI discussed solid-state battery firm QuantumScape Corporation (NASDAQ:QS)’s shares in late February. The bank kept an In-Line rating for the stock and reduced the share price target […]

In a groundbreaking advance that heralds a new era for wavelength-specific laser technology, researchers have achieved an unprecedented brightness level in yellow laser emission through second-harmonic generation (SHG). This extraordinary feat was realized using metal-organic chemical vapor deposition (MOCVD)-grown, high-strain indium gallium arsenide (InGaAs)/gallium arsenide (GaAs) quantum well vertical-external-cavity surface-emitting lasers (VECSELs). The breakthrough, recently […]

In the dynamic arena of photonic integrated circuits (PICs), the quest for efficient, scalable, and cost-effective laser sources remains a pivotal challenge. Semiconductor lasers, integral to this pursuit, often grapple with the disruptive effects of optical feedback arising from internal reflections within the photonic circuits. Traditional quantum well (QW) lasers, while well-established, suffer from pronounced […]

Author(s): Yi-Cheng Wang, Jin-Yi Wang, Zheng-Wang Wang, Xiang-You Chen, Long Xiong, and Lei-Lei NianThe authors demonstrate that in a tunneling-driven two-photon Jaynes-Cummings junction, dissipation engineering can steer quantum phase transitions: single-photon loss triggers a first-order transition, while two-photon loss stabilizes it as a continuous second-order transition; introducing electronic dissipation can further switch the transition order across different photon statistics. This transforms dissipation from a detriment into a resource for sculpting quantum criticality in open quantum systems. [Phys. Rev. A 113, 033708] Published Mon Mar 09, 2026

Colour and thermal-infrared technology in drones was used to detect marine debris entanglements in fur seals. The technology can also detect shark bites and other injuries on fur seals that show up as elevated temperatures. Australian researchers combined colour and thermal drone video to help identify at-risk animals more effectively.

Researchers from Germany, Japan and India, led by scientists from DESY and the Universities of Kiel and Hamburg, have found a way to collectively make molecules on a flat surface rotate by exposing them to light using ultrafast light pulses from DESY's free-electron laser FLASH and a high-harmonic generation source. However, making those molecules dance is not the ultimate goal: this result could have an impact on next-generation quantum and energy materials for electronics, data storage and energy conversion.

The US has unveiled a six pillar national cyber security strategy, with developing technological areas such as post-quantum cryptography and artificial intelligence from and centre.

AECOM (NYSE:ACM) is one of the stocks on which Jim Cramer gave his opinions. A caller asked whether ACM is a buy and, if not, what a good alternative would be. In response, Cramer said: Yeah, they didn’t have a good quarter, and it’s a good company, but they did not have a good quarter. […]

The list of things that quantum features enable us to do just got a little longer The post Physicists identify unexpected quantum advantage in a permutation parity task appeared first on Physics World.

Germany is the arena for yet another legal battle between tech giants – Samsung Electronics just won a case against TCL over “fake QLED” TVs. Quantum dots are used in certain display types for improved efficiency and color accuracy. For example, some Samsung TVs use ultraviolet backlight. Ultraviolet LEDs are very efficient, but UV isn’t even in the visible spectrum. Quantum dots absorb this UV light and output visible light in the desired color. An additional advantage to this approach is that quantum dots are much easier to tune to an exact wavelength of light than a typical...

In a groundbreaking development poised to reshape the future of quantum photonics and nanotechnology, researchers have unveiled a novel method for creating deterministic quantum light emitters using DNA origami-engineered molecule–MoS₂ hybrids. This pioneering study, conducted by Li, Zhao, Melchakova, and colleagues, marks a significant leap in the precision engineering of quantum light sources, promising transformative […]

Researchers at Nicolaus Copernicus University (NCU) have developed a system that makes it possible to transfer leading laser spectroscopy technologies to the regime of cryogenic temperatures and to conduct studies of quantum theory for molecules with an unprecedented level of precision. The physicists constructed an exceptionally sensitive spectrometer based on an optical cavity whose operation the NCU team has extended into the so-called deep cryogenic regime. The instrument operates at temperatures down to 4 K (approximately −269 °C), close to absolute zero. Professor Piotr Wcislo, leader of the research group at the Institute of Physics at Nicolaus Copernicus University (NCU). Courtesy of NCU/Andrzej Romanski. ...

When it comes to quantum computing, which is rapidly accelerating, the focus is always on qubits. These delicate

Physicists in China have set the tightest constraint yet on a parameter known as axion-nucleon coupling The post Long-distance quantum sensor network advances the search for dark matter appeared first on Physics World.

In a groundbreaking advancement poised to revolutionize the display technology landscape, researchers from a collaborative team led by Wu, C., Luo, C., and Huo, Y. have unveiled a new class of quantum dot light-emitting diodes (QLEDs) that demonstrate unprecedented efficiency and spatial resolution. Published in the March 2026 issue of Light: Science & Applications, this […]

Researchers in the US have demonstrated how quantum entanglement could be used to detect optical signals from astronomical sources at the single-photon level. Published in Nature, a team led by Pieter-Jan Stas at Harvard University showed how extremely weak light signals could be detected across a fiber link spanning more than 1.5 km—possibly paving the way for optical telescopes with unprecedented resolution.

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Fluorescent proteins with a quantum upgrade could offer unprecedented views inside cells

Chinese scientists have cracked a long-standing puzzle in quantum optics, creating a tiny device that spits out pairs of light particles on demand with unprecedented purity and efficiency that could upend the quantum race. Single-photon devices are maturing rapidly, but the field is now pursuing efficient two-photon sources that can pave the way for sharper medical imaging, unbreakable encryption and next-generation sensors. In precision measurement, for instance, using two photons can double...

In a groundbreaking development in the assessment and monitoring of Parkinson’s disease, researchers have unveiled a sophisticated video-based system that offers interpretable and granular quantification of motor function during the classic finger-tapping test. This advancement is poised to redefine neurological diagnostics by harnessing innovative computer vision and machine learning techniques to deliver unprecedented levels of […]

Christopher Mims / Wall Street Journal: As cheap, powerful GPS jammers proliferate, a look at some alternatives to GPS, including using supersensitive, quantum-based magnetic sensors  —  The proliferation of cheap, powerful GPS jammers has airline operators, shipping firms and militaries alike scrambling for navigation alternatives

A new room-temperature quantum device developed at Stanford uses twisted light and advanced materials to link photons and electrons. Modern quantum computers are typically large, costly systems that operate under extreme conditions. Many must be cooled to temperatures near -459 degrees Fahrenheit (-273.15 degrees Celsius), also known as “absolute zero.” These demanding requirements make current [...]

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© seekingalpha.com. Use of this feed is limited to personal, non-commercial use and is governed by Seeking Alpha's Terms of Use (https://about.seekingalpha.com/terms). Publishing this feed for public or commercial use and/or misrepresentation by a third party is prohibited.

© seekingalpha.com. Use of this feed is limited to personal, non-commercial use and is governed by Seeking Alpha's Terms of Use (https://about.seekingalpha.com/terms). Publishing this feed for public or commercial use and/or misrepresentation by a third party is prohibited.

© seekingalpha.com. Use of this feed is limited to personal, non-commercial use and is governed by Seeking Alpha's Terms of Use (https://about.seekingalpha.com/terms). Publishing this feed for public or commercial use and/or misrepresentation by a third party is prohibited.

© seekingalpha.com. Use of this feed is limited to personal, non-commercial use and is governed by Seeking Alpha's Terms of Use (https://about.seekingalpha.com/terms). Publishing this feed for public or commercial use and/or misrepresentation by a third party is prohibited.

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Quantum technologies are anticipated to transform computing, communication and sensing by harnessing the unusual behavior of matter at

Whether you use a smartphone or a computer, pay for things with a credit card, or go to

In the frontier of condensed matter physics, quantum spin liquids have captivated researchers for decades, promising exotic phases of matter that defy classical descriptions and hold potential keys to quantum computation. However, recent groundbreaking research led by Professor Pengcheng Dai at Rice University challenges longstanding interpretations of one such purported quantum spin liquid material, cerium […]

Author(s): Ole Milark, Jean-Baptiste Salmon, and Benjamin SobacDrying of complex fluids is crucial in many natural and technological processes, yet predicting it and probing associated transport phenomena remain challenging. We introduce an original interferometry‑based method for confined two-dimensional droplets in a humidity‑controlled chamber, enabling simultaneous high‑precision, high‑resolution measurement of drying kinetics and internal concentration fields, providing a powerful tool to accurately characterize drying dynamics and transport in complex fluids. [Phys. Rev. Fluids 11, 033603] Published Fri Mar 06, 2026

Author(s): C. Piyakulworawat, K. Morita, Y. Fukumoto, W.-Y. Hsieh, W.-T. Chen, K. Nakajima, S. Ohira-Kawamura, Y. Zhao, S. Wannapaiboon, P. Piyawongwatthana, T. J. Sato, and K. MatanResearch on Cu 5 SbO 6 , a material in which Cu 2 + ions are arranged in distorted honeycomb lattices, reveals a magnetic scheme of interacting ferromagnetic-antiferromagnetic quantum spin chains residing in the honeycomb layers. Unlike similar materials, the interchain interaction in this compound is dominated by the

In a groundbreaking study published on March 6, 2026, researchers Mao YJ, Zhang ZH, Li Y, and their colleagues have unveiled a pioneering approach to controlling electron-ion entanglement through multiphoton ionization. This work, featured in the journal Light: Science & Applications, represents a significant leap forward in the field of quantum dynamics and coherent control, […]

Quantum eMotion Corp. (NYSEAMERICAN:QNC) is one of the stocks that should double in 3 years. On February 27, Quantum eMotion agreed to acquire the technology assets of California-based SKV Technology and Jet Lab Technologies, including the high-assurance SecureKey platform. This acquisition transitions Quantum eMotion from a provider of quantum entropy to a full-stack cybersecurity architect. […]

Magnetic materials in a quantum spin liquid phase are of great interest in the pursuit of exotic state of matter and quantum computation. But in the quantum realm, things are not always what they seem. A study, published in Science Advances and co-led by Rice University's Pengcheng Dai, found that the material cerium magnesium hexalluminate (CeMgAl11O19) was not actually in a quantum spin liquid phase despite evidence suggesting it was.

Matin Durranireports from the Careers in Quantum event at the University of Bristol, UK The post Pathways to a career in quantum: what skills do you need? appeared first on Physics World.

The first molecule with a half-Möbius electronic topology. Continue reading A newly created molecule shows unusual quantum behavior on Tech Explorist.

Rydberg atoms are atoms with one or more outer electrons excited to very high energy levels, which interact very strongly with each other. These atoms are widely used to run quantum simulations and develop quantum technologies, as they can give rise to exotic and rare phases of matter.

Over the last 15 years or so, researchers have been exploring pilot-wave theory–originally proposed by De Broglie in the 1920s as a way to understand quantum mechanics–using hydrodynamic quantum analogs. In these experiments, researchers vibrate pools of silicone oil, which allows oil drops to bounce–and in some conditions, walk–indefinitely on the pool. By mixing in […]

Electrochemical approach counterintuitively relies on making water’s bonds stronger

The neutral-atom quantum computing company, co-founded by Nobel laureate Alain Aspect, has announced a business combination with Bleichroeder Acquisition Corp. II, with the deal expected to close in the second half of 2026. When Alain Aspect shared the Nobel Prize in Physics in 2022, the citation concerned experiments performed decades earlier, precise measurements of quantum […] This story continues at The Next Web

PsiQuantum co-founder Terry Rudolph said in July it has no plans to attack Bitcoin, even if its upcoming facility becomes powerful enough to break the blockchain’s cryptography.

Quantum systems may hide memory in unexpected ways. An international team of scientists has taken a closer look at how memory functions in quantum systems and their time evolution. Their study reveals that whether a quantum process appears to have memory depends on how it is examined. From one angle, the process may seem completely [...]

An international team of scientists from IBM, The University of Manchester, Oxford University, ETH Zurich, EPFL and the University of Regensburg have created and characterized a molecule unlike any previously known—one whose electrons travel through its structure in a corkscrew-like pattern that fundamentally alters its chemical behavior. The work appears in Science.

Intact ecosystems have the capacity for self-regulation, which keeps their complex structure of species—such as animals, plants, fungi and bacteria—in balance. For example, when the population of a species increases, its per capita growth rate decreases, keeping population growth in check. Ecological stability is an important indicator of how well self-regulation works and how "healthy" ecosystems are. Measuring and assessing the stability of ecosystems is therefore crucial for monitoring and conserving biodiversity.

Author(s): Ssu-Chih Lin, Paul Steinacker, MengKe Feng, Ajit Dash, Santiago Serrano, Wee Han Lim, Kohei M. Itoh, Fay E. Hudson, Tuomo Tanttu, Andre Saraiva, Arne Laucht, Andrew S. Dzurak, Hsi-Sheng Goan, and Chih Hwan Yang is a promising strategy for scaling silicon-based quantum processors by overcoming the connectivity constraints inherent in quantum dots. This study employs Pauli spin blockade to characterize spin-shuttling coherence at different external magnetic fields, facilitating a systematic investigation of the impact of various operational parameters, which can drive up to a twentyfold variation in error rates. Through targeted optimization, the authors achieve an average shuttling fidelity of 99.8%. Their findings provide critical insights for optimizing high-performance spin shuttling in future large-scale quantum processors. [Phys. Rev. Applied

Author(s): Tancredi Salamone, Biel Martinez Diaz, Jing Li, Lukas Cvitkovich, and Yann-Michel NiquetThe management of valley splittings is one of the main challenges for electron spin qubits in Si/SiGe heterostructures. Here, the authors implement intervalley potentials in a two-band k·p model for the opposite X, Y, and Z valleys of silicon, explicitly accounting for alloy disorder. The approach reproduces tight-binding valley splittings, valley-orbit mixing, and intervalley dipole matrix elements at a much lower computational cost. Through simulation of a realistic Si/SiGe spin qubit device, including electron-phonon interactions, the authors illustrate how this model enables efficient modeling of SiGe heterostructure devices where spin and valley physics are relevant. [Phys. Rev. B 113, 115304] Published Thu Mar 05, 2026

D-Wave Quantum Inc. (NYSE:QBTS) is among the 10 Fastest Growing NYSE Stocks to Buy. On February 27, 2026, Evercore ISI analyst Mark Lipacis lowered the price target on D-Wave Quantum Inc. (NYSE:QBTS) to $42 from $44 and maintained an Outperform rating on the shares. That same day, Mizuho analyst Vijay Rakesh reduced the firm’s price […]

A team at IBM Research has assembled a strange new ring-shaped molecule that bends around like a more complicated Möbius strip

Leaders acknowledge White House role in controversial moves

Chemists have created a never-before-seen type of molecule with a nearly impossible shape.

Quantum computing has the potential to shape the future. In what areas might this emerging technology have tangible impacts?

Quant due diligence often misses one crucial question: Why are certain variables included? Poor specification risk can derail otherwise strong models. The post The Question That Exposes Weak Quant Models appeared first on CFA Institute Enterprising Investor.

Quantum key distribution (QKD) allows encrypted information to be distributed without being intercepted. In free-space QKD, however, fluctuations in atmospheric conditions can cause distortions in the propagating spatial modes, reducing the fidelity of the transmission and impairing the retrieval of the encoded information at the receiver end. To alleviate the effects of atmospheric turbulence on spatial mode transmission, a team at the University of Ottawa developed an all-optical self-correction scheme for turbulence resilience using stimulated parametric down-conversion (StimPDC)-based optical phase conjugation. Instead of relying on complex, expensive digital adaptive optics, the researchers used a nonlinear optical process...

Reuters: China's new five-year plan introduces an “AI+ action plan”, mentions AI over 50 times, and outlines investments in quantum computing, 6G, embodied AI, and more  —  China's new five-year policy blueprint laid out its ambitions to aggressively adopt artificial intelligence throughout …

Quantum-Si incorporated (NASDAQ:QSI) Q4 2025 Earnings Call Transcript March 4, 2026 Operator: Thank you for standing by, and welcome to the Quantum-Si Fourth Quarter and Year-End 2025 Earnings Call. [Operator Instructions] As a reminder, today’s program is being recorded. And now I’d like to introduce your host for today’s program, Lindsay Risa (sic) [ Risa […]

Pasqal said its new financing would be primarily invested in its infrastructure in France in order to accelerate research and development, and strengthen its industrial capabilities. Read more: French quantum start-up Pasqal raises €340m, plans dual public listings

The strategy aims to build upside exposure in March and April while minimizing upfront cost.

Bailey Lipschultz / Bloomberg: Pasqal, a French startup that builds quantum processors using neutral atom technology, plans to go public via a SPAC merger at a $2B pre-money valuation  —  Pasqal Holding SAS agreed to merge with a blank-check firm in a deal that values the combined company at $2 billion pre-money …

Quantum computers work by applying quantum operations, such as quantum gates, to delicate quantum states. Ideally, quantum computers can solve complex equations at staggeringly fast speeds that vastly outpace regular computers. In real hardware, the operations of quantum computers often deviate from the ideal behavior because of device imperfections and unwanted noise from the environment. To build reliable quantum machines, researchers need a way to accurately determine what a quantum device is actually doing.

Google plans to defend HTTPS certificates against quantum attacks using compact verification methods that preserve browser performance and system compatibility.

Researchers at the University of Innsbruck, together with partners from Sydney and Waterloo, have presented a new diagnostic method for quantum computers. It makes errors in individual quantum bits visible during logical calculation and evaluates them. The new method was demonstrated on an ion trap quantum processor in Innsbruck. It can be used to identify critical error sources—a key to developing more robust, fault-tolerant quantum processors.

Author(s): Vijaysankar Kalappattil, Chuanpu Liu, Zhijie Chen, Vipul Sharma, Kai Liu, Jinke Tang, Steven S.-L. Zhang, and Mingzhong WuQuantum oscillations in nonlinear electrical transport reveal the geometry and spin orientation of the Fermi surface in the Dirac semimetal α-Sn. [Phys. Rev. Lett. 136, 096603] Published Wed Mar 04, 2026

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In this week’s Crypto Long & Short Newsletter, Martin Gaspar on how bitcoin looks to overcome quantum fears, echoing past climate backlash.

WHOOP joins $34.5 million initiative to develop the first FDA-grade Intrinsic Capacity score to predict healthspan. Medicine has always measured aging indirectly. We track blood pressure, cholesterol, glucose and hope that together they tell a coherent story about our future. But what if there were a single, validated score that captured something more fundamental – […] The post WHOOP enters $34.5m ARPA-H-backed bid to quantify aging appeared first on Longevity.Technology.

BTQ Technologies Corp. (NASDAQ:BTQ) is one of the most promising Canadian stocks according to analysts. On February 24, BTQ Technologies announced a partnership between QPerfect and SDT Inc. to integrate the MIMIQ high-performance virtual quantum computer into the QUREKA hybrid quantum platform. This collaboration establishes a new cloud-based quantum emulation service, with SDT managing the […]

A newly derived “q-desic” equation suggests that quantum effects may subtly alter particle trajectories across the universe. Bringing together quantum physics and gravity is often described as the “Holy Grail” of modern science. Quantum theory explains the behavior of the smallest particles with remarkable precision, while Einstein’s general theory of relativity describes gravity and the [...]