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Author: Schrödinger

  • Reservoir Computing Sandpit: Funding for Defence & Security
    Technology News

    Reservoir Computing Sandpit: Funding for Defence & Security

    by SchrödingerNovember 20, 2025
  • Microsoft AI CEO Advocates To Never Build "Sex Robots:
    Artificial Intelligence

    Microsoft AI CEO Advocates To Never Build “Sex Robots:

    by SchrödingerOctober 28, 2025
  • Researchers Demonstrate Entanglement Via Gravity
    Quantum Physics

    Researchers Demonstrate Entanglement Via Gravity

    by SchrödingerOctober 28, 2025
  • Researchers Unlock New Music Generation with Amadeus, Challenging Sequential Dependencies in Attribute Token Modelling
    Artificial Intelligence

    Researchers Unlock New Music Generation with Amadeus, Challenging Sequential Dependencies in Attribute Token Modelling

    by SchrödingerAugust 31, 2025
  • Neural Networks Solve Nonlinear Schrödinger Equation for Chaotic Wave Dynamics.
    Quantum Machine Learning

    Neural Networks Solve Nonlinear Schrödinger Equation for Chaotic Wave Dynamics.

    by SchrödingerJune 14, 2025
  • De Sitter Conjecture Constrains Inflation and Black Hole Extremality Limits.
    Physics

    De Sitter Conjecture Constrains Inflation and Black Hole Extremality Limits.

    by SchrödingerJune 11, 2025
  • Quantum Computing: Talent Gap and Software Challenges Threaten Progress Say IQM
    Quantum Computing Business News

    Quantum Computing: Talent Gap and Software Challenges Threaten Progress Say IQM

    by SchrödingerJune 10, 2025
  • Indefinite Causal Order: Exploring Quantum Physics Beyond Conventional Time.
    Physics

    Indefinite Causal Order: Exploring Quantum Physics Beyond Conventional Time.

    by SchrödingerJune 6, 2025
  • High-Temperature Expansion Reveals Dynamic Spin Correlations in Quantum Magnets
    Quantum Research News

    High-Temperature Expansion Reveals Dynamic Spin Correlations in Quantum Magnets

    by SchrödingerJune 2, 2025
  • Qubit Loss and Errors Drive Transition to Nishimori Criticality in Circuits
    Quantum Physics

    Qubit Loss and Errors Drive Transition to Nishimori Criticality in Circuits

    by SchrödingerJune 2, 2025
  • Adaptive Outlier Detection in Space Mission Applications: Real-Time Event Detection Using PCA
    Technology News

    Adaptive Outlier Detection in Space Mission Applications: Real-Time Event Detection Using PCA

    by SchrödingerApril 23, 2025
  • Fundamental Constants Unlock Potential For Room-Temperature Superconductors: New Research Reveals
    Physics

    Fundamental Constants Unlock Potential For Room-Temperature Superconductors: New Research Reveals

    by SchrödingerMarch 6, 2025
  • Quantum Parameter Adaptation: A Breakthrough in Parameter-Efficient Learning with Quantum Machine Learning
    Quantum Research News

    Quantum Parameter Adaptation: A Breakthrough in Parameter-Efficient Learning with Quantum Machine Learning

    by SchrödingerFebruary 11, 2025
  • Consciousness and Quantum. Understanding the Link.
    Science

    Consciousness and Quantum. Understanding the Link.

    by SchrödingerFebruary 3, 2025
  • Breakthrough in Quantum Materials Enables Secure Communication.
    Quantum Research News

    Breakthrough in Quantum Materials Enables Secure Communication.

    by SchrödingerJanuary 30, 2025
  • Making a Leap by Using “Another State to Entangle”
    Quantum Research News

    Making a Leap by Using “Another State to Entangle”

    by SchrödingerJanuary 30, 2025
  • Scientists Discover Photons Reveal Quark-Gluon Plasma in High-Energy Collisions
    Physics

    Scientists Discover Photons Reveal Quark-Gluon Plasma in High-Energy Collisions

    by SchrödingerJanuary 15, 2025
  • UNSW engineers create quantum error detection method
    Quantum Research News

    UNSW engineers create quantum error detection method

    by SchrödingerJanuary 15, 2025
  • Quantum Discoveries of 1925 and 1926. Looking Back 100 Years to the Beginning of Spooky Science
    Quantum Physics

    Quantum Discoveries of 1925 and 1926. Looking Back 100 Years to the Beginning of Spooky Science

    by SchrödingerJanuary 8, 2025
  • Is The Reign Of Intel Over?
    Technology News

    Is The Reign Of Intel Over?

    by SchrödingerAugust 10, 2024
  • Quantum Computers Explained in Engaging Online Serious Game Experience
    Quantum Education, Fun Stuff

    Quantum Computers Explained in Engaging New Computer Game

    by SchrödingerJuly 3, 2024
  • Advancing Understanding of Matter with Quantum Electrodynamics
    Quantum Physics

    Advancing Understanding of Matter with Quantum Electrodynamics

    by SchrödingerJune 17, 2024
  • AI Powers Largest-Ever Antibiotic Discovery, Unearths Million Potential Cures from Microbial Dark Matter
    Artificial Intelligence

    AI Powers Largest-Ever Antibiotic Discovery, Unearths Million Potential Cures from Microbial Dark Matter

    by SchrödingerJune 8, 2024
  • Tepper School Study Reveals Social Welfare Optimization for Fairer AI Decisions
    Artificial Intelligence

    Tepper School Study Reveals Social Welfare Optimization for Fairer AI Decisions

    by SchrödingerJune 8, 2024
  • University of Maryland's AI and Robotics Revolutionise Green Tech Design in Wearable Heaters
    Artificial Intelligence

    University of Maryland’s AI and Robotics Revolutionise Green Tech Design in Wearable Heaters

    by SchrödingerJune 8, 2024
  • Revolutionary Machine Learning Method Enhances Prediction of Spine Surgery Outcomes
    Machine Learning

    Revolutionary Machine Learning Method Enhances Prediction of Spine Surgery Outcomes

    by SchrödingerJune 4, 2024
  • Tensor Networks: A Game-Changer for Green AI?
    Artificial Intelligence

    Tensor Networks: A Game-Changer for Green AI?

    by SchrödingerJune 3, 2024
  • Tech's Magnificent 7 and Quantum Computing
    Artificial Intelligence

    The Magnificent 7 Tech Stocks and Quantum Computing

    by SchrödingerMay 30, 2024
  • Quantum Speed Limit's Role in Advancing Efficiency of Quantum Computing Platforms
    Quantum Research News

    Quantum Speed Limit’s Role in Advancing Efficiency of Quantum Computing Platforms

    by SchrödingerApril 14, 2024
  • Blockchain Enhances Cloud Data Security
    Quantum Security

    Blockchain Enhances Cloud Data Security

    by SchrödingerMarch 20, 2024
  • Quantum Computing Unlocks Neutrino's Role in Universe's Large-Scale Structure Formation
    Physics

    Quantum Computing Unlocks Neutrino’s Role in Universe’s Large-Scale Structure Formation

    by SchrödingerMarch 1, 2024
  • Revolutionary DVD-Sized Disc Stores 1.6 Petabits: A Game-Changer for Data Centers
    Technology News

    Revolutionary DVD-Sized Disc Stores 1.6 Petabits: A Game-Changer for Data Centers

    by SchrödingerFebruary 24, 2024
  • Generative AI's Copyright Dilemma: Balancing Innovation and Protection Amid Rapid Advancements
    Artificial Intelligence

    Generative AI’s Copyright Dilemma: Balancing Innovation and Protection Amid Rapid Advancements

    by SchrödingerFebruary 13, 2024
  • Researchers Achieve Strong Spin-Photon Coupling in Quantum Information Processing Breakthrough
    Physics

    Researchers Achieve Strong Spin-Photon Coupling in Quantum Information Processing Breakthrough

    by SchrödingerFebruary 7, 2024
  • CERN Team Develops Quantum Reinforcement Learning for Improved Particle Accelerator Efficiency
    Machine Learning, Quantum Machine Learning, Quantum Research News

    CERN Team Develops Quantum Reinforcement Learning for Improved Particle Accelerator Efficiency

    by SchrödingerFebruary 7, 2024
  • Scientists Decode Black Hole Mysteries Using Nonisometric Model and Quantum Processors
    Physics, Quantum Physics

    Scientists Decode Black Hole Mysteries Using Nonisometric Model and Quantum Processors

    by SchrödingerFebruary 6, 2024
  • UK Government Announces New Quantum Funding. Investing £45M into Quantum Sector, Aiming for Quantum-Enabled Economy by 2033
    Quantum Funding, Quantum Funding Landscape

    UK Government Announces New Quantum Funding. Investing £45M into Quantum Sector, Aiming for Quantum-Enabled Economy by 2033

    by SchrödingerFebruary 5, 2024
  • How We Achieved Our 2024 Performance Target of #AQ 35 January 25, 2024 by IonQ Staff Today, we announced that IonQ Forte, our flagship, commercially available quantum computer, successfully passed the #AQ 35 benchmark suite. #AQ 35 was IonQ’s technical target for 2024 and we are excited to have achieved it a year ahead of schedule. This blog post will dive into the technical progress made since we achieved #AQ 29 seven months early in June 2023. IonQ Performance Roadmap IonQ’s goal is to build quantum computers that can deliver value to our customers by successfully executing the applications they care about. As such, our roadmap is based on achieving higher and higher performance on an application based benchmark that is representative of the most promising, commercial algorithmic approaches. When we shared our performance roadmap for the first time, no such application based benchmark existed - and so IonQ built on the work of the largest quantum industry consortium, the QED-C - to develop a benchmark called Algorithmic Qubits (#AQ). Since then, we have been laser focused on optimizing across the entire quantum computing stack to attain the ambitious targets laid out in our roadmap, knowing that the higher the #AQ a system offers, the more commercial value we can deliver to our partners and customers. IonQ Forte, which was made commercially available for the first time at #AQ 29, brings us one step closer to the era of enterprise-grade quantum computing - where quantum computers can offer value to enterprises investing in quantum application development. IonQ hardware and software roadmap IonQ hardware and software roadmap IonQ Forte, an Innovative Approach to Trapped Ion Quantum Computing When we announced Forte in 2022, one of its key differentiating features was software reconfigurability. By this, we meant that we can dynamically reconfigure elements in Forte instead of requiring fabrication in other architectures. For example, qubit count can be tuned via a flexible surface ion trap, and ions at different locations can be addressed dynamically via Forte’s acousto-optic deflectors (AODs), which enable the precise steering of control lasers. As such, Forte was designed from the beginning to be able to push the boundaries of performance through a combination of hardware and software upgrades. First with #AQ 29, and now with #AQ 35, IonQ is positioning Forte as a system that is capable of running wider circuits while maintaining high gate fidelity and all-to-all qubit connectivity. At IonQ, when we think about performance of a quantum computer, we think in terms of the end-to-end customer experience. We want to make sure that applications are optimized for our hardware, that the hardware delivers our expected high performance, and that appropriate error mitigation is applied to provide maximum value. This means that performance naturally breaks into three different factors: Application optimization: First, we make sure that the application of interest is implemented using a best-in-class algorithm for the problem a customer is trying to solve, and that it is compiled as efficiently as possible for our unique machine hardware. This factor is all about making sure that the application is expressed as efficiently as possible. For example, if we can use a classical computer to efficiently reduce the number of two qubit gates that are performed to do an equivalent quantum circuit, this can lead to dramatically better performance. Another factor that makes a huge difference here is the connectivity of the quantum processor: quantum computers in which more qubits can be coupled together support more efficient application compilation than those with more limited connectivities. Hardware optimization: Once the application is as efficient as we know how to make it, we need to run it on quantum hardware. This factor is all about getting as much raw performance from the hardware as possible, and is frequently characterized in terms of the number of physical qubits and single- and two-qubit gate fidelities. Gate fidelities aren’t the whole story though: we also care about unintentional qubit interactions (crosstalk), time drift of the calibration state of the machine, and decoherence times. At IonQ, we employ advanced techniques in the design and operation of our systems to improve the hardware performance. For example, we use diagnostic characterization to figure out where the problems lie, and fix them via combinations of hardware improvements, pulse-level control optimization, and gate-level techniques like dynamical decoupling. Error mitigation: Now that we’ve done as much as we can optimizing the application and hardware, we still have one step left to deliver the most customer value. Error mitigation is a broad term referring to data processing techniques that can boost the effective performance of noisy quantum circuit operations. Some error mitigation techniques such as zero noise extrapolation, scale exponentially in the number of experimental samples. Others, such as sharpening (also known as plurality voting) do not require additional samples, but can degrade performance of some circuits. While error mitigation does not scale indefinitely, it can extend the reach of today’s quantum processors considerably, and as stated before, we want to be able to provide our customers maximum value. Improvements along any of these three factors can move the needle on realized customer value and IonQ’s strategy for attaining our #AQ targets has always been anchored in improvements across all three factors. Understanding what factor is driving increases can help our customers better understand how #AQ improvements will translate to a specific application. Application based benchmarking is unique in its ability to reward improvements across the entire quantum computing stack - which is exactly how our customers will experience our quantum computers. IonQ #AQ scaling strategy relies on optimization across the entire quantum computing stack. IonQ #AQ scaling strategy relies on optimization across the entire quantum computing stack. Pushing IonQ Forte From #AQ 29 to #AQ 35 In the case of our #AQ 35 announcement, two critical factors contributed: increased qubits (hardware optimization) and more efficient compilation (application optimization). Let’s dive into each of these now. IonQ Forte underwent two main hardware optimizations to improve performance and scale. First, the qubit count was increased from 30 to 36. Thanks to optimizations made to the configurable AOD, these additional qubits were added without impacting gate fidelities or connectivity. This is a huge win, since the computational state space of the original 30 qubits has dimension about 1 billion, while 36 qubits has dimension over 68 billion. Second, new detection optics were designed and installed to accurately image and measure the longer qubit chain. But hardware enhancements are only one part of the story: we also boosted the performance of our compiler. In our #AQ 29 results, we were depth-limited by two circuit families in the #AQ repository: Monte Carlo (MC) and Amplitude Estimation (AE) circuits. To pass #AQ 35, we need to pass the MC and AE benchmark circuits on 7 qubits, which in their Qiskit specification require 982 and 868 two-qubit gates, respectively. The compiler used to pass #AQ 29 optimized these circuits to reduce the MC gates by 46% and the AE gates by 32%. More recently, by applying novel compilation strategies that efficiently search for repeated small-qubit blocks within a circuit, the #AQ 35 compiler reduced the two-qubit gate counts for MC by 97% to just 26 gates and by 95% to 36 gates for AE. It’s important to note that, even after extensive compiler optimization, we still need to run deep circuits. In particular, our AQ #35 volume is bounded by Phase Estimation on 35 qubits (243 two-qubit gates), Hamiltonian Simulation on 35 qubits (306 two-qubit gates), and Quantum Fourier Transform on 26 qubits (335 two-qubit gates). Forte’s hardware and software optimizations increased the system’s #AQ from 29 to 35. Forte’s hardware and software optimizations increased the system’s #AQ from 29 to 35. The #AQ 35 compiler is highly effective on the MC and AE circuits and we expect that additional circuits run by our customers will benefit as well from this compilation innovation. While we do not intend to suggest that all applications will scale through the #AQ 35 compiler alone, these results are proof that detailed application optimization can be beneficial and are worth continued investment. We are excited to announce that these specific optimizations will soon be turned on for IonQ’s default cloud compiler, so customers can take advantage of these performance gains with no additional cost or effort. The Path Forward and #AQ 64 #AQ was launched with a vision of evolution, ensuring the benchmark remains a proxy for customer value. #AQ was launched with a vision of evolution, ensuring the benchmark remains a proxy for customer value. We believe application-based benchmarks are the best way to understand how a system will perform against actual problems, and therefore we think they are the most important, and useful, way to benchmark systems. To ensure we are putting real world customer problems at the center of our research and development and product strategy, we will continue to invest in application-based benchmarks. We plan to release a technical manuscript describing more of the details of our #AQ 35 achievement in the next couple of months. While we continue to work in an open and collaborative way to help our customers benchmark system performance, our eyes are fixed on the next target on our hardware roadmap: #AQ 64. We believe #AQ 64 will be a turning point for the industry, where circuits that are large enough and complex enough to create commercial value are able to be successfully executed on IonQ hardware. The attainment of #AQ 64 will be dependent on hardware optimizations driven by our transition to Barium qubits and the deployment of reconfigurable multi-core quantum architectures enabled by new IonQ trap technology. In addition, software optimization and error mitigation will continue to improve algorithmic results as we work to unlock even more commercial value for our customers. While we are excited about reaching our technical target for 2024 a year ahead of schedule, we are committed to remaining ambitious in our hardware, software and application development for the rest of 2024. We hope you will join us on our journey by getting access to IonQ Forte to solve your problems, subscribing to our email list, or exploring job opportunities.
    Artificial Intelligence

    Northwestern University Team Boosts AI Language Understanding with BERT Integration

    by SchrödingerJanuary 26, 2024
  • Fraunhofer Team Identifies Security Challenges and Strengths in Quantum Machine Learning
    Quantum Machine Learning

    Fraunhofer Team Identifies Security Challenges and Strengths in Quantum Machine Learning

    by SchrödingerJanuary 23, 2024
  • UK's DragonFire Laser Weapon Achieves Milestone in Creating Star Wars Weaponry
    Technology News

    UK’s DragonFire Laser Weapon Achieves Milestone in Creating Star Wars-like Weaponry

    by SchrödingerJanuary 17, 2024
  • Q-CTRL and United States Geological Survey (USGS) Explore Sensing Applications for Geophysics and Quantum Technology
    Quantum Sensors

    Q-CTRL and United States Geological Survey (USGS) Explore Sensing Applications for Geophysics and Quantum Technology

    by SchrödingerJanuary 16, 2024
  • QDI Systems Raises €5M to Expand Medical Imaging with Quantum Dots Technology
    Quantum Applications, Quantum Funding

    QDI Systems Raises €5M to Expand Medical Imaging with Quantum Dots Technology

    by SchrödingerJanuary 16, 2024
  • QuEra and Pawsey Unite to Boost Global Quantum Computing and Supercomputing Innovation
    Quantum Computing Business News

    QuEra Computing and Pawsey Unite to Boost Global Quantum Computing and Supercomputing Innovation with up to 256 Qubit Machines

    by SchrödingerJanuary 16, 2024
  • Microsoft and PNNL Harness AI and Cloud Computing to Accelerate Energy Solutions Discovery
    Quantum Computing Business News

    Microsoft and PNNL Harness AI and Cloud Computing to Accelerate Energy Solutions Discovery

    by SchrödingerJanuary 10, 2024
  • SandboxAQ Buys Good Chemistry, Boosting AI Drug Discovery and Material Science Capabilities
    Quantum Computing Business News

    SandboxAQ Buys Good Chemistry, Boosting AI Drug Discovery and Material Science Capabilities

    by SchrödingerJanuary 10, 2024
  • Wits University Researchers Unveil Quantum Entanglement Link to Topology, Aiding Data Preservation
    Physics

    Wits University Researchers Unveil Quantum Entanglement Link to Topology, Aiding Data Preservation

    by SchrödingerJanuary 9, 2024
  • China and Russia Successfully Test 'Hack-Proof' Quantum Communication Link, Paving Way for BRICS Network
    Quantum Technology

    China and Russia Successfully Test ‘Hack-Proof’ Quantum Communication Link in Drive for BRICS Network

    by SchrödingerJanuary 1, 2024
  • Lawrence Livermore Lab Achieves Breakthrough in Fusion Energy
    Physics, Quantum Physics, Technology News

    Texas A&M Institute Joins National Quest for Limitless Laser-Driven Fusion Energy

    by SchrödingerDecember 26, 2023
  • CERN Quantum Quantum Initiative Marks Milestones in 2023: Launches Open Quantum Institute
    Quantum Funding Landscape

    CERN Quantum Initiative Marks Milestones in 2023 and Launches World-Class Open Quantum Institute

    by SchrödingerDecember 23, 2023
  • VINCI Energies, QuantumBasel, D-Wave Revolutionise HVAC Design with Quantum Computing
    Quantum Applications

    VINCI Energies, QuantumBasel, D-Wave Revolutionise HVAC Design with Quantum Computing

    by SchrödingerDecember 20, 2023
  • Santa Rally? Here are 3 Public Quantum Computing Stocks for Your Christmas Stocking
    Technology News

    Santa Rally? Here are 3 Public Quantum Computing Stocks for Your Christmas Stocking

    by SchrödingerDecember 19, 2023
  • Deep Mind Pioneer's use of AI and LLMs to make Discoveries in Mathematics with FunSearch
    Artificial Intelligence

    Deep Mind Pioneers use AI and LLMs to make Discoveries in Mathematics with FunSearch

    by SchrödingerDecember 15, 2023
  • Scientists Test Quantum Nature of Gravity Using Levitating Micro Diamonds
    Physics, Quantum Physics

    Scientists Test Quantum Nature of Gravity Using Levitating Micro Diamonds

    by SchrödingerDecember 12, 2023
  • Princeton Physicists Achieve Quantum Entanglement of Molecules, paving the way for Quantum Computing
    Physics

    Princeton Physicists Achieve Quantum Entanglement of Molecules, paving the way for Quantum Computing.

    by SchrödingerDecember 8, 2023
  • Google has announced the next step in its AI journey with Google Gemini, its most advanced model yet. This comes eight years into their journey as an AI-first company. Gemini 1.0, the first version, is optimized for different sizes: Ultra, Pro, and Nano. These models represent one of the biggest science and engineering efforts undertaken by Google. Pichai believes the transition to AI will be the most profound in our lifetimes, bringing new waves of innovation and economic progress. He also emphasized the importance of addressing risks as AI becomes more capable.
    Artificial Intelligence

    Google Unveils Google Gemini, AI’s Next Big Leap in AI Innovation

    by SchrödingerDecember 6, 2023
  • University of Rochester Scientists Develop Fast, High-Density, Low-Power Hybrid Computing Memory. The Memristor.
    Physics, Technology News

    University of Rochester Scientists Develop Fast, High-Density, Low-Power Hybrid Computing Memory. The Memristor.

    by SchrödingerDecember 6, 2023
  • IBM Integrates Q-CTRL's Quantum Error Suppression, Boosting Quantum Computing Performance by 1,000X
    Quantum Hardware

    IBM Integrates Q-CTRL’s Quantum Error Suppression, Boosting Quantum Computing Performance by 1,000X

    by SchrödingerDecember 6, 2023
  • Quantum Physicist-led Team Achieves Breakthrough in Protein Ion Detection with Superconducting Nanowires
    Physics

    Quantum Physicist-led Team Achieves Breakthrough in Protein Ion Detection with Superconducting Nanowires

    by SchrödingerDecember 5, 2023
  • BioInnovation Institute Launches Quantum Tech Accelerator with Six Start-ups in NATO's DIANA Initiative
    Quantum Companies

    BioInnovation Institute Launches Quantum Tech Accelerator with Six Start-ups in NATO’s DIANA Initiative

    by SchrödingerDecember 2, 2023
  • MIT Study: Quantum Noise Limits Clock Precision, But 'Squeezing' Could Enhance Timekeeping
    Quantum Hardware, Quantum Research News

    MIT Study: Quantum Noise Limits Clock Precision, But ‘Squeezing’ Could Enhance Timekeeping

    by SchrödingerDecember 1, 2023
  • SpeQtral and Toshiba Digital Solutions Corporation (Toshiba) collaborate to bring Quantum Key Distribution (QKD).
    Technology News

    Quantum Key Distribution (QKD) Boost: SpeQtral and Toshiba Digital Solutions Corporation (Toshiba) collaborate

    by SchrödingerNovember 29, 2023
  • What is Quantum Utility? Learn About the New Metric for measuring Quantum Computing.
    IBM Quantum Computing

    What is Quantum Utility? Learn About the New Metric for measuring Quantum Computing.

    by SchrödingerNovember 21, 2023
  • The UK in Government Quest to Build a National Quantum Computer?
    Technology News

    The UK in Government Quest to Build a National Quantum Computer? Jeremey Hunt to Announce New Moonshot?

    by SchrödingerNovember 20, 2023
  • MIT Physicists Achieve First 3D Electronic Flat Band, Paving Way for Superconductivity
    Physics, Quantum Physics

    MIT Physicists Achieve First 3D Electronic Flat Band, Paving Way for Superconductivity

    by SchrödingerNovember 13, 2023
  • IBM Launches $500M Venture Fund to Accelerate Generative AI Technology and Research
    Technology News

    IBM Launches $500M Venture Fund to Explore Generative AI Technology and Research

    by SchrödingerNovember 8, 2023
  • Scientists Use Nanowire Network Device for Online Learning and Handwritten Digit Classification
    Physics, Quantum Physics

    Scientists Use Nanowire Network Device for Online Learning and Handwritten Digit Classification

    by SchrödingerNovember 6, 2023
  • Ytterbium-Doped Fibers Could Revolutionise Quantum Tech with Single Photon Source
    Physics, Quantum Physics

    Ytterbium-Doped Fibers Could Revolutionise Quantum Tech with Single Photon Source

    by SchrödingerNovember 2, 2023
  • U.S. Department of Energy Invests $11.4M in Quantum Research for Fusion Energy Development
    Quantum Applications

    U.S. Department of Energy Invests $11.4M in Quantum Research for Fusion Energy Development

    by SchrödingerNovember 1, 2023
  • Scientists to Develop Universal Software for Quantum Simulations
    Quantum Applications, Technology News

    Scientists to Develop Universal Software for Quantum Simulations

    by SchrödingerOctober 31, 2023
  • ISRO, Indian Space Research Organisation, Advances Quantum Communication Tech for Unhackable Satellite Data Security
    Quantum Applications, Quantum Cryptography

    ISRO, Indian Space Research Organisation, Advances Quantum Communication Tech for Unhackable Satellite Data Security

    by SchrödingerOctober 31, 2023
  • Efficient Parallel Hybrid Quantum Neural Network for Advanced Machine Learning
    Machine Learning, Quantum Machine Learning

    Efficient Parallel Hybrid Quantum Neural Network for Advanced Machine Learning

    by SchrödingerOctober 30, 2023
  • Quantum Computing Boosts Simulation of Complex Polymer Systems
    Quantum Applications

    Quantum Computing Boosts Simulation of Complex Polymer Systems

    by SchrödingerOctober 29, 2023
  • Researchers at the Harvard John A. Paulson School of Engineering and Applied Sciences and the OxideMEMS Lab at Purdue University have developed a system that uses atomic vacancies in silicon carbide to measure the stability and quality of acoustic resonators. These resonators are used in most smart phones, Wi-Fi and GPS systems to filter out noise that could degrade a signal. The researchers' system could also be used for acoustically-controlled quantum information processing, providing a new way to manipulate quantum states embedded in silicon carbide. This technique could be used in monitoring the performance of accelerometers, gyroscopes and clocks over their lifetime and has potential for hybrid quantum memories and quantum networking.
    Physics, Quantum Physics

    Harvard and Purdue Researchers Develop System to Monitor and Improve Acoustic Resonators

    by SchrödingerOctober 26, 2023
  • Researchers Unveil Quantum Light Technique to 'See' Quantum Sound
    Physics, Quantum Physics

    Researchers Unveil Quantum Light Technique to ‘See’ Quantum Sound

    by SchrödingerOctober 26, 2023
  • Largest Ever Simulated Universe to Test Cosmology Theories
    Physics

    Largest Ever Simulated Universe to Test Cosmology Theories

    by SchrödingerOctober 25, 2023
  • Scientists create tiny particle accelerator on a chip.
    Physics

    Scientists create tiny particle accelerator on a chip.

    by SchrödingerOctober 25, 2023
  • IonQ Achieves Milestone with 29 Algorithmic Qubits on Barium, Paving Way for Commercial Quantum Advantage
    Quantum Research News

    IonQ Achieves Milestone with 29 Algorithmic Qubits on Barium, Paving Way for Commercial Quantum Advantage

    by SchrödingerOctober 25, 2023
  • LIGO's Quantum 'Squeezing' Technology Boosts Detection of Gravitational Waves
    Physics, Quantum Physics

    LIGO’s Quantum ‘Squeezing’ Technology Boosts Detection of Gravitational Waves

    by SchrödingerOctober 24, 2023
  • Revolutionising Quantum Physics: Dendrographic Hologram Theory Unifies Quantum and Classical Mechanics
    Physics, Quantum Physics

    Revolutionising Quantum Physics: Dendrographic Hologram Theory Unifies Quantum and Classical Mechanics

    by SchrödingerOctober 23, 2023
  • Do Artificial Neurons Exhibit Sentience? Aussie Brain on a Chip Company Cortical Labs says Yes.
    Technology News

    Do Artificial Neurons Exhibit Sentience? Aussie Brain on a Chip Company Cortical Labs says Yes.

    by SchrödingerOctober 20, 2023
  • IBM's New Artificial Intelligence NorthPole Chip Revolutionises Efficiency
    Artificial Intelligence, Technology News

    IBM’s New Artificial Intelligence NorthPole Chip Revolutionises Efficiency

    by SchrödingerOctober 20, 2023
  • Quantum Algorithms Enhance Accuracy and Efficiency of Support Vector Machines
    Quantum Research News

    Quantum Algorithms Enhance Accuracy and Efficiency of Support Vector Machines

    by SchrödingerOctober 16, 2023
  • Analog Computing
    Technology News

    Is Analog Computing the Quiet Computing Revolution that you haven’t heard of

    by SchrödingerOctober 12, 2023
  • Assembly Theory: Bridging Physics and Biology to Decode Evolution and Complexity
    Physics

    Assembly Theory: Bridging Physics and Biology to Decode Evolution and Complexity

    by SchrödingerOctober 11, 2023
  • Physicist Explores New Law of Physics, Moving Us Closer to Elon Musk's View of Living in a Simulated Universe
    Physics

    Physicist Explores New Law of Physics, Moving Us Closer to Elon Musk’s View of Living in a Simulated Universe

    by SchrödingerOctober 10, 2023
  • New kind of quantum computer made using a high-resolution microscope.
    Quantum Computing, Quantum Research News

    New kind of quantum computer made using a high-resolution microscope.

    by SchrödingerOctober 9, 2023
  • Nobel Prize in Physics 2023: Trio Honoured for Pioneering Attosecond Light Pulse Experiments
    Quantum Physics, Technology News

    Nobel Prize in Physics 2023: Trio Honoured for Pioneering Attosecond Light Pulse Experiments

    by SchrödingerOctober 4, 2023
  • Quantum-Inspired Approach Optimises Machine Learning, Enhances Car Classification Accuracy
    Quantum Applications, Technology News

    Quantum-Inspired Approach Optimises Machine Learning, Enhances Car Classification Accuracy

    by SchrödingerOctober 3, 2023
  • Atlantic Quantum Claims it has Achieved the Lowest Error Rates in Quantum Computing.
    Quantum Research News

    Atlantic Quantum Claims it has Achieved the Lowest Error Rates in Quantum Computing.

    by SchrödingerSeptember 27, 2023
  • SBQuantum's Quantum Magnetometer to Map Earth's Magnetic Field in Space for MagQuest Challenge
    Quantum Sensors

    SBQuantum’s Quantum Magnetometer to Map Earth’s Magnetic Field in Space for MagQuest Challenge

    by SchrödingerSeptember 27, 2023
  • Mila in the Multiverse, The TV series exploring the Quantum Universe, could boost Quantum Education.
    Fun Stuff

    Mila in the Multiverse, The TV series exploring the Quantum Universe, could boost Quantum Education.

    by SchrödingerSeptember 27, 2023
  • Quick Start Quantum Programming Guide
    Quantum Programming

    Quick Start Quantum Programming Guide

    by SchrödingerSeptember 20, 2023
  • Quantum Leap in Cybersecurity: Linköping University Develops new LED
    Quantum Research News, Technology News

    Quantum Leap in Cybersecurity: Linköping University Develops new LED

    by SchrödingerSeptember 9, 2023
  • evolutionQ Partners with Bank of Canada for Quantum-Safe Digital Currency Research
    Quantum Security

    evolutionQ Partners with Bank of Canada for Quantum-Safe Digital Currency Research

    by SchrödingerSeptember 6, 2023
  • Quantum Entanglement Proves Robust in Space, Paving the Way for New Applications
    Technology News

    Quantum Entanglement Proves Robust in Space, Paving the Way for New Applications

    by SchrödingerSeptember 6, 2023
  • Deutsche Telekom Unveils Quantum Lab in Berlin
    Quantum Funding Landscape

    Deutsche Telekom Unveils Quantum Lab in Berlin

    by SchrödingerSeptember 5, 2023
  • Quantum Computing Breakthrough: Efficient Storage of Information via Sound Waves
    Technology News

    Quantum Computing Breakthrough: Efficient Storage of Information via Sound Waves

    by SchrödingerSeptember 1, 2023
  • UK Quantum Tech Boom: Spin-Out Companies Lead in Global Market Worth $10bn
    Quantum Funding Landscape

    UK Quantum Tech Boom: Spin-Out Companies Lead in Global Market Worth $10bn

    by SchrödingerAugust 25, 2023
  • NIST Advances Quantum-Resistant Encryption Standards, Seeks Global Feedback
    Quantum Cryptography

    NIST Advances Quantum-Resistant Encryption Standards, Seeks Global Feedback

    by SchrödingerAugust 25, 2023
  • Rigetti Computing Develops Modular Superconducting Qubit Architecture for Enhanced Quantum Computing
    Quantum Research News, Technology News

    Rigetti Computing Develops Modular Superconducting Qubit Architecture for Enhanced Quantum Computing

    by SchrödingerAugust 23, 2023

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  • Understand the latest developments in Quantum. And how they drive the next wave of the Quantum Revolution. Understand from Quantum experts how Quantum Technologies are changing the technological landscape.
  • Quantum Computing is an emerging technology that is impacting multiple industries currently.
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Latest Quantum Articles
  • Intel and Argonne Forge Alliance to Scale Silicon Quantum Computing, Betting Transistor’s Evolution Holds Key to Commercialisation
  • Infinitely Many Solutions Achieved for Sublinear Elliptic Equations with Nonsymmetric Coefficients
  • Global Innovation Forum 2026: Seven Nations Unite at CES to Showcase the Future of Deep Tech
  • Vision Transformers Demonstrate Compositionality Using Wavelet Representations, Achieving 1-Level Decomposition
  • Synthetic Training Environments Advance Urban Warfare Skills with Video-Based Performance Analytics
  • Spark Framework Enables Task-Specific Search Personalization with Coordinated Large Language Model Agents
  • Advances LLM Security, RAGPart and RAGMask Mitigates Corpus Poisoning in Generation Pipelines
  • Finmmdocr Advances Multimodal Financial Analysis with 11-Step Computation Capabilities
  • Quantum Resonance Advances Scattering Analysis with Exceptional Points and Unbounded Hamiltonians
  • Optical Parametric Amplification Enables Robust Multi-Phase Estimation of Continuous Variable States
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