• Are Our Pets Leaking Information About Us?

• New AI Model Can Help Prevent Damaging and Costly Data Breaches

• New Form of Universal Quantum Computers

• New Method to Systematically Find Optimal Quantum Operation Sequences for Quantum Computers Developed

• Why 'erasure' Could Be Key to Practical Quantum Computing

• From Bits to P-Bits: One Step Closer to Probabilistic Computing

• Thinking Like a Cyber-Attacker to Protect User Data

• A Key Role for Quantum Entanglement
• Quantum Cryptography: Hacking Is Futile

• Quantum Digits Unlock More Computational Power With Fewer Quantum Particles

• 'Pulling Back the Curtain' To Reveal a Molecular Key to The Wizard of Oz

• Radio Waves for the Detection of Hardware Tampering

• Toward Error-Free Quantum Computing
• Secure Communication With Light Particles

• Emulating Impossible 'unipolar' Laser Pulses Paves the Way for Processing Quantum Information

• Eavesdroppers Can Hack 6G Frequency With DIY Metasurface

• Self-Propelled, Endlessly Programmable Artificial Cilia

• Scientific Advance Leads to a New Tool in the Fight Against Hackers

• New Technique Offers Faster Security for Non-Volatile Memory Tech

• Single-Photon Source Paves the Way for Practical Quantum Encryption

• Tiny, Cheap Solution for Quantum-Secure Encryption

• Tiny Magnets Could Hold the Secret to New Quantum Computers

• Warning: Objects in Driverless Car Sensors May Be Closer Than They Appear

• Double Locked: Polymer Hydrogels Secure Confidential Information

• Entanglement Unlocks Scaling for Quantum Machine Learning

• A Security Technique to Fool Would-Be Cyber Attackers

• The Power of Chaos: A Robust and Low-Cost Cryptosystem for the Post-Quantum Era

• How Big Does Your Quantum Computer Need to Be?

• New Cloud-Based Platform Opens Genomics Data to All

• IT Security: Computer Attacks With Laser Light

• Measuring a Quantum Computer’s Power Just Got Faster and More Accurate

• Real-World Study Shows the Potential of Gait Authentication to Enhance Smartphone Security

• New Chip Hides Wireless Messages in Plain Sight

• Big Data Privacy for Machine Learning Just Got 100 Times Cheaper
• A Nanoantenna for Long-Distance, Ultra-Secure Communication

• Securing Data Transfers With Relativity

• Government Action Needed to Ensure Insurance Against Major Hacking of Driverless Vehicles, Experts Warn

• Physicists Describe Photons’ Characteristics to Protect Future Quantum Computing

• Using Quantum Parrondo’s Random Walks for Encryption

• Quantum Networks in Our Future

• One Material With Two Functions Could Lead to Faster Memory

• Is Your Mobile Provider Tracking Your Location? New Technology Could Stop It

• Impenetrable Optical OTP Security Platform

• New Study Examines Privacy and Security Perceptions of Online Education Proctoring Services

• New Cybersecurity Technique Keeps Hackers Guessing

• Team Streamlines Neural Networks to Be More Adept at Computing on Encrypted Data

• Making Our Computers More Secure

• Compact Quantum Computer for Server Centers

• 'PrivacyMic': For a Smart Speaker That Doesn't Eavesdrop

• Early Endeavors on the Path to Reliable Quantum Machine Learning

• Shadow Figment Technology Foils Cyberattacks

• Graphene Key for Novel Hardware Security

• An Uncrackable Combination of Invisible Ink and Artificial Intelligence

• Algorithms Improve How We Protect Our Data

• Computer Scientists Discover New Vulnerability Affecting Computers Globally

• Materials Advances Are Key to Development of Quantum Hardware

• Scientists Harness Chaos to Protect Devices from Hackers

• Facial Recognition ID With a Twist: Smiles, Winks and Other Facial Movements for Access

• Researchers Discover That Privacy-Preserving Tools Leave Private Data Anything but
• Heat-Free Optical Switch Would Enable Optical Quantum Computing Chips

• Cybersecurity Researchers Build a Better 'canary Trap'

• Laser System Generates Random Numbers at Ultrafast Speeds

• Quantum Systems Learn Joint Computing

• Quantum Computing: When Ignorance Is Wanted
• Blueprint for Fault-Tolerant Qubits

• Artificial Emotional Intelligence: A Safer, Smarter Future With 5G and Emotion Recognition
• Cybersecurity Vulnerabilities of Common Seismological Equipment

• Say Goodbye to the Dots and Dashes to Enhance Optical Storage Media

• Researchers Improve Data Readout by Using 'quantum Entanglement'

• Physicists Observe Competition Between Magnetic Orders

• New Transistor Design Disguises Key Computer Chip Hardware from Hackers

• Misinformation or Artifact: A New Way to Think About Machine Learning

• A Biochemical Random Number

• Computer Scientists Launch Counteroffensive Against Video Game Cheaters

• Individuals May Legitimize Hacking When Angry With System or Authority

• Multi-State Data Storage Leaving Binary Behind

• New Algorithm Could Unleash the Power of Quantum Computers

• A Question of Reality
• A Self-Erasing Chip for Security and Anti-Counterfeit Tech

• How Do People Prefer Coronavirus Contact Tracing to Be Carried Out?

• Revolutionary Quantum Breakthrough Paves Way for Safer Online Communication

• Predicting Computational Power of Early Quantum Computers

• Security Gap Allows Eavesdropping on Mobile Phone Calls

• Digital Content on Track to Equal Half 'Earth's Mass' By 2245

• Consumers Don't Fully Trust Smart Home Technologies

• 分享一个秘密……量子Way

• Randomness Theory Could Hold Key to Internet Security

• Recognizing Fake Images Using Frequency Analysis

• 'Knock Codes' For Smartphone Security Are Easily Predicted

• Power of DNA to Store Information Gets an Upgrade

• Spintronics: Faster Data Processing Through Ultrashort Electric Pulses