Telecommunications News

• New and Improved Multi-Band Operational Receiver for 5G New Radio Communication

• 深空光通信示范专业ject Forges Ahead

• Breaking the Scaling Limits of Analog Computing

• Low-Cost Sensor Records the Level of Rivers

• A Navigation System With 10 Centimeter Accuracy

• New Communications Technology: Super-Fast Optical Lasers

• Breakthrough in Optical Information Transmission

• New Measurements Quantifying Qudits Provide Glimpse of Quantum Future

• Sleep Mode Makes Energy Internet More Energy Efficient

• New Method for Comparing Neural Networks Exposes How Artificial Intelligence Works

• Researchers Use Infrared Light to Wirelessly Transmit Power Over 30 Meters

• Researchers Engineer Novel Material Capable of 'thinking'

• Microscopic Color Converters Move Small Laser-Based Devices Closer to Reality

• Compact QKD System Paves the Way to Cost-Effective Satellite-Based Quantum Networks

• Scientists Create an 'eternal Engine' To Keep the Next Generation of Atomic Clock Ticking

• Leadership Online: Charisma Matters Most in Video Communication

• A Roadmap for the Future of Quantum Simulation

• Quantum Cryptography: Hacking Is Futile

• Researchers Find the Missing Photonic Link to Enable an All-Silicon Quantum Internet

• A Boost in Performance in Fiber-Integrated Quantum Memories

• Quantum Physics: Record Entanglement of Quantum Memories

• Energy Harvesting to Power the Internet of Things

• Researchers Demonstrate 40-Channel Optical Communication Link

• Bluetooth Signals Can Be Used to Identify and Track Smartphones

• A Quantum Drum That Stores Quantum States for Record-Long Times

• 'Beam-Steering' Technology Takes Mobile Communications Beyond 5G

• 6G Component Provides Speed, Efficiency Needed for Next-Gen Network

• Researchers Teleport Quantum Information Across Rudimentary Quantum Network
• Secure Communication With Light Particles

• Using Everyday WiFi to Help Robots See and Navigate Better Indoors

• Eavesdroppers Can Hack 6G Frequency With DIY Metasurface

• Researchers Generate High-Quality Quantum Light With Modular Waveguide Device

• Toward High-Powered Telecommunication Systems

• Nano Particle Trapped Between Mirrors Works as a Quantum Sensor

• The Future of 5G+ Infrastructure Could Be Built Tile by Tile

• Photonic Technology Enables Real-Time Calculation of Radio Signal Correlation

• Qubits: Developing Long-Distance Quantum Telecommunications Networks

• Metasurface-Based Antenna Turns Ambient Radio Waves Into Electric Power

• Versatile ‘nanocrystal Gel’ Could Enable Advances in Energy, Defense and Telecommunications

• Chaining Atoms Together Yields Quantum Storage

• New Technique Will Improve the Construction of Ice Roads and Bridges

• A New Amplifying Technique for Weak and Noisy Signals

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

• Arase卫星揭示等离子体之间的耦合aves and Charged Particles in Geospace

• Mass Production of Revolutionary Computer Memory Moves Closer With ULTRARAM™ on Silicon Wafers for the First Time

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

• Nuclear Radiation Used to Transmit Digital Data Wirelessly

• Physicists Describe Photons’ Characteristics to Protect Future Quantum Computing
• Two Beams Are Better Than One

• Intelligent Optical Chip to Improve Telecommunications

• Quantum Networking Milestone in Real-World Environment

• New Metamaterial With Unusual Reflective Property Could Boost Your Wi-Fi Signal

• Compact Amplifier Could Revolutionize Optical Communication

• Emissions from Computing and ICT Could Be Worse Than Previously Thought

• Promising Candidates Revealed for Next-Generation LED-Based Data Communications

• New Algorithms Give Digital Images More Realistic Color

• Backscatter Breakthrough Runs Near-Zero-Power IoT Communicators at 5G Speeds Everywhere

• Research Uncovers Broadband Gaps in US to Help Close Digital Divide

• Engineers Harvest WiFi Signals to Power Small Electronics

• Better Integrated Circuits With Glide Symmetry

• 'Flipping' Optical Wavefront Eliminates Distortions in Multimode Fibers
• Light Emitters for Quantum Circuits

• Complex Shapes of Photons to Boost Future Quantum Technologies

• Silicon Chip Will Drive Next Generation Communications

• Exploiting Non-Line-of-Sight Paths for Terahertz Signals in Wireless Communications

• A Growing Problem of 'deepfake Geography': How AI Falsifies Satellite Images

• Boosting Fiber Optics Communications With Advanced Quantum-Enhanced Receiver

• Entanglement-Based Quantum Network

• Atom-Based Radio Communications for Noisy Environments

• Leveraging the 5G Network to Wirelessly Power IoT Devices

• Optical Fiber Could Boost Power of Superconducting Quantum Computers

• Diamond Color Centers for Nonlinear Photonics

• Building Networks Not Enough to Expand Rural Broadband

• A Quantum Internet Is Closer to Reality, Thanks to This Switch

• Pushing Computing to the Edge by Rethinking Microchips' Design

• Capturing Free-Space Optical Light for High-Speed Wifi
• Origami-Inspired Antenna Technology for Use in Small Satellites
• Wafer-Scale Production of Graphene-Based Photonic Devices
• Cybersecurity Vulnerabilities of Common Seismological Equipment

• Pushed to the Limit: A CMOS-Based Transceiver for Beyond 5G Applications at 300 GHz

• Researchers Create Novel Photonic Chip

• Terahertz Accelerates Beyond 5G Towards 6G

• Record-Breaking Laser Link Could Help Us Test Whether Einstein Was Right

• Researchers Improve Data Readout by Using 'quantum Entanglement'

• Using Light to Revolutionize Artificial Intelligence

• World's Fastest Optical Neuromorphic Processor

• Developing Smarter, Faster Machine Intelligence With Light

• Digital Trackers for Mental Health Not Yet Fit for Purpose

• New Theoretical Approach to Manipulate Light

• Ultrathin Spray-Applied MXene Antennas Are Ready for 5G

• Breaking the Power and Speed Limit of Lasers

• System Brings Deep Learning to 'internet of Things' Devices

• Weather-Proof Chip Aims to Take Self-Driving Tech, Wireless Communications to Next Level

• A New Spin on Atoms Gives Scientists a Closer Look at Quantum Weirdness

• Signals from Distant Stars Connect Optical Atomic Clocks Across Earth for the First Time

• New System Detects Faint Communications Signals Using the Principles of Quantum Physics
• 5G Wireless May Lead to Inaccurate Weather Forecasts

• Engineers Improve Signal Processing for Small Fiber Optic Cables

• Terahertz Receiver for 6G Wireless Communications

• Miniature Antenna Enables Robotic Teaming in Complex Environments