Microarrays News

• Silicone Sponge Captures Unknown Bacteria

• An on-Chip Time-Lens Generates Ultrafast Pulses

• Faster and More Efficient Computer Chips Thanks to Germanium

• Tapping Hidden Visual Information: An All-in-One Detector for Thousands of Colors

• Full Control of a Six-Qubit Quantum Processor in Silicon

• Scalable and Fully Coupled Quantum-Inspired Processor Solves Optimization Problems

• Silicon Nanopillars for Quantum Communication

• Optical Communications: New on-Chip Frequency Comb Is 100x More Efficient

• Engineers Fabricate a Chip-Free, Wireless Electronic 'skin'

• Programming pH

• Seeing the Light: Researchers Develop New AI System Using Light to Learn Associatively
• Improving Image Sensors for Machine Vision

• Researcher Uses Graphene for Same-Time, Same-Position Biomolecule Isolation and Sensing

• Microfluidic-Based Soft Robotic Prosthetics Promise Relief for Diabetic Amputees
• Processing Photons in Picoseconds

• Tiny Lab on a Chip

• Engineers Build Artificial Intelligence Chip

• Separating Tiny Bacteria by Shape: Simple Tech for E. Coli Sorting

• Significant Energy Savings Using Neuromorphic Hardware

• New Process Revolutionizes Microfluidic Fabrication

• Wearable, Inexpensive Robotic Sleeve for Lymphedema Treatment

• Researchers Develop Smartphone-Powered Microchip for at-Home Medical Diagnostic Testing

• New Process Enables 3D Printing of Small and Complex Components Made of Glass in Just a Few Minutes

• New 3D Printing Technique: A Game Changer for Medical Testing Devices

• Toward High-Powered Telecommunication Systems

• 电脑,DNA分子Ro汽车移动botics to Next Level

• Honey Holds Potential for Making Brain-Like Computer Chips

• Scientists Devise New Technique to Increase Chip Yield from Semiconductor Wafer

• The Immune System Is Very Complicated, but Now, It's on a Chip

• Toward Ever-More Powerful Microchips and Supercomputers

• 怎么能通用的计算机芯片预测未来吗ne Synthesis?

• The Brain’s Secret to Life-Long Learning Can Now Come as Hardware for Artificial Intelligence

• Nanobubbles Provide Pathway to Build Better Medical Devices

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

• Innovative Silicon Nanochip Can Reprogram Biological Tissue in Living Body

• Shrinking Qubits for Quantum Computing With Atom-Thin Materials

• New Device Modulates Visible Light—without Dimming It—with the Smallest Footprint and Lowest Power Consumption

• A New Tool for Studying COVID's Impact on Gut Health

• Scientists Create Device That Uses ‘light Tweezers’ to Trap and Move Viruses

• Intelligent Optical Chip to Improve Telecommunications

• Researchers Integrate Optical Devices Made of Multiple Materials Onto Single Chip
• Photonic Chip Is Key to 'nurturing' Quantum Computers

• New DNA-Based Chip Can Be Programmed to Solve Complex Math Problems

• A Universal System for Decoding Any Type of Data Sent Across a Network

• New Imaging Tool Visualizes Cell Functions in a Microphysiological System

• 'Missing Jigsaw Piece': Engineers Make Critical Advance in Quantum Computer Design

• New Study Unveils Novel Technology for Plasma Separation Using Magnets

• Air-Powered Computer Memory Helps Soft Robot Control Movements

• Novel Heat-Management Material Keeps Computers Running Cool

• Versatile, Fast and Reliable SARS-CoV-2 Antibody Assay

• New Invention Keeps Qubits of Light Stable at Room Temperature

• Researchers 3D Print Rotating Microfilter for Lab-on-a-Chip Applications

• UIC Research Paves Way for Next-Generation of Crystalline Material Screening Devices

• An Atom Chip Interferometer That Could Detect Quantum Gravity

• Chip Inserted Under the Skin May Better Identify Patients at Risk of Recurrent Stroke

• Ultrafast, on-Chip PCR Could Speed Diagnosis During Current and Future Pandemics

• To Make Particles Flow More Efficiently, Put an Obstacle in Their Way

• Efficiently Smuggling Drugs Into Cells
• Smaller Chips Open Door to New RFID Applications
• Harnessing the Hum of Fluorescent Lights for More Efficient Computing

• Tiny, Wireless, Injectable Chips Use Ultrasound to Monitor Body Processes

• Scientists Harness Chaos to Protect Devices from Hackers

• Heat Conduction Record With Tantalum Nitride
• Study Shows Promise of Quantum Computing Using Factory-Made Silicon Chips

• Heat-Free Optical Switch Would Enable Optical Quantum Computing Chips

• Environmental Impact of Computation and the Future of Green Computing

• Chip Simplifies COVID-19 Testing, Delivers Results on a Phone

• Pushing Computing to the Edge by Rethinking Microchips' Design

• Measuring Hemoglobin Levels With AI Microscope, Microfluidic Chips

• Engineers Place Molecule-Scale Devices in Precise Orientation

• Sophisticated Lung-on-Chip Created

• 开创性的技术为方法Fast and Cheap Fabrication of Rapid Medical Diagnostic Tools

• Focusing on Field Analysis

• Designing Customized 'brains' For Robots

• Researchers Report Quantum-Limit-Approaching Chemical Sensing Chip
• Engineers Create Hybrid Chips With Processors and Memory to Run AI on Battery-Powered Devices

• Researchers Confront Optics and Data-Transfer Challenges With 3D-Printed Lens

• New Lab-on-a-Chip Infection Test Could Provide Cheaper, Faster Portable Diagnostics

• Microfluidic System With Cell-Separating Powers May Unravel How Novel Pathogens Attack

• New Electronic Chip Delivers Smarter, Light-Powered AI

• Sensor Experts Invent Supercool Mini Thermometer

• Optical Wiring for Large Quantum Computers

• An Ultrasonic Projector for Medicine

• Enzymatic DNA Synthesis Sees the Light

• Researchers 3D Print Unique Micro-Scale Fluid Channels Used for Medical Testing

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

• Physicists Develop Basic Principles for Mini-Labs on Chips
• Next-Gen Organoids Grow and Function Like Real Tissues

• Transistor-Integrated Cooling for a More Powerful Chip

• Scientists Develop Low-Cost Chip to Detect Presence and Quantity of COVID-19 Antibodies

• Photonics Researchers Report Breakthrough in Miniaturizing Light-Based Chips