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CAS Researchers And Nobel Laureate Develop New Monomer Fluorescent Protein for SR Imaging

Yesterday − Chinese Academy of Sciences Headquarters
To understand the cell, it is necessary to study its dynamics at high resolution in space and time in a way that does not adversely affect it. Recently developed superresolution (SR) microscopy breaks the diffraction limit and offers the requisite spatial resolution but usually at the cost of slow imaging speed and excessive damage. Applying reversibly switchable fluorescent proteins (RSFPs) while using saturated depletion-based SR techniques, such as nonlinear…
• Researchers Find Vulnerabilities in iPhone, iPad Operating System − Yesterday
• UNIST to Engineer Next-generation Smart Separator Membranes − Yesterday
• Extending Battery Life for Mobile Devices − 2 days ago
• Virtual Peer Pressure Works Just as Well as the Real Thing − 2 days ago
• Louisiana Tech University Uses Underground Radar to Locate Post-Katrina Damage − 2 days ago
• Where Does AlphaGo Go? − 2 days ago
• A Nanoscale Wireless Communication System Via Plasmonic Antennas − 2 days ago
• UBC Researchers Plumb the Secrets of Tissue Paper − 3 days ago
More »

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08-26-16

UNIST to Engineer Next-generation Smart Separator Membranes

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Tweets Better Than Google Trends at Forecasting TV Program Ratings
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08-25-16

Extending Battery Life for Mobile Devices

4
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Researchers Find Vulnerabilities in iPhone, iPad Operating System
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08-25-16

Louisiana Tech University Uses Underground Radar to Locate Post-Katrina Damage

6
08-26-16

CAS Researchers And Nobel Laureate Develop New Monomer Fluorescent Protein for SR Imaging

7
08-25-16

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8
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10
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11
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Post-disaster Optimization Technique Capable of Analyzing Entire Cities

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Light And Matter Merge in Quantum Coupling

13
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Natural Scale Caterpillar Soft Robot Is Powered And Controlled with Light

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New Theory Could Lead to New Generation of Energy Friendly Optoelectronics

More » 
Nanotechnology, Nanotube

Smallest Hard Disk to Date Writes Information Atom by Atom


1 months ago − Delft University of Technology
• Integrated Trio of 2-D Nanomaterials Unlocks Graphene Electronics Applications − 1 months ago
• Building a Better Bowtie − 1 months ago
• Drum Beats from a One Atom Thick Graphite Membrane − 2 months ago
• World-first Pinpointing of Atoms at Work for Quantum Computers − 2 months ago
• Tiny Diamonds Could Enable Huge Advances in Nanotechnology − 2 months ago
• A Compact, Efficient Single Photon Source That Operates at Ambient Temperatures on a Chip − 3 months ago
 
Laser, Optics

Wi-fi from Lasers


12 days ago − King Abdullah University of Science & Technology (KAUST)
• Natural Scale Caterpillar Soft Robot Is Powered And Controlled with Light − 9 days ago
• Scientists Count Microscopic Particles Without Microscope − 18 days ago
• From Unconventional Laser Beams to a More Robust Imaging Wave − 19 days ago
• Laser Nudges May Help Destroy Space Debris Threatening Communications, Navigation on Earth − 24 days ago
• New Metamaterials Can Change Properties with a Flick of a Light-switch − 25 days ago
• KAIST Develops Ultrathin, Transparent Oxide Thin-film Transistors for Wearable Display − 29 days ago
 
Quantum Physics

Light And Matter Merge in Quantum Coupling


5 days ago − Rice University
• New Theory Could Lead to New Generation of Energy Friendly Optoelectronics − 5 days ago
• Computer Programming Made Easier − 12 days ago
• User-friendly Language for Programming Efficient Simulations − 16 days ago
• USC Quantum Computing Researchers Reduce Quantum Information Processing Errors − 19 days ago
• Record-breaking Logic Gate 'Another Important Milestone' on Road to Quantum Computers − 19 days ago
• Diamond-based Light Sources Will Lay a Foundation for Quantum Communications of the Future − 19 days ago
 
Nuclear Technology

Paving the Way Toward Novel Strong, Conductive Materials


23 days ago − Harvard John A. Paulson School of Engineering and Applied Sciences
• Hexagonal Boron Nitride Semiconductors Enable Cost-effective Detection of Neutron Signals − 11 days ago
• Crystallization Frustration Predicts Metallic Glass Formation − 25 days ago
• A New Type of Quantum Bits − 1 months ago
• Russian Physicists Discover a New Approach for Building Quantum Computers − 1 months ago
• No Need in Supercomputers − 2 months ago
• NERSC Readying for Cori Phase 2 Knights Landing-based System − 2 months ago
 
Computing

Extending Battery Life for Mobile Devices


2 days ago − University of Massachusetts at Amherst
• Researchers Find Vulnerabilities in iPhone, iPad Operating System − Yesterday
• Post-disaster Optimization Technique Capable of Analyzing Entire Cities − 3 days ago
• Where Can I Buy a Chair Like That? This App Will Tell You − 4 days ago
• New Microchip Demonstrates Efficiency And Scalable Design − 5 days ago
• Interscatter Enables First Implanted Devices, Contact Lenses, Credit Cards to 'Talk' WiFi − 10 days ago
 
Electronics, Electricity

Stretchy Supercapacitors Power Wearable Electronics


5 days ago − American Chemical Society
• A Nanoscale Wireless Communication System Via Plasmonic Antennas − 2 days ago
• Cybersecurity Researchers Design a Chip That Checks for Sabotage − 5 days ago
• Louisiana Tech University Uses Underground Radar to Locate Post-Katrina Damage − 2 days ago
• Interscatter Enables First Implanted Devices, Contact Lenses, Credit Cards to 'Talk' WiFi − 10 days ago
• McMaster Researchers Resolve a Problem That Has Been Holding Back a Technological Revolution − 11 days ago
 
Photovoltaics, Solar Cell

Two Become One: How to Turn Green Light Blue


17 days ago − Karlsruher Institut für Technologie (KIT)
• Ultra-thin Solar Cells Can Easily Bend Around a Pencil − 2 months ago
• A Type of Nanostructure Increases the Efficiency of Electricity-producing Photovoltaic − 2 months ago
• How Efficient Can Solar Cells Be? UNSW Nudges Closer to Physical Limits − 3 months ago
• Molecular Architectures See the Light − 5 months ago
• Claims for Solar Cell Efficiency Put to Test at NREL − 6 months ago
 
Networking, Mobile Technology

New Method for Making Green LEDs Enhances Their Efficiency And Brightness


29 days ago − University of Illinois College of Engineering
• Guiding EU Researchers Along the 'Last Mile' to Open Digital Science − 1 months ago
• LED Bulbs Can Both Light a Room And Provide Communications Link − 2 months ago
• Visual Cloud Computing Methods Could Help First Responders in Disaster Scenarios − 2 months ago
• RedEye Could Let Your Phone See 24-7 − 2 months ago
• Dartmouth Team Uses Smart Light to Track Human Behavior − 2 months ago
 
Robotics

Computer Programming Made Easier


12 days ago − National Science Foundation
• Natural Scale Caterpillar Soft Robot Is Powered And Controlled with Light − 9 days ago
• First Wave-propelled Robot Swims, Crawls And Climbs Using a Single, Small Motor − 26 days ago
• Flexible Building Blocks of the Future − 29 days ago
• A Research Project Coordinated by UC3M Helps Reduce the Cost of Parallel Computing − 29 days ago
• Artificial Muscle for Soft Robotics: Low Voltage, High Hopes − 1 months ago
 
Automobile, Electric Car

Paper: Strategic Trade-offs in Automobile Design Affect Market-share Value


23 days ago − University of Illinois at Urbana-Champaign
• People Not Technology Will Drive Success of Autonomous Vehicles − 25 days ago
• Columbia Engineering Researchers Use Acoustic Voxels to Embed Sound with Data − 1 months ago
• Big Thinking in Small Pieces: Computer Guides Humans in Crowdsourced Research − 3 months ago
• Self-heating Lithium-ion Battery Could Beat the Winter Woes − 7 months ago
 
Aeronautics, Aircraft

Streamlining Accelerated Computing for Industry


4 days ago − Oak Ridge National Laboratory
• UTA Aerospace Engineering Graduate First to Flight Test UAV with Mass-actuated Controls − 24 days ago
• Carbon Nanotube 'Stitches' Make Stronger, Lighter Composites − 24 days ago
• Avoiding Stumbles, from Spacewalks to Sidewalks − 1 months ago
• A New Vortex Identification Method for 3-D Complex Flow − 3 months ago
• Algorithm for Robot Teams Handles Moving Obstacles − 4 months ago
 
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