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Cellphone Addiction 'An Increasingly Realistic Possibility,' Baylor Study Finds

5 hours ago − Baylor University
Women college students spend an average of 10 hours a day on their cellphones and men college students spend nearly eight, with excessive use posing potential risks for academic performance, according to a Baylor University study on cellphone activity published in the Journal of Behavioral Addictions. …
• New Analytical Technology Reveals 'Nanomechanical' Surface Traits − Yesterday
• A New, Tunable Device for Spintronics − Yesterday
• New Technique Uses Fraction of Measurements to Efficiently Find Quantum Wave Functions − Yesterday
• Experiments Explain Why Some Liquids Are 'Fragile' And Others Are 'Strong' − Yesterday
• MU Researchers Develop More Accurate Twitter Analysis Tools − Yesterday
• Novel 'Butterfly' Molecule Could Build New Sensors, Photoenergy Conversion Devices − Yesterday
• Rubber Meets the Road with New ORNL Carbon, Battery Technologies − Yesterday
• Sheepdogs Use Simple Rules to Herd Sheep − 2 days ago
More »

Most Popular »
1
Words
08-27-14

MU Researchers Develop More Accurate Twitter Analysis Tools

2
Spin
08-28-14
A New, Tunable Device for Spintronics
Spin-charge converters are important devices in spintronics, an electronic which is not only based on the charge of electrons but also on their spin and the spin-related magnetism. Spin-charge…
3
Time
08-29-14
Cellphone Addiction 'An Increasingly Realistic Possibility,' Baylor Study Finds
Women college students spend an average of 10 hours a day on their cellphones and men college students spend nearly eight, with excessive use posing potential risks for academic…
4
Method
08-28-14
New Technique Uses Fraction of Measurements to Efficiently Find Quantum Wave Functions
The result of every possible measurement on a quantum system is coded in its wave function, which until recently could be found only by taking many different measurements of…
5
Glass
08-27-14

Experiments Explain Why Some Liquids Are 'Fragile' And Others Are 'Strong'

6
Stress
08-28-14

New Analytical Technology Reveals 'Nanomechanical' Surface Traits

7
Waste
08-27-14

Rubber Meets the Road with New ORNL Carbon, Battery Technologies

8
State
08-27-14
Novel 'Butterfly' Molecule Could Build New Sensors, Photoenergy Conversion Devices
TALLAHASSEE, Fla. — Exciting new work by a Florida State University research team has led to a novel molecular system that can take your temperature, emit white light, and…
9
Dog
08-27-14
Sheepdogs Use Simple Rules to Herd Sheep
Sheepdogs use just two simple rules to round up large herds of sheep, scientists have discovered. The findings could lead to the development of robots that can gather…
10
Life
08-26-14
Yale Journal Explores Advances in Sustainable Manufacturing
In recent years, increasing pressure from policymakers, consumers, and suppliers has prompted manufacturers to set environmental targets that go beyond reducing the pollutants they emit from their smokestacks or…
11
Optical
08-26-14

Symphony of Nanoplasmonic And Optical Resonators Produces Laser-like Light Emission

12
Users
08-18-14

StopInfo for OneBusAway App Makes Buses More Usable for Blind Riders

13
Big
08-26-14

Bombarded by Explosive Waves of Information, Scientists Review New Ways to Process And Analyze Big Data

14
Testing
08-20-14

Researchers Find Security Flaws in Backscatter X-ray Scanners

More » 
Nanotechnology, Nanotube

Competition for Graphene


3 days ago − Lawrence Berkeley National Laboratory
• LEDs Made from 'Wonder Material' Perovskite − 24 days ago
• Stanford Team Achieves 'Holy Grail' of Battery Design: A Stable Lithium Anode − 1 months ago
• Nano-sized Chip "sniffs Out" Explosives Far Better Than Trained Dogs − 1 months ago
• Fundamental Chemistry Findings Could Help Extend Moore's Law − 1 months ago
• University of Illinois Researchers Demonstrate Novel, Tunable Nanoantennas − 1 months ago
• The New Atomic Age: Building Smaller, Greener Electronics − 1 months ago
 
Laser, Optics

Chinese Scientists Use Laser-induced Breakdown Spectroscopy to Identify Toxic Cooking 'Gutter Oil'


3 days ago − Science China Press
• Experiments Explain Why Some Liquids Are 'Fragile' And Others Are 'Strong' − Yesterday
• New Analytical Technology Reveals 'Nanomechanical' Surface Traits − Yesterday
• Water Window Imaging Opportunity − 7 days ago
• Molecular Engineers Record an Electron's Quantum Behavior − 14 days ago
• Graphene-based Planar Micro-supercapacitors for On-chip Energy Storage − 17 days ago
• NIST Therapy for Ultraviolet Laser Beams: Hydrogen-treated Fibers − 17 days ago
 
Quantum Physics

Graphene-based Planar Micro-supercapacitors for On-chip Energy Storage


17 days ago − Science China Press
• Water Window Imaging Opportunity − 7 days ago
• Molecular Engineers Record an Electron's Quantum Behavior − 14 days ago
• Can Our Computers Continue to Get Smaller And More Powerful? − 15 days ago
• New Technique Uses Fraction of Measurements to Efficiently Find Quantum Wave Functions − Yesterday
• NIST Therapy for Ultraviolet Laser Beams: Hydrogen-treated Fibers − 17 days ago
• Diamonds Are a Quantum Computer's Best Friend − 22 days ago
 
Nuclear Technology

Creating Optical Cables Out of Thin Air


1 months ago − University of Maryland
• Story Tips from the Department of Energy's Oak Ridge National Laboratory, August 2014 − 24 days ago
• Spin Diagnostics − 29 days ago
• Eco-friendly 'Pre-fab Nanoparticles' Could Revolutionize Nano Manufacturing − 16 days ago
• Oregon Chemists Eye Improved Thin Films with Metal Substitution − 1 months ago
• Sophisticated Radiation Detector Designed for Broad Public Use − 1 months ago
• Superconducting-silicon Qubits − 1 months ago
 
Computing

MU Researchers Develop More Accurate Twitter Analysis Tools


Yesterday − University of Missouri-Columbia
• Hacking Gmail with 92% Success − 7 days ago
• Enabling a New Future for Cloud Computing − 7 days ago
• Researchers Find Security Flaws in Backscatter X-ray Scanners − 9 days ago
• New Framework Would Facilitate Use of New Android Security Modules − 9 days ago
• StopInfo for OneBusAway App Makes Buses More Usable for Blind Riders − 10 days ago
 
Electronics, Electricity

Symphony of Nanoplasmonic And Optical Resonators Produces Laser-like Light Emission


3 days ago − University of Illinois College of Engineering
• A New, Tunable Device for Spintronics − Yesterday
• ORNL Scientists Uncover Clues to Role of Magnetism in Iron-based Superconductors − 7 days ago
• Researchers Inspired by Marine Life to Design Camouflage Systems − 10 days ago
• Graphene-based Planar Micro-supercapacitors for On-chip Energy Storage − 17 days ago
• Researchers Prove Stability of Wonder Material Silicene − 17 days ago
 
Photovoltaics, Solar Cell

Eco-friendly 'Pre-fab Nanoparticles' Could Revolutionize Nano Manufacturing


16 days ago − University of Massachusetts at Amherst
• Competition for Graphene − 3 days ago
• Nano World: Where Towers Construct Themselves − 2 months ago
• In a Commanding Position - And Now Cheaper − 4 months ago
• Multilayer, Microscale Solar Cells Enable Ultrahigh Efficiency Power Generation − 4 months ago
• Scientists Achieve First Direct Observations of Excitons in Motion − 4 months ago
 
Networking, Mobile Technology

Enabling a New Future for Cloud Computing


7 days ago − National Science Foundation
• Cellphone Addiction 'An Increasingly Realistic Possibility,' Baylor Study Finds − 5 hours ago
• Demonstrating a Driverless Future − 2 months ago
• Guarding Against 'Carmageddon' Cyberattacks − 2 months ago
• Turing Test Success Marks Milestone in Computing History − 2 months ago
• New Commission Study Identifies Europe's Top ICT Hubs − 4 months ago
 
Robotics

Carnegie Mellon Combines Hundreds of Videos to Reconstruct 3D Motion Without Markers


1 months ago − Carnegie Mellon University
• Origami Robot Folds Itself Up, Crawls Away − 21 days ago
• Carnegie Mellon Photo Editing Tool Enables Object Images to Be Manipulated in 3-D − 24 days ago
• Disney Research Method Automatically Edits Footage from Cameras into Coherent Videos − 21 days ago
• Squishy Robots − 1 months ago
• Ask the Crowd: Robots Learn Faster, Better with Online Helpers − 2 months ago
 
Automobile, Electric Car

How the Woodpecker Avoids Brain Injury Despite High-speed Impacts Via Optimal Anti-shock Body Structure


18 days ago − Science China Press
• Organic Vs. Paid Advertising? Inside the Mind of an Online Browser − 4 days ago
• Inspired by Nature, Researchers Create Tougher Metal Materials − 1 months ago
• New Launchers for Analyzing Resistance to Impacts And Improving Armor Plating − 2 months ago
• A Study Assesses the Possibility of Turning CO2 into Methanol for Use in Transport − 3 months ago
• Liquid Crystal as Lubricant − 3 months ago
 
Aeronautics, Aircraft

New Launchers for Analyzing Resistance to Impacts And Improving Armor Plating


2 months ago − Carlos III University of Madrid
• Delivery by Drone − 7 days ago
• Collecting Just the Right Data − 1 months ago
• Collaborative Learning - for Robots − 2 months ago
• Overcoming Barriers to Successful Use of Autonomous Unmanned Aircraft − 2 months ago
• Balancing Strategy to Lateral Impact in a Rat Rattus Norregicus − 2 months ago
 
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