by Tekla S. Perry on (#1XVW0)
XYZprinting hopes parents looking for a tech toy will reach for a $250 3D printer instead of a $300 video-game system
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IEEE Spectrum
Link | https://spectrum.ieee.org/ |
Feed | http://feeds.feedburner.com/IeeeSpectrum |
Updated | 2024-11-25 06:00 |
by Evan Ackerman on (#1XVBQ)
The newest version of the iconic ROS platform is designed to fit into your backpack
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by Tekla S. Perry on (#1XTSH)
Startup Modal VR says it has built the closest thing yet to the holodeck—and wants to sell it to the business world
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by Dexter Johnson on (#1XRPG)
An all-electrical quantum emitter brings quantum computing one step closer
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by Andrew Silver on (#1XR14)
Engineers inch toward the goal of achieving efficient conversion of sunlight energy
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by Evan Ackerman on (#1XQXR)
A new microspine gripper can hold enough weight to allow JPL's quadruped to go rock climbing
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by Prachi Patel on (#1XMXC)
Radiation exposure from long-haul space travel could lead to dementia, anxiety, and poor decision-making, according to study in mice and rats
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by Andrew Silver on (#1XM8Q)
Doctors outperform online apps at diagnosing symptoms
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by Eliza Strickland on (#1XKGF)
Need a yeast that spits out rose oil? The synthetic biology company Ginkgo Bioworks is on it
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by Evan Ackerman and Erico Guizzo on (#1XBWD)
Your weekly selection of awesome robot videos
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by Erico Guizzo on (#1XBKE)
My TurtleBot doesn't do anything useful at all, but it deserves an upgrade
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by Dexter Johnson on (#1XNRF)
Two nanomaterials join forces to give a little reprieve from the 5-nanometer theoretical limit for transistor gate dimensions
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by Dexter Johnson on (#1XB8C)
Two nanomaterials join forces to give a little reprieve from the 5-nanometer theoretical limit for transistor gate dimensions
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by Andrew Silver on (#1XABY)
Engineers weigh in on the pitfalls of machine learning and autonomous driving
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by Andrew Silver on (#1XA2K)
Early research from the 1970s improves the ability of superconductor designers to combat defects
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by Megan Scudellari on (#1X6QW)
What will it take to create a fully automated insulin delivery system?
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by Kristen Clark on (#1X3TW)
Six key takeaways from a book about using your big data superpowers for good
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by Dexter Johnson on (#1X3HS)
Will a Nobel Prize for molecular machines open up funding for molecular nanotechnology?
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by Amy Nordrum on (#1X34H)
It’s a lot harder for a hacker to eavesdrop on your extracellular fluids than it is to intercept airborne signals
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by Erico Guizzo on (#1X2P8)
Google is combining cloud robotics and deep neural networks to accelerate robot learning
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by Tekla S. Perry on (#1X2JG)
Can a digital mammogram reveal the future? Can a wearable retrace your past on demand?
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by Dexter Johnson on (#1WZSW)
Bloch's theory of a terahertz oscillator just got a little closer with a novel new nanomaterials
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by Andrew Silver on (#1WZ35)
Engineers find that memristors may help enable more low-power implants for prosthetic control
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by Celia Gorman on (#1WYTZ)
Jumping robots, walking robots, flying robots, and much more at IROS 2016
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by Jeremy Hsu on (#1WYQW)
Fujitsu's memory tech squeezes more efficiency from deep learning algorithms running on GPUs
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by Tarek El Dokor on (#1WYD8)
Self-driving cars require driver-monitoring capability to know when it is safe to hand over control
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by Andrew Silver on (#1WW09)
A revised draft of regulations proposes doing away with drivers during tests
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by Stephen Cass and Kristen Clark on (#1WVTG)
The TeraRanger One range finder lets you make a musical instrument you can play with your whole body
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by Tekla S. Perry on (#1WVN3)
Finalist hopes his research increases the rate of lung cancer screening and reduces the use of CT scans
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by Jeremy Hsu on (#1WTZF)
Google engineers balanced speed and accuracy to deploy deep learning in Chinese-to-English translations
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on (#1WT6Z)
With people spending more time behind the wheel, design of autonomous cars is on the rise. But, will sheet metal be replaced with 3D printing?
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by Tekla S. Perry on (#1WJTS)
A 16-year-old from Saudi Arabia develops an exoskeleton and control glove to revolutionize physical therapy for stroke patients
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by Dexter Johnson on (#1WJRD)
Fractals and biomimetics just helped to surpass the performance of today’s transparent electrode materials
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by Evan Ackerman on (#1WJJQ)
Where the “radar†in Raytheon’s Radarange came from
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by Cyrus C.M. Mody on (#1WHSR)
The Nobel Prize winner spent a decade trying to create a household solar energy system—and failed
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by Tekla Perry on (#1WHP5)
If your smart glasses contain a virtual companion who knows exactly what you are doing and has an opinion about it, are you living in an augmented reality?
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by Evan Ackerman and Erico Guizzo on (#1WHKV)
Your weekly selection of awesome robot videos
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by Eliza Strickland on (#1WHF6)
The exoskeleton built for spinal cord injury patients is now cleared for stroke patients as well
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by Dexter Johnson on (#1WERM)
Molybdenum disulfide is the new cutting-edge material for nanopore DNA sequencers
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by Andrew Silver on (#1WEPP)
Engineers used memristors to accurately emulate a key part of learning and memory in the human brain
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by Charles Q. Choi on (#1WEB2)
Two new techniques boost perovskite stability against heat, moisture and ultraviolet rays
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by Elliot Kastner on (#1WDWD)
During practice, the MVP robot can stand in for American football players and take the tackles
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by Evan Ackerman on (#1WBCA)
Entirely onboard sensing and localization makes this drone ready for autonomous acrobatics anywhere
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by Tekla S. Perry on (#1WB05)
Google Science Fair finalists demonstrate the power of flexible electronics
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by Paul McFedries on (#1WASY)
The connected IoT is spawning a new vocabulary
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by Emily Waltz on (#1WARF)
Researchers implant 3D-printed bone scaffolds in rats and a monkey
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by Rachel Courtland on (#1W9YQ)
A potential FinFET successor comes into focus
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by Jeremy Hsu on (#1W71T)
IBM's TrueNorth computer chip shows it can do deep learning despite not having been designed for it
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by Dexter Johnson on (#1W6VZ)
First observation of theorized phenomenon has implications for spintronics and chip thermal management
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by Stephen Cass on (#1W604)
The TeraRanger One range finder lets you make a musical instrument with infrared light
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