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by Evan Ackerman and Erico Guizzo on (#AEG9)
We're at the DRC Finals in Pomona, and here's your first look at the course
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IEEE Spectrum
Link | https://spectrum.ieee.org/ |
Feed | http://feeds.feedburner.com/IeeeSpectrum |
Updated | 2025-09-18 13:00 |
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by Erico Guizzo and Evan Ackerman on (#ACTD)
All 25 robots in a single handy poster-size image
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by Tekla Perry on (#AC8M)
Health and wellness startups dominate Highway 1’s latest class, launched in former grow-house
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by Erico Guizzo and Evan Ackerman on (#ABZB)
The Italian team describes their highly customized humanoid
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by Iddo Guneth on (#ABRV)
Two-minute smartphone charging in 2016, prototype five-minute EV charging in 2017
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by Evan Ackerman and Erico Guizzo on (#ABN7)
We'll take you through the current state of the DRC robots just before the competition starts
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on (#ABBB)
These tiny, starfish-like microrobots are designed to perform biopsies inside the human colon
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by Evan Ackerman on (#AA5M)
We visit Team TROOPER at Lockheed Martin Advanced Technology Laboratories to see how ready they are for the DRC Finals
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by Emily Waltz on (#A9W4)
Computer programs that aim to help physicians make clinical decisions fail most of the time, says study
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by Dexter Johnson on (#A9S5)
Graphene-based heating system promises 70-percent reduction in home heating costs
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by Evan Ackerman on (#A9NG)
Jamming layers give a soft actuator adjustable stiffness
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by Alexander Hellemans on (#A9B4)
Will these wood chips make cell phones and computers more environmentally friendly?
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by Jeremy Hsu on (#A757)
A cousin of the Stuxnet virus that crippled Iran's nuclear program failed to do the same to North Korea, Reuters reports
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by Dexter Johnson on (#A71X)
Imaging of individual cells reduced from a couple of weeks to a couple of days
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by Crispin Andrews on (#A6VH)
Engineers power a microprocessor-equiped sensor platform using dirt, germs, and a lack of air
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by Rachel Courtland on (#A6RF)
Engineers explore ways to take robotics to the limits of size and function
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by Evan Ackerman on (#A6EP)
Whole-body shoving allows robots to move some heavy stuff
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on (#A1EP)
Medicine has always sought to understand the human body’s operating system. Now, with biometric sensors and big data analytics, we’re learning how to fix the bugs
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by Eliza Strickland on (#A19C)
It’s time for manufacturers to get serious about cybersecurity for implanted medical devices
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on (#A170)
The Biostamp can replace today's clunky biomedical sensors
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by Tekla Perry on (#A12A)
Is it enough for a Silicon Valley headquarters to have great food, or does it also has to offer clean energy?
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by Stephen Cass on (#A0YZ)
One last look at the wares that were being hawked at the expo
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by Evan Ackerman on (#A0WR)
Video highlights from the world's biggest robotics conference
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by Joshua Romero on (#A0F5)
Big Blue recently picked up a search engine, a Siri-like digital assistant, and an API that can understand text and images
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on (#A087)
Doctors stimulate a nerve in the neck to treat epilepsy, heart failure, stroke, arthritis, and a half dozen other ailments
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on (#9ZYA)
The game-show-winning AI struggles to find the answers in health care
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by Evan Ackerman on (#9ZNY)
Can a $10 million prize turn a sci-fi device into real technology?
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on (#9ZJR)
Technologies that aim to change behavior shouldn’t focus on motivation
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on (#9ZFR)
Big data is good for identifying gaps in knowledge but not so good for prediction
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by Evan Ackerman on (#9ZFT)
Structural “fuses†that heal themselves could protect expensive robots from permanent damage
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by Stephen Cass on (#9Z9W)
The government is supporting maker spaces in a bid to boost industrial innovation
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by Eliza Strickland on (#9Z9Y)
Big companies could share revenue from the data you upload through fitness trackers and health apps
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by Dexter Johnson on (#9ZA0)
Graphene-based supercapacitors enable nearly four times more storage capacity over previous versions
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by Evan Ackerman on (#9ZA2)
Tiny self-folding magnetically actuated robot creates itself when you want it, disappears when you don't
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on (#9ZA4)
One woman’s fight against cancer in the new era of precision medicine
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by Stephen Cass on (#9YRD)
The future may be driven by the appetite of China’s smaller cities for better goods and services
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by Mark Harris on (#9YFZ)
A deep learning system works 60 times faster than previous methods
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on (#9YAT)
New self-monitoring devices will help collect our vital stats into powerful databases, allowing us to prevent or predict health problems as well as treatment sucess or failure
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by Stephen Cass on (#9Y4M)
A quick sampling of the interesting—and quirky—gadgets on offer at the expo
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by Tekla Perry on (#9XXC)
Google and Facebook salaries level off; Netflix pays big bucks for software engineers; and what’s up with IBM and Infosys?
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on (#9XXA)
Our reluctance to share our medical data isn’t just preventing breakthroughs, it’s “morally unacceptableâ€
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on (#9XKA)
The 100K Wellness Project aims to meticulously monitor subjects for 25 years
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on (#9XA8)
Apple, Google, and Samsung want to capitalize on your personal health data. But is there really big money in it?
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on (#9X4Z)
Medicine can change if patients and payers demand it
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on (#9WYQ)
Baseball pitchers, cyclists, and other competitors seek an edge with new gadgets
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by Stephen Cass on (#9WNZ)
We need better energy storage—or a way to avoid having to use it
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by Philip E. Ross on (#9WN8)
Sensors, actuators, and algorithms can automatically control blood sugar
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on (#9WFS)
We humans can cause earth a lot of damage, but we don’t hold the whip hand
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