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by Megan Scudellari on (#1MPAJ)
Stimulating the vagus nerve with a bioelectric device suppresses inflammation to treat rheumatoid arthritis
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IEEE Spectrum
| Link | https://spectrum.ieee.org/ |
| Feed | http://feeds.feedburner.com/IeeeSpectrum |
| Updated | 2025-12-25 13:30 |
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by Kristen Clark on (#1MH3T)
Faulty 3-D scanners and glitchy algorithms open up new worlds for two artists
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by Philip E. Ross on (#1MF7T)
Musk says radar alone can produce a lidar-like "point cloud" to help Autopilot navigate
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by Tekla S. Perry on (#1MEQ9)
Tech companies expect to increase their workforces, both human and machine
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by Jeff Hecht on (#1MEAH)
Kao's landmark paper on fiber-optic communications celebrates 50 years this month
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by Evan Ackerman and Erico Guizzo on (#1ME5B)
Your weekly selection of awesome robot videos
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by Dexter Johnson on (#1MBJG)
Polish-less technology also offers "smart optics" for deforming the mirror in different telescope orientations
by Evan Ackerman on (#1MAJZ)
Animals don't much like this spindly all-terrain robotic cowboy, but ranchers will love it
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on (#1M7Q6)
Design engineers use multiphysics simulation to optimize the performance of power modules
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by Jeremy Hsu on (#1M7XT)
The U.S. military wants to see autonomous artificial intelligence find and fix software exploits in just minutes or seconds
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by Jeremy Hsu on (#1M7Q8)
Wearable bracelets for Islam's Hajj pilgrims aim to avoid future deadly disasters
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by Philip E. Ross on (#1M7AV)
The most obvious improvement: Nissan isn't overselling the feature
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by Dexter Johnson on (#1M48E)
Magnetic field alignment enables thick-electrode batteries with a higher energy density at a lower cost
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by Tekla Perry on (#1M3T5)
Is this solar-powered remote plant monitor the most sensor-packed gadget on the Internet of Things?
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by Evan Ackerman on (#1M3MC)
A slick walking gait makes the DURUS humanoid robot even more efficient
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by Peter Fairley on (#1M2YZ)
Power sensors for distribution networks have inspired a $77-million DARPA program to build a suite of automated cyberdefenses for power grids
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by Celia Gorman and Evan Ackerman on (#1M2R6)
This fully controllable robotic ray is powered by a gold skeleton and light-activated cells
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by Evan Ackerman on (#1M01F)
Cozmo's SDK offers access to some surprisingly sophisticated features on this little robot
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by Amy Nordrum on (#1KZZP)
MIMO nearly doubles the data rate of digital communications by molecular means
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by Charles Q. Choi on (#1KZEP)
2-D electronics grown chemically
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by Patrick Lin on (#1KZ7J)
Elon Musk says we should focus on the thousands of lives that could be saved by robot cars, but ethics is more than math
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by Patrick Lin on (#1KZ2B)
Weaponized police robots could change the character of law enforcement and require a broader debate
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by Theresa Chong on (#1KQS6)
Adam Savage from MythBusters spent three days building a pedal-powered Strandbeest-type machine. Will it walk?
by Dexter Johnson on (#1KQPS)
Simple and cheap to produce, graphene-based photodetector could energy consumption in optical data transmission
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by Megan Scudellari on (#1KQEQ)
Researchers store Ok Go! music video, great works of literature, and more in a dab of DNA
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by Evan Ackerman and Erico Guizzo on (#1KQAK)
Your weekly selection of awesome robot videos
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by Emily Waltz on (#1KQAH)
Machine learning system uses phone calls in Lahore, Pakistan to give a warning of neighborhood dengue outbreaks
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by Tekla S. Perry on (#1KPW8)
Google has built its culture to excite young men; it will need a split personality to truly embrace a broader workforce
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by Mark Anderson on (#1KPN8)
For some applications, scientists find the humble GPU to be better and cheaper running their calculations than the mighty, conventional supercomputer
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by Dexter Johnson on (#1KKT7)
Device represents the first time charge-density waves were exploited to modulate electrical current in a 2-D material
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by Evan Ackerman on (#1KKK2)
Living muscle cells and pulses of light power this tiny cyborg ray through an obstacle course
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by Eliza Strickland on (#1KJQE)
Earbud-like doodads can pick up brainwaves with surprising fidelity
by Dexter Johnson on (#1KG9G)
A path towards 31-percent conversion efficiency could be possible for perovskite photovoltaics
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on (#1KFCP)
With growing capacitance figures, supercapacitors begin to break out on their own
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by Mark Harris on (#1KEZB)
Is it time to take human drivers out of the loop completely?
by John Boyd on (#1KEM8)
NEC discovers a substance with several times the conductivity of nanohorns
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by Kristen Clark on (#1KCJG)
An all-student motorcycle team from Ohio State University attempts to set a new course record with their battery-powered Buckeye Current bike
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by Megan Scudellari on (#1KCCK)
Attackers can reproduce hand movements to recover secret codes with 90 percent accuracy
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by Evan Ackerman on (#1KC2C)
Year two of the Amazon Picking Challenge results in robots that are much, much closer to taking over for humans
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by Philip E. Ross on (#1KC0Q)
The next time, a crash may kill innocent bystanders. Would that kill the Autopilot feature?
by Peter Fairley on (#1KBFS)
Claire, a Canadian microsatellite launched in June, is gearing up to take high-resolution snapshots of greenhouse gas plumes
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by Evan Ackerman on (#1K0YR)
The first fatal crash involving Tesla's Autopilot system highlights the contradictory expectations of vehicle autonomy
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by Evan Ackerman and Erico Guizzo on (#1K0PE)
Your weekly selection of awesome robot videos
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by Jeremy Hsu on (#1K0K2)
A million-face benchmark test shows that even Google's facial recognition algorithm suffers in accuracy
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by Glenn Zorpette on (#1JZYW)
The DragonFly portable USB DACs and the Aumeo customizable headphone amplifier take HD audio to the next level
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by Katherine Bourzac on (#1JZQZ)
A tentacle-like adhesive stamp makes easy work of transfer-printing nanomaterials onto flexible materials
by Evan Ackerman on (#1JXHX)
A new paper details just how salamander-like Pleurobot really is
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by Kristen Clark on (#1JXEX)
It took some last-minute engineering to get the Buckeye Current, a battery-powered bike, into racing condition
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by Dexter Johnson on (#1JX9S)
A new type of electrically-controlled mechanical resonator could detect ultra-weak signals
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by Max Shulaker, H.-S. Philip Wong and Subhasish Mitr on (#1JX3A)
Circuits built from carbon nanotubes will give silicon real competition
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