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on (#2B7E9)
Biocompatibile inks open up medical devices for inkjet-printed devices
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IEEE Spectrum
| Link | https://spectrum.ieee.org/ |
| Feed | http://feeds.feedburner.com/IeeeSpectrum |
| Updated | 2025-06-17 10:15 |
on (#2B7A6)
Unique designs of IoT small and low power devices create test challenges for design engineers. Learn about the test solutions they need for successful results.
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on (#2B730)
Inventors of the CCD, the pinned photodiode, and the CMOS imager honored with £1 million prize
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on (#2B6R4)
Reports from companies testing autonomous vehicles in California show they are improving but still far from perfect
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on (#2B4M6)
San Francisco R&D firm develops low-cost, precision air-delivery system using paper gliders
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on (#2B4DH)
The number of customers found in a utility’s territory, not how much energy is delivered to them, is the best predictor of annual transmission, distribution, and administration costs
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on (#2B48D)
A beautifully designed robot bat will be capable of robust acrobatics that quadrotors can't match
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on (#2B3XJ)
New heat sensors are as sensitive as those of rattlesnakes
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on (#2B3HB)
Mercedes will thus serve as the owner-operator of the cars
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on (#2B329)
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on (#2B2X2)
Artificial intelligence performs just as well as eye docs in diagnosing congenital cataracts
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on (#2B2SS)
Learn how to drastically reduce development time by giving hardware and software engineers the ability to work in parallel.
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on (#2AZRP)
Allan Carswell’s lidar systems helped map the waters of the Arctic and the atmosphere of Mars
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on (#2AZHH)
A prototype in a lab at Penn State can beam data at rates of 10 gigabits per second
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on (#2AZE1)
Uber’s experiment in San Francisco showed that bicycles and bike lanes are a problem self-driving cars are struggling to crack
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on (#2AZ3T)
Solar DC microgrids could do for electrification what mobile phones did for telephony
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on (#2AYMK)
An AI named Libratus has beaten human pro players in no-limit Texas Hold'em for the first time
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on (#2AYCW)
Even if your spaceship is just a chip, getting to Alpha Centauri will be a real challenge
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on (#2AVMA)
This presentation highlights the challenges, best practices, and simulation results involved with a 28nm, 4-lane, 250Mb/s to 12.7Gb/s SERDES design using the Analog FastSPICE (AFS) Platform.
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on (#2AVGX)
Marc Hildebrant finds the missing notes in mechanically recorded performances
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on (#2AV39)
If you’re worried about listing an online degree on your résumé, fear not
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on (#2ATCQ)
High Fidelity’s decentralized architecture aims to power the next generation of virtual-reality worlds
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on (#2AT8G)
In this talk we will explore how software tools such as Antenna Magus and CST STUDIO SUITE® can help develop realistic models for complex communication systems.
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on (#2AV3B)
A new design could survive the radiation of a 20-year trip to Alpha Centauri
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on (#2AT5J)
The software engineer who created Photoshop talks about the power of procrastination, plusses of subscription software, and why it’s nice not to be a celebrity
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on (#2AKRN)
If Rolls-Royce has its way, commercial vessels will soon have no crew on board
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on (#2AK5A)
There are a variety of potting formulations on the market today that suit the needs of diverse applications. Learn about the performance properties of each.
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on (#2AJZ9)
Some of the highlights from the week of 23 January 2017
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on (#2AH6W)
To understand one part epoxy systems, you need to know how a two part system works. Also learn how technological advances have resulted in innovative, unique systems.
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on (#2AH3W)
Your weekly selection of awesome robot videos
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on (#2AGWG)
The Annikken Andee U shield is a bridge between the Arduino and your mobile devices
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on (#2AGP5)
Millimeter waves, massive MIMO, full duplex, beamforming, and small cells are just a few of the technologies that could enable ultrafast 5G networks
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on (#2AGP3)
An initiative to identify and quantify the cost of electric power generation and delivery
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on (#2AGJT)
Corrosion may be prevented by protecting your design with the proper selection of epoxy based systems. Read more in this white paper.
on (#2AG4D)
The unique requirements of MEMS call for specialized materials. This white paper will focus on how these materials are used and their benefits for MEMs applications.
on (#2AG4E)
Learn more about optical transmission, refractive indices, temperature and humidity testing, and more.
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on (#2AF3F)
Sites in Texas and New Mexico sites could also be considered
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on (#2AD6F)
Who is REALLY changing the world? Software engineers
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on (#2AD0V)
Robots don't get any sillier than this, and Hebocon's creator tells us why
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on (#2ACNY)
DOE report says renewable power generation jobs surpassed those in fossil fuels, and are growing faster
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on (#2AC12)
Solar direct-current microgrids now power a 900-year-old monastery and a local school
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on (#2ABGN)
The Korean company's consumer-friendly tDCS gadget could help this electric treatment catch on
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on (#2AB23)
In this webinar FilterDesigner 3D will be presented in an online demo, where we will highlight the different features and functionalities
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on (#2AB24)
Novel process moves nanomaterials from smaller transistors to smaller packaging
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on (#2A8KK)
R&D lab Draper is using genetic engineering and optoelectronics to build cybernetic insects
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on (#2A87S)
In this webinar we will present all steps necessary to perform the simulation of RF interference and explain the concepts behind the new CST® interference task.
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on (#2A84J)
Designing technology with the best intentions can still lead to disaster
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on (#2A7NJ)
Deep learning algorithm identifies skin cancers as accurately as dermatologists
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on (#2A73M)
Stash it away in concrete bunkers, undersea bags, and other strange places
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on (#2A6Z7)
Findings could help guide solar power policy making
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