Dec.20 — The week in tech from Bloomberg Technology. The best interviews and technology news highlights from the week are brought together in Best of Bloomberg Tech, a weekly long-form program, hosted by Bloomberg’s Taylor Riggs.
I was thrilled to join INTEL Senior Fellow Genevieve Bell for this conversation about technology and innovation, disruptive transformation and the future! #intelpartner #ad
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Here are 5 cool examples of how companies are using augmented reality right now. I discuss Magic Leap One, Ikea Place augmented reality Goggle Maps AR, Vyking AR, and Warby Parker try on AR
Most augmented reality technology is in the form of apps for handheld devices. But, augmented reality headsets and augmented reality glasses will allow users to blend reality with virtual reality.
#AugmentedRealityExamples
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Have you ever wondered how technology that’s developed in universities and other academic institutions gets translated into a product to benefit the public? This process is known as technology transfer, and research organizations all over the world utilize teams of tech transfer professionals to evaluate new inventions, protect intellectual property through a patenting process, and license the technology to third parties, such as start-up companies or corporations, for further investment in development and commercialization. At the Massachusetts Institute of Technology, the Technology Licensing Office supports MIT inventors throughout this process and plays a vital role in the entrepreneurial ecosystem to ultimately achieve the mission of MIT: to advance knowledge and educate students in science, technology, and other areas of scholarship that will best serve the nation and the world in the 21st century.
As Associate Director of the Physical Sciences group at the MIT TLO, Jim is responsible for managing group of licensing professionals in the physical sciences and engineering as well as overseeing a portfolio of inventions in chemistry, chemical engineering and material science. He manages the coordination of the TLO’s activities in support of many large industrial collaborations and overseas research alliances.
Prior to his tenure at the TLO, Jim held senior R&D management positions at companies including Polaroid and Spectra Incorporated, and brings a wealth of industrial knowledge and experience to the MIT community. Jim holds a Master of Arts (MA) in Chemistry from Harvard University as well as a Master of Science (MS) in Chemistry from Columbia University. He received his MBA in Management from the Boston University Questrom School of Business.
As Associate Director of the Physical Sciences group at the MIT Technology Licensing Office (TLO), Jim is responsible for managing group of licensing professionals in the physical sciences and engineering as well as overseeing a portfolio of inventions in chemistry, chemical engineering and material science. He manages the coordination of the TLO’s activities in support of many large industrial collaborations and overseas research alliances.
Prior to his tenure at the TLO, Jim held senior R&D management positions at companies including Polaroid and Spectra Incorporated, and brings a wealth of industrial knowledge and experience to the MIT community.
Jim holds a Master of Arts (MA) in Chemistry from Harvard University as well as a Master of Science (MS) in Chemistry from Columbia University. He received his MBA in Management from the Boston University Questrom School of Business. This talk was given at a TEDx event using the TED conference format but independently organized by a local community. Learn more at https://www.ted.com/tedx
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This is major breakthrough as Dubai and UAE are using advance technology. We are moving in the way where it can turn all the pattern in the opposite direction.
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3D photos you cannot solely see, however really feel and listen to? This isn’t a drill.
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Think about an interactive, 3D illustration of some object or particular person or infographic, that you could see, contact, and listen to. Whereas it would sound like one thing out of Star Wars, you don’t should think about anymore as a result of the tech is right here—or fairly, one thing prefer it.
However how?
In contrast to its sci-fi counterparts this 3D-imaging expertise shouldn’t be a hologram, however fairly a multimodal acoustic entice show.
Right here’s the way it works: The tech employs a tiny foam bead with an roughly 1-millimeter radius. The bead is made out of a light-weight plastic referred to as polystyrene, and is acoustically trapped in a pocket of low-pressure air created by ultrasound waves coming from transducers on both facet of it.
The pc system that controls the transducers emitting the ultrasonic area will be programmed to govern stated area to maneuver the pocket (and the bead) round in 3D area.
That single bead is transferring so quick that human eyes register it as a line fairly than a single particle, however that isn’t the one cool factor this transferring particle can do. It could additionally seem to appear to be totally different colours and emit sound and vibrations that you could really feel by yourself pores and skin.
Discover out extra about how this new spectacular tech really works and what it might imply for the way forward for information on this Components.
#information #tech #3D #particle #programming #Seeker #Science #Components
Learn Extra:
Hologram-like machine animates objects utilizing ultrasound waves
https://www.theguardian.com/expertise/2019/nov/13/hologram-like-device-animates-objects-using-ultrasound-waves
“Ryuji Hirayama, who helped construct the show, stated it had been a long-term dream to make such a tool. However he sees the “multimodal acoustic entice show” as a step in the direction of extra refined techniques.”
A volumetric show for visible, tactile and audio presentation utilizing acoustic trapping
https://www.nature.com/articles/s41586-019-1739-5
“Our system traps a particle acoustically and illuminates it with pink, inexperienced and blue gentle to manage its color because it rapidly scans the show quantity. Utilizing time multiplexing with a secondary entice, amplitude modulation and section minimization, the MATD delivers simultaneous auditive and tactile content material.”
These Aren’t The Holograms You’re Wanting For
https://medium.com/vividq-holography-blog/the-truth-about-holography-af2e63bd5943
“With a rising variety of XR corporations all claiming to have developed some type of “holographic show”, it begs the straightforward query: what’s true 3D holography?”
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Top 5 Best Future Gadgets And Future Technology Coming in 2020 ➜3
5. Alfred -The ultimate A.I Assistant.
4. Personal Alarm Designed for the Peace of Mind.
3. Fingerbot, Control All Devices Remotely.
2. Meet Mila _ A smarter Air purifier.
1. Kamibot Pi _ Robot.
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Dec.20 — The one every day information program targeted completely on know-how, innovation and the way forward for enterprise from San Francisco.
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The most recent expertise. – It is the world’s largest
work machine.
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