If you think they intend this to remain on the screens of smart phones...
Worn AR holographic displays are going to be plentiful.
This will be as big -- and longer lasting than Pokemon Go. (which is still a thing, even though not quite as big of a thing as it was.)
Wired - Kipman
Showing posts with label Mems Laser Display. Show all posts
Showing posts with label Mems Laser Display. Show all posts
Friday, May 17, 2019
Friday, May 10, 2019
Hololens 2 Bigger Picture
As you watch it, if your memory is good, you'll hear a lot of things you've heard from descriptions from Microvision...
When the pixel is blank, the laser switches off...
MSPowerUser
When the pixel is blank, the laser switches off...
MSPowerUser
So this is a whole knew technology for the screen. You replaced the old technology This is a whole new way.
Why did you decide to go this direction with the display? Like why did you decide with lasers? I mean lasers are cool of course. Other than that.
SIZE, WEIGHT, AND POWER.
Right.
So, lasers are cool they are also the most efficient mechanism by which we can produce light. (Is this okay now Omer?) So, hence that was the right choice. It has its own set of challenges but it is the right call. Because of the MEMS approach, as we increase the field of the view the weight doesn’t change. So, it is also lighter than the original design point. And again the SRG’s, the waveguides, are, they are the best in class. So, we are able to maintain our size and power constraints and yet deliver a much larger field of view.
Wednesday, March 13, 2019
There were a couple of dots to connect after this new thing from Motley Fool
The pace of technology is even faster than he expected.
Masayoshi Son Fortune
For one, he has a 300-year view of SoftBank’s growth strategy. He says that artificial intelligence combined with data gathered by billions of sensors will bring on an “information revolution,” that will benefit people more than the 19th century Industrial Revolution.
Business Insider
In June 2010, the richest man in Japan revealed his latest vision for the next 30 years and the next 300 years.
Masayoshi Son, the chairman and CEO of tech behemoth SoftBank, shared his sci-fi predictions in a presentation at what was then SoftBank's 30th annual general meeting. We first saw the slide deck via Fortune.
Fast-forward seven years and Son has a tech fund close to $100 billion (£76 billion) at his disposal — thanks to companies like Appleand the Sovereign Wealth Fund of Saudi Arabia.
He's investing the money at a rapid pace into ideas that he hopes will turn his predictions — telepathy, superintelligent machines, computer-brain interfaces, and cloned sheep — into a reality.
The pace of technology is even faster than he expected.
Masayoshi Son Fortune
For one, he has a 300-year view of SoftBank’s growth strategy. He says that artificial intelligence combined with data gathered by billions of sensors will bring on an “information revolution,” that will benefit people more than the 19th century Industrial Revolution.
Business Insider
In June 2010, the richest man in Japan revealed his latest vision for the next 30 years and the next 300 years.
Masayoshi Son, the chairman and CEO of tech behemoth SoftBank, shared his sci-fi predictions in a presentation at what was then SoftBank's 30th annual general meeting. We first saw the slide deck via Fortune.
Fast-forward seven years and Son has a tech fund close to $100 billion (£76 billion) at his disposal — thanks to companies like Appleand the Sovereign Wealth Fund of Saudi Arabia.
He's investing the money at a rapid pace into ideas that he hopes will turn his predictions — telepathy, superintelligent machines, computer-brain interfaces, and cloned sheep — into a reality.
Sunday, February 24, 2019
Hololens 2 -- Today (UPDATES)
Watch Here 9AM Pacific
The VERGE HOLOLENS 2 Article
Then there’s power: lasers, oscillating mirrors, and custom chips to handle the computing for all of that must chew through battery. But Alam tells me that even with all of that, it still manages to require less power than the alternative. The mirrors oscillate in resonance, so it takes less energy to move them, sort of like they’re the fastest metronomes ever. Lasers are also less lossy than LEDs, and custom silicon can be optimized to its specific task.
Then there’s power: lasers, oscillating mirrors, and custom chips to handle the computing for all of that must chew through battery. But Alam tells me that even with all of that, it still manages to require less power than the alternative. The mirrors oscillate in resonance, so it takes less energy to move them, sort of like they’re the fastest metronomes ever. Lasers are also less lossy than LEDs, and custom silicon can be optimized to its specific task.
Mobile World Congress Twitter
HOLOLENS TWITTER
Subscribe to:
Posts (Atom)