Gadgetory

what's working on lasers for cosmetic and medical purposes I wonder could I put this technology to better use I wanted something that would benefit every single one of us shaving was the obvious officer the industry has been looking for a laser shader for home use but discovering a viable technology has eluded everyone until now wavelengths of light have been discovered the cut through dark hair but not liked or gray hair we wanted a laser that could cut all hair many prototypes were built and after years of experimentation we had fun exactly what we were looking for we identified molecules in the hair that absorb a particular wavelength these are called chromophore this chroma forests are the only continuous structure in the hair their shared by every human regardless of age gender and portrays the scalp razor is for everyone to use and it works great on any area this is how it works a traditional razor cuts the hair shaft at an angle this is what causes your skin to fill Rupp when the scar breeze that makes contact the laser melts to the hair shaft completely leveled to the surface of the skin this leaves a smoother softer finish the last longer to the touch we really need your support but the scarp razor into production we have preliminary agreements with manufacturers we require capital to forget orders we've spent many years developing this razor because we believe after 5,000 years of using the same technology it's time to make shaving easier safer and greener help us bring shave it into the 21st century you the problem is with youth how people use the product sixty-five percent of Brits admit to over filling their cattle when they only need one cup of tea all of this extra water that's being boiled requires energy and it's been calculated that in one day of extra energy use from boiling kettles is enough to light all of the streetlights in England for a night you working smarter more information giving more information we patented the technology to print a USB Drive on regular paper and now we've applied that technology to a business card so how does swivel card work each card has a unique ID and can be individually programmed you can set up each card open any web page you want and you can change which page the card points to even after giving it out since the data is stored on the web you have virtually unlimited storage and can do some pretty exciting things you could connect a card to a Dropbox account or to a join me meeting invitation or to a desktop sharing application the possibilities are only limited by your imagination servo card also includes a back-end interface with very helpful analytics about your cards you'll be able to log in and see where your cards are in the world and other helpful statistical information right down to the individual card there's also a QR code on the back to ensure that if someone doesn't have a USB port they can still access the card with their smart device oh yeah one more thing did we mention that Silva card is Wireless just bring your civil card close to a compatible smart device and the data will load automatically working smarter having more information giving more information help us make swivel card happen thank you for your enthusiasm and support I have always been fascinated by photography and I own you know expensive DSLR cameras and lots of expensive lenses you know even though I had all this gear which would take phenomenon pictures I found myself taking more and more pictures with my cell phone because it was there with me all the time that's when it occurred to me that if he can make a camera which has the same quality and features as a DSLR camera but it is in a form factor that can fit in my pocket and stay with me all the time that I'd be taking much better pictures all the time what we are trying to do here now is to capitalize on all of the innovation that has resulted in very inexpensive camera modules and inexpensive high-quality lenses we're trying to replace a big lens with multiple small lenses and small sensors one of the things we do to keep our cameras very thin is something called folded optics you have an aperture light comes in through the aperture strikes a mirror and then travels down the barrel of lenses laid horizontally in the body we are actually using 16 different camera modules at three different focal lengths the users can then simply pinch and zoom the picture and depending upon what field of view they finally end up selecting 10 of this 16 modules of fire and take pictures and then we use sophisticated computational imaging algorithms to combine those ten pictures to basically create one really high quality picture our software can figure out how to set the exposures differently for different cameras to get great low-light performance the other incredible thing we offer is really infinite depth of field control everything's kind of in focus when they compose it but I know I'm taking a picture of you and it's a portrait and I want a nice blur in the background I can go set that after the fact this isn't just moonshot thinking we put some of the best talent in Silicon Valley together here at light our computational imaging team in our Hardware team have been working for over two years to bring this to reality now we partnered with the world's leading contract manufacturers to actually deliver product to consumers why I'm really excited about this camera is that it puts the focus back on create photography not just a technology really the power of photography is the ability to capture the magic of every moment in every day and you have to have something that's portable enough and high enough quality so that you really are capturing the emotion of the moment not just the facts that's what we're excited about delivering to the market you you you you you you you you what's that it's puzzle cool yes ok