Scientists Take Big Step Toward Using Light Instead Of Wires Inside Computers
Computers of the future might not use wires or electricity, but light to carry data⊠http://bit.ly/1wsvm4F
Amazing.
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Scientists Take Big Step Toward Using Light Instead Of Wires Inside Computers
Computers of the future might not use wires or electricity, but light to carry data⊠http://bit.ly/1wsvm4F
Amazing.
realandysparks:
Closing down a company is a lot like a breakup. Sometimes the circumstances dictate that you can be friends, other times they donât. IÂ remember getting lunch with my mentor, Christian, a month or so ago when I was in the thick of this decision. He told me, âWhen the nights get hard, double down on the people in your life.â So thatâs what I did. I doubled down and focused on turning my co-founders back into friends.
I wanted to wait until after New Yearsâ Eve so everybody could enjoy their holiday, but after who knows how many glasses of champagne, vodka and whatevers, and a few PBRs, the emotional side of me came out and spilled some of my conclusion with my co-founders. I could have handled that better. I took each of them on a walk the next day to talk about next steps. Everybody knew it was coming to a degree, and there was an odd sense of peace mixed with turbulence in the air thatâs hard to describe. We were simultaneously afraid, but confident weâd figure things out. Throughout the whole process, I had a number of off-the-charts incredible mentors, advisors, and friends who helped me through the process. Despite feeling awfully alone at times, I was tremendously lucky to be surrounded by support. Each individual had a [very] different opinion on what to do, but at the end of the day it was up to me to make the call (see: Feedback Fatigue). After the decision was final and I slowly filled each of these people in, a couple even offered temporary employment as a bridge to help us figure out what sort of future we intended to build. To those of you - you know who you are - thank you. When a dam breaks, the village below does not simply stand up and rebuild. It takes time, and the village is really never the same afterward; some things are broken. Similarly, when you lose a battle, you come out on the other side changed. Thereâs a tendency to come out with a higher aversion towards risk and thereâs a high likelihood youâll feel lost. I sure did. But I also came out stronger and smarter - able to read the battlefield and see things coming before they hit. That said, I questioned what my role in the business world was: was I a product guy, a marketing guy, a sales guy, or something else? For so long, I had identified with being a founder who wore many hats, some of which fit better than others. Then I remembered the beauty of The Avett Brothersâ line, âDecide what to be and go be it.â
The beauty is that you donât get to decide what to be just once. You have to repeatedly revisit the act of deciding what to be over and over again. If youâre really going to do what you love, you have to be vigilant in making sure you know what you love doing each day. I saw a TEDx talk in Washington D.C. a few years back that talked about this idea. The speaker called it, âprototyping your life,â as a way of figuring out what youâd like to be so you can get on with being that. In his recent NYT bestseller, The Social Animal (which I HIGHLY recommend), David Brooks said,
âthe truth is life is about producing failure. We only progress through a series of regulated errors. Every move is a partial failure to be corrected by the next one.â
Losing the battle with LaunchGram was a âregulated error.â Iâve emerged battle-hardened, entirely more mature and significantly humbled, but not knocked down. What I really learned is that life isnât about fighting one battle. It isnât about throwing one big hail mary pass. Itâs about a series of focused and purposeful battles. Â Itâs about knowing each battle is part of a larger war to achieve whatever it is you want to achieve.
Definitely worth reading the full post.
As the Internet has allowed people to easily send and receive information, Matternet plans to use a network of drones to allow people to easily send and receive physical items.
13-year-old Shubham Banerjee has secured funding from Intel to bring his low-cost Braille printer to market.
Exact terms of the agreement were not disclosed, but itâs being reported that the sum is somewhere in the neighborhood of âa few hundred thousand dollars.â
The California teenager gained significant popularity when he showed off the prototype version of his invention at the White House. At the time it was made with a Lego kit, and he was just 12 years old. "We welcome investment in technology that aims to improve everyday life for blind and partially sighted people, and especially applaud this brilliant initiative from such a young entrepreneur," said Clive Gardiner, head of reading and digital services at the Royal National Institute of Blind People. "Electronic Braille has great potential, but has been hindered to date by high device costs for users,â he added. "New innovations for low-cost Braille printers such as this one . . . can transform reading choices for people with sight loss who read Braille. We look forward to hearing more about its progress." Until Intel got involved, Banerjeeâs company â Braigo Labs â had been working off of $35,000 worth of cash from parents to turn his science fair project into a legitimate Silicon Valley startup. His invention, referred to at the Braigo v1.0 printer, used Legoâs Mindstorms EV3 robotics kit as well as some additional parts from a local home renovations store. The user writes text via an attached keypad, which the machine converts into Braille, and then prints out the raised bumps on a scroll of paper.Â
Read more.
Thank you to Funders and Founders for yet another shareable infographic.
And your destiny becomes your legacy...
With the help of their team, two sixth grade girls, Fiona Brennan and Semira Lacet-Brown, won Startup Weekend at the University of Washington. Their game, Generation Code, is aimed to teach kids aged 9-12 how to code.
From GeekWire:
As Lacet-Brown was interested in coding and Brennan was interested in design, they sat down together and came up with a computer game that teaches young kids how to code. The game has levels and obstacles. Professor Gram, a character in the game, will show up occasionally to explain and teach a lesson that relates to programming. When the gamer comes across a âCode Monster,â they will have to apply what they have learned to defeat the monster and complete the level.
The game is targeted to 9- to 12-year-olds. The girls plan to partner with Code.org, a non-profit organization that works to bring computer science to K-12 schools in the U.S.
Read more.
kickstarter:
Mark Farid will wear a Virtual Reality Headset through which he will experience life through another person's eyes and ears for 28 days.
For 24 hours a day for 28 days, artist Mark Farid will wear a Virtual Reality Headset through which he will experience life through another personâs eyes and ears - this person will be referred to as âthe Otherâ. Mark has had no previous relationship with this person; he is only aware that the Other is a heterosexual male, who is in a relationship. The Other is required to wear a pair of glasses that covertly capture audio and video. This footage will then be watched back by Mark, who will inhabiting a space consisting of only a bed, a toilet and shower area. This area, as well as Mark will be on constant display to the audience.
However, once the Other goes to sleep, the audience will be asked to leave for one hour, so that Mark can be administered the care of a psychologist with special training in neuroscience, through the headphones. Mark will be wearing the V.R. Headset throughout, and this will act more as verbal diary, but will also allow the psychologist to access his mental health.
During the 28 days, Mark will have no actual interact with any human; no one will react to him, he will not be touched; he will be a silent spectator - he will, however, be under constant inspection. Mark will eat what the Other eats, drink what the Other drinks, shower when the Other showers and go to the toilet when the Other goes to the toiler, at the same moment. Otherwise, Mark is left to experience the life of the Other by himself, but will Mark embrace this life as if its his own? Â
Read more.
Tiny Batteries Could Revolutionize Green Energy Wendy Koch,nationalgeographic.com
Tiny is big in the quest to build batteries that store more energy for cars, buildings, and personal electronics.
Nanosize batteries that are 80,000 times thinner than a human hair represent a promising new front. They could advance the use of electric vehicles, now limited by short driving ranges, and of renewable energy, which needs storage for times when the wind doesn't blow or the sun doesn't shine.
The latest breakthrough: a "nanopore" that's the ultimate in miniaturization. It's a hole in a ceramic sheet, no thicker than a grain of salt, that contains all the components a battery needs to produce electric current. One billion of these holes, connected in a honeycomb fashion, could fit on a postage stamp.
The itty-bitty battery delivers. It fully charges in 12 minutes and recharges thousands of times, according to University of Maryland researchers, who published their findings last week in the peer-reviewed journal Nature Nanotechnology.
Read more.
An interesting find in the factory cities of China:
$12 is the price paid for a single quantity retail, contract-free, non-promotional, unlocked phone â in a box with charger, protective silicone sleeve, and cable. In other words, the production cost of this phone is somewhere below the retail price of $12. Rumors place it below $10.
The entire phone is one circuit board with everything (keypad, screen, battery) soldered to it. The green shell snaps together without screws. (Via bunnieâs blog)
Imagine there is a bank account that credits your account each morning with $86,400. It carries over no balance from day to day... what would you do? Draw out every cent, of course? Each of us has such a bank, its name is TIME. Every morning, it credits you 86,400 seconds... you must live in the present on today's deposits. The clock is running... make the most of today.
The Local Motors Strati started with an idea. The crew at Local Motors wanted to build the world's first 3D-printed car. Specs were scratched together, project guidelines set and, true to its open-sourced roots, the automaker opened the project up to a crowdsourcing process similar to the one that resulted in the open-sourced, build-it-yourself Rally Fighter.
I met with Local Motors on the floor at the 2014 SEMA Show in Las Vegas and asked about the significance of its 3D-printed car being "open-sourced." I mean, it's not like you can just download a car, right? It turns out that you can.
Local Motors tells me that the vehicle is presented under a Creative Commons license and that all of the information regarding the development, the digital 3D printer files, build manuals and more will be available on Local Motors' website. You will be able to pop online, grab the info and then print your own Strati at home...that is, if you can get access to a big-enough 3D printer. (And if you can't, they have 1:10 scale files for 3D-printing a miniature Strati model for your desk.) People can also contribute to the project adding improvements, tweaks, and mods to the crowdsourced knowledge base.
Read more: http://www.cnet.com/news/local-motors-strati-is-the-worlds-first-3d-printed-car
How a Startup Made It During Its First Two Years Without Relying on Investors
With a focus on the product and a few âluckyâ breaks, a mobile app developer dives into fundraising for the â99 percent.â
Startups are tough, especially in the early stages. The company is fragile and you are being pulled in a thousand different directions.
One of your biggest concerns as a founder is capital. Some entrepreneurs have the luxury of raising substantial seed rounds in the idea stage, but what about the other 99 percent of us? What if you arenât based in one of the major tech hubs where risk-averse angels are easier to come by? Your only option is to think outside the box.
When I started MobileX Labs in 2012, I had a tough time securing an angel investment. I was a 23-year-old kid from middle-of-nowhere Indiana with a so-so network. My advantage was that I had previously started other businesses (the first when I was in high school), which provided me with passive income and allowed me to save up money over the years
I decided I was willing to risk it all and infused MobileX Labs with nearly all of my net worth at the time, which would give us about a year of runway, tops. Here is how that went, and what we learned along the way.
Month 1 to 8
In the beginning, we obviously had no revenues whatsoever. We were focused on building our minimum viable product (MVP), a DIY app builder. Six months in, we began to see minimal revenues, but nothing substantial or sustainable. We did manage to get an intro to Mark Cuban and he joined our board of advisors.
Lesson learned: Get to market! Your best feedback will come from users.
Youâll learn more in the first days of your business being âliveâ than you did in the entire time leading up to launch. Once you start getting feedback from users, it will become clear what you need to work on and what direction you need to go.
Month 9 to 10
It was tough to acquire paying users for our MVP. We asked: Why donât we use our product to create apps ourselves and sell them in the app store? With a bit of marketing, we went from making $500 a month to $25,000. This was progress, but we still had a long way to go if we wanted to scale our business and raise outside money.
Lesson learned: Think outside the box sooner than later.
Donât be afraid to do anything it takes to keep afloat. Airbnb has a great story about cereal and the 2008 election that epitomizes this point. Just surviving the first year is the most important measure of success for most startups.
Month 11 to 14
We implemented an 80-20 rule for our products: 80 percent of the time we would work on our core product, improving it, adding features, etc., and 20 percent of the time we would dedicate to creating and marketing new products that would generate revenue for us. Thus, MXLGames and MXLApps were born.
Lesson learned: Make sure your team knows the plan.
Make sure you properly communicate your vision with your team and potential investors. Otherwise, they will think you are scatter-brained and a poor leader. Tell them what you are doing now, and how it fits into the big picture.
Month 15 to 18
Holy crap! An app we made in a week â Instaliker for Instagramâ began generating $20,000 a day. We were in the top 75 highest grossing in the world. Our business changed overnight. MobileX Labs was generating six figures a month and barely spending a tenth of that. Money wasnât a concern, so we decided to take all the feedback from our previous customers and rebuild our core mobile-app builder product, now called Nativ, from the ground up.
Lesson learned: Keep reaching for the next level.
Donât go for a home run right out of the gate. Rather, make sure you have a plan. At MobileXLabs, we have a billion-dollar vision and know that creating some fad app isnât going to get us there. But that silly app may get us to the next million, those next few hires, and one step closer to reaching our bigger goals.
Month 18 to 21
We had a lot of momentum on our side: solid revenues, a product with several thousands users and millions of app downloads. We decided it was the right time to raise outside capital.
Lesson learned: Raise money when you donât need it.
Once you can show investors that you are capable of running a successful business, you can go out and raise capital with more leverage. Showing what youâve done already is just as important as pitching your billion-dollar idea, and having revenue and a solid strategy will get you a much better valuation, too.
Month 21 to the present
We closed $1.5 million in seed funding, scaled our team from four to 31 people worldwide, and generated over $2 million in revenue within a year. We rebuilt our product and launched version 2.0 to a wait list of 30,000 people. We continue to receive revenue from apps and games, which in turn brings down our monthly burn rate and allows us to ship a great product.
Lesson learned: Re-use what you learn and what you build.
The knowledge we gained from have multiple apps in the top of the charts is invaluable and definitely something we took into consideration for our productâs features. We learned the needs of our mobile customers through our own experience in the market.
An amazing journey from a fresh team. Best of luck to MobileXLabs.
New York City is building 10,000 internet pylons for free public Wi-Fi By Ross Miller and Dan Seifert, theverge.com
Say goodbye to New York's public pay phones and hello to one of the largest public Wi-Fi experiments ever. A new city plan dubbed LinkNYC will replace public pay telephones with a console that provides free public Wi-Fi ("up to gigabit speeds") 24 hours a day, 7 days a week. The physical pillar will also provide free domestic phone calls (including 911 and 311), a charging station for your phones, and a "touchscreen tablet interface to access City services, directions, and more."
Blackfriars railway bridge, which crosses the River Thames, has been turned into Londonâs longest solar array and the worldâs largest energy-harvesting bridge. Built in 1886, the bridge has been covered with a roof containing 4,400 photovoltaic panels and is expected to produce 900,000 kWh of electricity annually - enough to power half the train station. Read more:Â http://bit.ly/MVZRM6Â via Network R
sourceÂ
Why is it so common to hear that solar panels are "ugly"? This bridge looks beautiful and modern.
Surrogates: Direct brain interface between humans
Researchers from University of Washington have successfully replicated a direct brain-to-brain connection between pairs of people as part of a scientific study following the teamâs initial demonstration a year ago. In the newly published study, which involved six people, researchers were able to transmit the signals from one personâs brain over the Internet and use these signals to control the hand motions of another person within a split second of sending that signal.
The research team combined two kinds of noninvasive instruments and fine-tuned software to connect two human brains in real time. The process is fairly straightforward. One participant is hooked to an electroencephalography machine that reads brain activity and sends electrical pulses via the Web to the second participant, who is wearing a swim cap with a transcranial magnetic stimulation coil placed near the part of the brain that controls hand movements.
Using this setup, one person can send a command to move the hand of the other by simply thinking about that hand movement.
Impressive. Whatâs next? Science Fiction:
With the new funding, the research team will expand the types of information that can be transferred from brain to brain, including more complex visual and psychological phenomena such as concepts, thoughts and rules.
Theyâre also exploring how to influence brain waves that correspond with alertness or sleepiness. Eventually, for example, the brain of a sleepy airplane pilot dozing off at the controls could stimulate the copilotâs brain to become more alert.
The project could also eventually lead to âbrain tutoring,â in which knowledge is transferred directly from the brain of a teacher to a student. âImagine someone whoâs a brilliant scientist but not a brilliant teacher. Complex knowledge is hard to explain â weâre limited by language,â said co-author Chantel Prat, a faculty member at the Institute for Learning & Brain Sciences and a UW assistant professor of psychology.
[read more]Â [paper]
"I know kung fu."
"Show me."
"Almost like a table of living clay, the inFORM is a surface that three-dimensionally changes shape, allowing users to not only interact with digital content in real space, but even hold hands with a person hundreds of miles away. And thatâs only the beginning."
Now this looks fun.