In December, Johnny Chung Lee, then a doctoral candidate, posted a five-minute video on YouTube that became an Internet sensation.
The video showed how, in a few easy steps, the Nintendo Wii remote controller — or “Wiimote” — could transform a normal video screen into a virtual reality display, with graphics that seemed to pop through the screen and into the living room. So far, the video has been seen more than 6 million times.
That video, together with others that Lee, now 28, posted on YouTube, have drawn people to the innovator as well as his innovations. Video game companies have contacted him and, last month, MIT’s Technology Review named him as one of its top innovators under 35.
When he completed his degree this year at the Human-Computer Interaction Institute of Carnegie Mellon, he received “lots of offers from all the big places,” according to Paul Dietz, who convinced Lee to join him in the applied sciences group of Microsoft’s entertainment and devices division.
“When we told Bill Gates we were trying to recruit Johnny, he already knew about his work and was anxious to bring him to Microsoft,” said Dietz, a research and development program manager.
Contrast this with what might have followed from other options Lee considered for communicating his ideas. He might have published a paper that only a few dozen specialists would have read. A talk at a conference would have brought a slightly larger audience. In either case, it would have taken months for his ideas to reach others.
Small wonder, then, that he maintains that posting to YouTube has been an essential part of his success as an inventor.
“Sharing an idea the right way is just as important as doing the work itself,” he said. “If you create something but nobody knows, it’s as if it never happened.”
Before posting his own ideas, Lee watched other people’s videos about the Wiimote. An online community of electronics hobbyists share ideas in video form not only on YouTube, but also at sites like instructables.com and makezine.com.
Thirty years ago, pioneers of the personal computer industry swapped ideas and tried to outdo one another at meetings of the Homebrew Computer Club in an auditorium at Stanford University. Today, these “meetings” happen virtually and globally, with people modifying, improving and otherwise riffing on one another’s ideas — then posting the results in video form. This wide-scale collaboration, Lee said, lets the hobbyists “take advantage of economies of scale of innovation.”
In late 2002, Lee started a small company to build and sell an invention that helps filmmakers minimize camera-shaking. He sells this “Poor Man’s Steadycam” for US$39.95 online — commercial versions start at five times that price — though he encourages people to download free instructions from his Web site and to build the device themselves for US$14 in parts.
Lee said that the company is profitable, with revenue of about US$250,000 in its first five years, but he added that he is not much of a businessman. He has been out of inventory for more than a year.
The steadycam company is his only foray into business. Lee’s decision to share, rather than sell, most of his ideas is linked to his definition of success, which he measures in terms of impact, not dollars. This, he said, is a reason he chose to join Microsoft: The company’s enormous customer base represents “real potential to help other people.”
Lee chooses his personal projects based on what he calls their “work-to-wow” ratio.
“I want to get the biggest wow for the smallest amount of work,” he explained, adding that for him, “wow” is synonymous with impact.
The ratio of the Wiimote projects was fantastic. Each idea that has reached millions of people took only three to four days to conceive, build, film and post.
Lee encourages innovators to ask themselves, “Would providing 80 percent of the capability at 1 percent of the cost be valuable to someone?”
If the answer is yes, he said, pay attention. Trading relatively little performance for substantial cost savings can generate what Lee calls “surprising and often powerful results both scientifically and socially.”
As evidence, he might point to a do-it-yourself interactive whiteboard, another of his Wiimote innovations. Interactive whiteboards, which in commercial form generally sell for more than US$1,000, make it possible to control a computer by tapping, writing or drawing on an image of the desktop that has been projected onto a screen. Lee’s version can be built with roughly US$60 in parts and free open-source software downloadable from his Web site.
Some 700,000 people, many of them teachers, have downloaded the software, Lee said. Much more expensive whiteboards may offer more features and better image resolution, but Lee’s version is adequate for most classroom applications.
It is also easy to build.
An after-school Lego robotics club for fifth-graders at Clara Byrd Baker Elementary School in Williamsburg, Virginia, built a Wiimote whiteboard in four one-hour sessions.
“Once it was done, the kids were so excited,” recalled Kofi Merritt, then the school’s computer resource specialist, who suggested and advised the project. “They recognized themselves as innovators and demonstrated the whiteboard in classroom after classroom.”
Lee’s ideas have acquired a momentum independent of Lee himself. At educational conferences, teachers have presented how-to tutorials for their colleagues. And at Microsoft, his appreciation for online video has rubbed off on others.
The company gave Dietz permission to go public with a new invention of his own: a drinking glass that, when placed on the Microsoft Surface table — a table with an interactive, multitouch display built into the top — alerts a waiter to offer a refill.
After writing a paper on his invention, Dietz wanted to test the concept in the market. His first step? He posted a video on YouTube.
ENERGY ISSUES: The TSIA urged the government to increase natural gas and helium reserves to reduce the impact of the Middle East war on semiconductor supply stability Chip testing and packaging service provider ASE Technology Holding Co (日月光投控) yesterday said it planned to invest more than NT$100 billion (US$3.15 billion) in building a new advanced chip testing facility in Kaohsiung to keep up with customer demand driven by the artificial intelligence (AI) boom. That would be included in the company’s capital expenditure budget next year, ASE said. There is also room to raise this year’s capital spending budget from a record-high US$7 billion estimated three months ago, it added. ASE would have six factories under construction this year, another record-breaking number, ASE chief operating officer Tien Wu
The EU and US are nearing an agreement to coordinate on producing and securing critical minerals, part of a push to break reliance on Chinese supplies. The potential deal would create incentives, such as minimum prices, that could advantage non-Chinese suppliers, according to a draft of an “action plan” seen by Bloomberg. The EU and US would also cooperate on standards, investments and joint projects, as well as coordinate on any supply disruptions by countries like China. The two sides are additionally seeking other “like-minded partners” to join a multicountry accord to help create these new critical mineral supply chains, which feed into
For weeks now, the global tech industry has been waiting for a major artificial intelligence (AI) launch from DeepSeek (深度求索), seen as a benchmark for China’s progress in the fast-moving field. More than a year has passed since the start-up put Chinese AI on the map in early last year with a low-cost chatbot that performed at a similar level to US rivals. However, despite reports and rumors about its imminent release, DeepSeek’s next-generation “V4” model is nowhere in sight. Speculation is also swirling over the geopolitical implications of which computer chips were chosen to train and power the new
Intel Corp is joining Elon Musk’s long-shot effort to develop semiconductors for Tesla Inc, Space Exploration Technologies Corp and xAI, marking a surprising twist in the chipmaker’s comeback bid. Intel would help the Terafab project “refactor” the technology in a chip factory, the company said on Tuesday in a post on X, Musk’s social media platform. That is a stage in the development process that typically helps make chips more powerful or reliable. The chipmaker’s shares jumped 4.2 percent to US$52.91 in New York trading on Tuesday. The Terafab project is a grand plan by Musk to eventually manufacture his own chips for
RSS