Meet the mystery woman who mastered IBM’s 5,400-character Chinese typewriter

I had seen this woman before. Many times now. I was certain of it. But who was she? In a film from 1947, she’s operating an electric Chinese typewriter, the first of its kind, manufactured by IBM. Semi-circled by journalists, and a nervous-looking middle-aged Chinese man—Kao Chung-chin, the engineer who invented the machine—she radiates a smile as she pulls a sheet of paper from the device. Kao is biting his lip, his eyes darting back and forth intently between the crowd and the typist. As soon as I saw that film, I began to riffle through my files. I’m a professor of Chinese history at Stanford University, and I was years into a book project on the history of modern Chinese information technology—and the Chinese typewriter specifically. By that point, I had amassed a large and still-growing body of source materials, including archival documents, historic photographs, and even antique machines. My office was becoming something of a private museum. As I thought, I’d encountered the typist previously in my research, in glossy IBM brochures and on the cover of Chinese magazines. Who was she? Why did she appear so frequently, so prominently, in the history of IBM’s effort to electrify the Chinese language? Read More …

Meet the mystery woman who mastered IBM’s 5,400-character Chinese typewriter

I had seen this woman before. Many times now. I was certain of it. But who was she? In a film from 1947, she’s operating an electric Chinese typewriter, the first of its kind, manufactured by IBM. Semi-circled by journalists, and a nervous-looking middle-aged Chinese man—Kao Chung-chin, the engineer who invented the machine—she radiates a smile as she pulls a sheet of paper from the device. Kao is biting his lip, his eyes darting back and forth intently between the crowd and the typist. As soon as I saw that film, I began to riffle through my files. I’m a professor of Chinese history at Stanford University, and I was years into a book project on the history of modern Chinese information technology—and the Chinese typewriter specifically. By that point, I had amassed a large and still-growing body of source materials, including archival documents, historic photographs, and even antique machines. My office was becoming something of a private museum. As I thought, I’d encountered the typist previously in my research, in glossy IBM brochures and on the cover of Chinese magazines. Who was she? Why did she appear so frequently, so prominently, in the history of IBM’s effort to electrify the Chinese language? The IBM Chinese typewriter was a formidable machine—not something just anyone could handle with the aplomb of the young typist in the film. On the keyboard affixed to the hulking, gunmetal gray chassis, 36 keys were divided into four banks: 0 through 5; 0 through 9; 0 through 9; and 0 through 9. With just these 36 keys, the machine was capable of producing up to 5,400 Chinese characters in all, wielding a language that was infinitely more difficult to mechanize than English or other Western writing systems Read More …

This incredible miniature technology powers everything from printers to COVID-19 tests

When you think of micro- or nanotechnology, you likely think of small electronics like your phone, a tiny robot, or a microchip. But COVID-19 tests—which have proven to be central to controlling the pandemic—are also a form of miniaturized technology. Many COVID-19 tests can give results within hours without the need to send a sample to a lab, and most of these tests use an approach called microfluidics . Anything that moves or processes tiny amounts of fluid is a microfluidic device. [Photo: Chris Neils/Albert Folch, CC BY-ND ] I am a professor of bioengineering and work with microfluidics for my research. Everything from pregnancy tests to glucose strips to inkjet printers to genetic tests rely on microfluidics. This technology, unbeknownst to many people, is everywhere and critical to many of the things that make the modern world go round. What are microfluidics? Microfluidic systems are any device that processes minuscule amounts of liquids. The fluids travel through channels thinner than a hair, and tiny valves can turn the flow on and off Read More …

This incredible miniature technology powers everything from printers to COVID-19 tests

When you think of micro- or nanotechnology, you likely think of small electronics like your phone, a tiny robot, or a microchip. But COVID-19 tests—which have proven to be central to controlling the pandemic—are also a form of miniaturized technology. Many COVID-19 tests can give results within hours without the need to send a sample to a lab, and most of these tests use an approach called microfluidics . Anything that moves or processes tiny amounts of fluid is a microfluidic device. [Photo: Chris Neils/Albert Folch, CC BY-ND ] I am a professor of bioengineering and work with microfluidics for my research. Everything from pregnancy tests to glucose strips to inkjet printers to genetic tests rely on microfluidics Read More …

How Apple’s new audio subscriptions are upending podcasting

Back in 2005, an ebullient Apple CEO Steven P. Jobs announced the integration of podcasting into Version 4.9 of its desktop iTunes software, calling podcasting “TiVo for radio.” Sixteen years later, during its April 20, 2021, “Spring Loaded” event, Apple has once again signaled a long-term corporate commitment to podcasting. But this time, instead of introducing listeners to the medium, Apple is creating the technical infrastructure for paid subscriptions through its Apple Podcasts service. Creators will now have the option to require a payment for audiences to access their content on Apple’s platform, with Apple taking a 30% cut of the revenue . Paid subscriptions aren’t new. But as scholars who study the podcasting industry , we believe the integration of paid subscriptions into podcasting’s most powerful platforms could reshape the medium in significant ways. Read More …