Prof. Tim Berners-Lee has been awarded the Association for Computing Machinery’s (ACM) Turing prize for his work developing the World Wide Web, reports Hiawatha Bray for The Boston Globe. “It is hard to imagine the world before Sir Tim Berners-Lee’s invention,” says ACM President Vicki Hanson.
Prof. Tim Berners-Lee has been awarded the Turing Award for his work creating the World Wide Web and its underlying technology, reports Klint Finley for Wired. The web “succeeded because of the work he and so many other put into stewarding it as a platform,” writes Finley.
Prof. Tim Berners-Lee has won this year’s Turing Award, writes AP reporter Michael Liedtke. "It's a crowning achievement," says Berners-Lee of winning what is considered the Nobel prize for computing. "But I think the award is for the Web as a project, and the massive international collaborative spirit of all that have joined me to help."
Forbes reporter Janet Burns writes that Prof. Tim Berners-Lee has been named the recipient of this year’s Turing Award. In an interview with Burns, Berners-Lee emphasized the importance of internet privacy, and explained that he is currently working on building a “basic infrastructure in which each person has control of their own data.”
Writing for The Boston Globe, grad students Alon Cohen, Sunoo Park, and Adam Sealfon explain the history of steganography, the act of hiding messages in other forms of communication, and provide readers with a puzzle to crack. While computers have taken steganography to new heights, messages are still “legible only if you know — or can figure out — where and how to look.”
Prof. Emanuel Sachs, who is credited as one of the inventors of 3-D printing, discusses the manufacturing method’s origins and its increasing popularity with Meghna Chakrabarti of Radio Boston. Sachs explains that 3-D printing is an increasingly popular academic tool because “it takes so long to make prototypes any other way and…3-D printing really enables people to make.”
Women You Should Know celebrates the 80th birthday of computer scientist Margaret Hamilton with a video spotlighting her work at MIT developing code for NASA’s Apollo program. Hamilton’s “Apollo code ultimately saved the Apollo 11 astronauts from having to abort their historic moon landing.”
Boston Globe reporter Cristela Guerra writes that Profs. Janet Conrad and Lindley Winslow helped ensure the science in the new “Ghostbusters” was as accurate as possible. “I am very fond of the original ‘Ghostbusters’,” says Conrad. “I have even used ‘Ghostbusters’ as a theme for my colloquium on neutrino physics, since neutrinos are often called the ghost particle.”
As part of their 50th anniversary coverage, The Chronicle of Higher Education highlighted a front page article from 1999 that spotlighted a report from MIT examining gender bias in academia. The Chronicle notes that the report “led to heightened awareness [of gender bias] not only at MIT but also on campuses around the country.”
Prof. David Kaiser speaks with Jeremy Hobson of Here & Now about the history of science. Kaiser notes there are ebbs and flows in the pace of scientific discovery “tied to priority cycles in various nations or whole parts of the world…people’s imaginations can get swept up in whether they can even imagine building a tool to test something.”
Boston Globe reporter Eric Moskowitz chronicles the life and work of Prof. Emeritus Rainer Weiss, from his childhood passion for tinkering with radios to the decades he spent dedicated to the search for gravitational waves. Kip Thorne, a professor at Caltech, remarks that Weiss “really is, by a large margin, the most influential person this field has seen.”
As part of their “This Day in History” series, The Boston Globe highlights how on April 24, 1962, MIT researchers “achieved the first satellite relay of a television signal, using NASA’s Echo 1 balloon satellite to bounce a video image from Camp Parks, Calif., to Westford, Mass.”
In a Forbes piece about historical technology developments that occurred during the week of February 22nd, Gil Press highlights how Prof. Emeritus Jay Forrester received a patent on Feb. 28, 1956 for magnetic core memory. Forrester’s invention “became the standard for computer memory until it was supplanted by solid state RAM in the mid-seventies.”
Prof. David Kaiser speaks with WGBH Radio’s Edgar B. Herwick about what the addition of four new elements to the periodic table means for scientific research and discovery. "It’s kind of like saying you have a map of the wilderness and by exploring it you want to change the map at the same time," says Kaiser.
Presidential Medal of Freedom recipient Prof. Mildred Dresselhaus speaks with Julianna Goldman of CBS Evening News about her career at MIT and what continues to inspire her to come to work seven days a week. "Every year there's something new that comes along that's too exciting to quit," says Dresselhaus.