This video features an interview with Professor Hal Abelson, a pioneer in computer science education. He reflects on his career, starting from his early work with Logo programming language and its use in education. He emphasizes the importance of computer education for everyone, particularly for children who can use technology to make a real-world impact.
Abelson also discusses the risks associated with artificial intelligence and MIT's decision to make educational materials freely available online, which led to MIT OpenCourseWare. He believes computer scientists should not only focus on technical advancements but also consider the ethical implications of their work, asking "What, in fact, is worth making?". The video also highlights resources like Logo, Scratch, and MIT App Inventor, encouraging viewers to explore these tools.
Abelson also discusses the risks associated with artificial intelligence and MIT's decision to make educational materials freely available online, which led to MIT OpenCourseWare. He believes computer scientists should not only focus on technical advancements but also consider the ethical implications of their work, asking "What, in fact, is worth making?". The video also highlights resources like Logo, Scratch, and MIT App Inventor, encouraging viewers to explore these tools.
A look at the social aspects of the Incompatible Timesharing (ITS) operating system, focusing on its lack of security and how that facilitated collaboration and a sense of community among users. The author argues that ITS was a forerunner to modern social media.
The PiDP-10 is a modern reproduction of the PDP-10, powered by a Raspberry Pi and featuring a front panel with tons of LEDs and switches. It's designed for those who want to experience the computing power of the 1960s, but with a modern twist.
Article by Danny Hillis for Physics Today reprinted with permission, describing Richard Feynman's involvement with the Connection Machine project at Thinking Machines Corporation in the late 1980s. Feynman contributed significantly to the project, including designing an algorithm for computing logarithms and working on the router design.
CEDS is a retrocomputing micro-factory, producing and shipping PiDP-10 replica kits. They also offer assembled PiDP-11 units, with the option of selecting assembled or unassembled kits in the order form. For placing an order, fill in the required information and submit the order form.
A large team of tech nostalgia enthusiasts have made a PiDP-10, a replica of the PDP-10 mainframe computer first launched by the Digital Equipment Corporation in 1966.
This article discusses the MIT Artificial Intelligence (AI) Lab's 'Tourist Policy' and how it impacted students' access to its resources. As a high school student in Maryland, the author shares their experience of using the lab's PDP-10s over the ARPANET and how it inspired them to learn and contribute to the MIT community.
