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Learn the interesting 50000 year history of computing. Starting with counting stones, and the lead up to the exponential growth in ...

A whistle-stop tour of how computers work, from how silicon is used to make computer chips, perform arithmetic to how programs ...

Explore the fascinating history and technology behind the Setun ternary computer, developed at Moscow State University.

In this third episode of “Coffee with the Curator"—a series featuring distinctive objects from Carnegie Mellon University's collection ...

Ready to leave binary behind? Dive into the wild world of trinary computers with this energetic DIY guide—learn what balanced ...

30-year-old Boomer once again rants about how technology nowadays just can't measure up to how it used to be, all done next to ...

quantumcomputing #faulttolerantquantumcomputer #FTQC, #quantumcentricsupercomputing #IBMQuantum.

IBM Q System One enables universal approximate superconducting quantum computers to operate outside the research lab for ...

Today, IBM operates the world's only fleet of utility-scale quantum computers — devices capable of performing calculations so ...

We're at a moment in time where computing is poised to reshape just about every industry, field of study — and even society itself.

Dr. Talia Gershon, a materials scientist by training, came to IBM Research in 2012. After 4.5 years of developing next-generation ...

Deep Tech Showcase: Rodolfo Rosini Co-Founder & CEO, Vaire Computing | Slush 2024 Slush is the most founder-focused ...

Why Stop at Binary? Build a Trinary Computer at Home! References - [Sharashin's Architecture ...

https://media.ccc.de/v/34c3-9064-the_ultimate_apollo_guidance_computer_talk The Apollo Guidance Computer ("AGC") was ...

Curious about what makes your devices so smart? Our Founder, Graham, who is a microchip engineer, describes how ...

Join us on a journey inside a quantum computer to understand how IBM is rallying a worldwide community of scientists, physicists, ...

Even though we think of computers as super high-tech machines with tiny parts, they can also be huge, wooden, and mechanical.

This explainer video shows how we can create the most powerful computer allowed by physics, by networking together 'ion traps' ...

Quantum computing is about tackling problems that cannot be addressed by classical computers. What kind of problems?

We are moving rapidly toward quantum computing. How does the technology work and what does it mean for our future? Scientist ...