Ferranti Mark I: the computer that shaped the world
The computing revolution didn't start in a Californian valley, it was made in Manchester.
Manchester, the original silicon valley: 75 years of modern computing
Seventy-five years ago, researchers at The University of Manchester helped create the Ferranti Mark I, the world's first commercially available computer.
This breakthrough helped transform computing from an experimental idea into a practical technology that changed the world. Today, Manchester continues to push the boundaries of computing, AI and data-driven research.
Throughout July, we will be publishing a series of articles, archive material, expert insights and contemporary research stories. This digital collection explores the people, partnerships and ideas behind the Ferranti Mark I and explores how Manchester's tradition of turning bold ideas into real-world impact continues today.
The moment computing became real: the Ferranti Mk I
In this article we explore the lasting impact of the Ferranti Mark I, tracing its evolution from the Baby via the Manchester Mark I to its final production form.
Read the article about the history of the Ferranti MK I on our newsroom.
The Manchester code: how a magnetic drum inspired a new digital standard
A 75-year-old code that's still found in your wallet, TV remote and even outerspace? The Manchester code has stood the test of time; in this article we explore how it came to be and what its legacy is.
The research Centres pushing the boundaries of computing and AI
ARM Centre of Excellence
A Centre focussing on the full spectrum of modern processor technologies.
Centre for AI Fundamentals
Uniting research talent to develop pioneering AI solutions that drive competitive advantage.
Centre for Doctoral Training
Building the skills and talen needed to drive the AI revolution.
International Centre for Neuromorphic Systems
Devloping neuromorphic sensors, algorithms and procerssing hardware to solve real-world problems.
Centre for Quantum Science and Engineering
We’re exploiting quantum effects with revolutionary capability in imaging, timing, computing and sensing, and translating these into quantum 2.0 technologies.
Centre for Robotics and AI
Developing and applying novel AI approaches in the design of robots and autonomous systems for real world applications.
Want to find out more?
Collaborate with our researchers
- Use our Research Explorer to access the latest papers and activities from our Computer Science community.
- Search researcher profiles and connect with with our experts.
Support the future
- Help unlock student potential.
- Fuel the latest research discoveries.
Fancy a chat?
- Want to learn more about the Department of Computer Science?
- Want to chat to one of our experts?
- Not sure how the start the conversation?
