Getting a medical diagnostic tool to market can take between three to seven years due to the strict regulatory requirements.

Researchers have developed a non-invasive method to monitor the electrical activity inside heart muscle cells.

Lancaster University has been awarded £713,000 in a collaboration to develop breeder materials for fusion energy.

Automation has played a key role in keeping people safe at work, but has it also introduced new risks? asks Philip Crosbie, ...

Conducted by members of the Bristol Robotics Laboratory – a collaboration between Bristol University and the University of ...

By mitigating excessive torque, the coupling reduces wear and tear on connected machinery, prolonging the lifespan of gears, ...

John Fowler revolutionised transport. Find out how his work shaped the London Underground and Forth Bridge. Read now!

The AI opportunities action plan is certainly wide reaching, with recommendations focussing on much needed areas in AI such ...

The Ac28R is a new tool that lets developers build and execute reliable software in seconds rather than months.

The UK’s Defence Science and Technology Laboratory has conducted a major trial of bleeding-edge electromagnetic warfare ...

Owlstone Medical, a Cambridge company developing breath-based diagnostics tech, has secured $27m in a financing round.

Researchers have developed the first 2D mechanically interlocked material, which could lead to better body-armour ...