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Science Highlight

  • Groundbreaking Advance in Targeted Cancer Therapy: Near-Infrared Light Halts Cancer Cell Growth Without Harming Healthy Tissue
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News

  • Groundbreaking Advance in Targeted Cancer Therapy: Near-Infrared Light Halts Cancer Cell Growth Without Harming Healthy Tissue
  • Upcoming X-lites Early Career Opportunity at the 2025 ELI User Meeting
  • New X-ray experiment could solve major physics puzzles
  • UK Catalysis Hub III launches with £12.5m EPSRC investment
  • New Methods Identify Preservation Fluids Without Opening Artefacts
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Our Latest Projects

  • Groundbreaking Advance in Targeted Cancer Therapy: Near-Infrared Light Halts Cancer Cell Growth Without Harming Healthy Tissue
  • Upcoming X-lites Early Career Opportunity at the 2025 ELI User Meeting
  • New X-ray experiment could solve major physics puzzles
  • UK Catalysis Hub III launches with £12.5m EPSRC investment
  • New Methods Identify Preservation Fluids Without Opening Artefacts
 

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Events

  • Groundbreaking Advance in Targeted Cancer Therapy: Near-Infrared Light Halts Cancer Cell Growth Without Harming Healthy Tissue
  • early career workshop flyer
    Upcoming X-lites Early Career Opportunity at the 2025 ELI User Meeting
  • Experimental hall showing the target interaction chamber (left), the collection vacuum tube and the detector (right)
    New X-ray experiment could solve major physics puzzles
    CLF involved in new search for a hypothetical particle that may make up the dark matter of the Universe.
  • Scientist or technician works on a series of tubes and wires in a lab.
    UK Catalysis Hub III launches with £12.5m EPSRC investment
    ​The UK Catalysis Hub, a close collaborator with the CLF for years, is a national research and innovation hub bringing together researchers in 46 universities to define the future of chemical manufacturing.
  • Artist’s illustration of specimens in jars. It is painted in watercolour - animals in jars, but the liquid is outerspace
    New Methods Identify Preservation Fluids Without Opening Artefacts
    Research teams have developed a new approach to identifying the chemical composition of preservation fluids in historic jars without opening them.
 

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