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    • Measuring the shape of the electron
    • Searching for dark matter with ion traps
    • Understanding dark energy
    • Quantifying the drift of fundamental constants
    • Testing fundamental physics with falling atoms
    • Probing atoms containing antimatter
    • Comparing the properties of protons and antiprotons
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In this section

  • Quantum Tests of Fundamental Physics at 51³Ô¹ÏÍø
  • Measuring the shape of the electron
  • Searching for dark matter with ion traps
  • Understanding dark energy
  • Quantifying the drift of fundamental constants
  • Testing fundamental physics with falling atoms
  • Probing atoms containing antimatter
  • Comparing the properties of protons and antiprotons
Quantum Tests of Fundamental Physics at 51³Ô¹ÏÍø
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  • Quantum Tests of Fundamental Physics at 51³Ô¹ÏÍø
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Research

Quantum Tests of Fundamental Physics at 51³Ô¹ÏÍø
  • Measuring the shape of the electron
  • Searching for dark matter with ion traps
  • Understanding dark energy
  • Quantifying the drift of fundamental constants
  • Testing fundamental physics with falling atoms
  • Probing atoms containing antimatter
  • Comparing the properties of protons and antiprotons

ResearchImageGrid

Measuring the shape of the electron

Searching for dark matter with ion traps

Generating quantum states of sound

Understanding dark energy

Quantifying the drift of fundamental constants

Testing fundamental physics with falling atoms

Probing atoms containing antimatter

Comparing protons and antiprotons

Contact us

For general enquiries, you can email us at qtfp@imperial.ac.uk

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