2025

Progress towards a mid-infrared frequency standard using ultracold molecules -

Developing an experiment to make Bose-Einstein condensates of CAF molecules -

2024

Development of a two-axis cold atom interferometer system for acceleration and rotation measurements -

Measuring electron electric dipole moment by using ultracold YbF molecular beams -

Cold, slow YbF molecules for measuring the electron’s electric dipole moment - 

 

2023

Towards sympathetic cooling of molecules using ultracold atoms -

A sensitive horizontal atom interferometer for testing acceleration from an in-vacuum source mass -

An ultracold beam of YbF molecules for measuring the electron’s electric dipole moment -

Towards interfacing single photons emitted from Dibenzoterrylene with rubidium ensemble quantum memories -

2021

Collisions between laser-cooled atoms and molecules -

A 2D atom interferometer accelerometer in the horizontal plane -

Dibenzoterrylene as a single photon source -

Buffer gas cooling and mid-infrared spectroscopy of polyatomic molecules -

2020

Towards a measurement of the electric dipole moment of the electron with YbF molecules -

An ultracold molecular beam for measuring the electric dipole moment of the electron -

Deep laser cooling and coherent control of molecules -

Building a sensitive atom interferometer for navigation -

Coupling of single organic molecules to photonic micro-structures -

2019

A microwave trap for atoms and molecules -

An atom interferometer for measuring horizontal accelerations -

 

2018

The blue-detuned magneto-optical trap - 

Bose-Einstein condensation of photons - 

Producing, trapping and controlling ultracold CaF molecules - 

Constraining theories of modified gravity with atom interferometry -

2017

Progress towards a source of cold, slow molecules for tests of fundamental physics -

Improved shot noise limit of the YbF EDM experiment - 

Single quantum emitter: resonance fluorescence and emission enhancement -

Laser cooling of YbF molecules for an improved measurement of the electron electric dipole moment -

Development of a magneto-optical trap for CaF molecules -

Preparation and testing of organic dye molecules as single photon sources on a chip -

 

2016

Progress towards laser cooling of BH molecules -

Coupling single molecules to cryogenic optical fibre microcavities - 

 

2015

Progress towards a more sensitive measurement of the electron electric dipole moment with YbF -

Simultaneous Magneto-Optical Trapping of Ytterbium and Caesium -

Investigating the Dynamics of a Bose Einstein Condensate on an Atom Chip -

A Permanent Magnet Trap for Buffer Gas Cooled Atoms -

2014

Measurement and Manipulation of Ultracold Bosons using Microfabricated Optics -

Trapping, transport and polarisation of ultracold lithium -

Laser cooling of CaF molecules -

2013

Production and Oscillations of a Bose Einstein Condensate on an Atom Chip -

Transverse Laser Cooling of SrF -

New Physics with Cold Molecules: Precise Microwave Spectroscopy of CH and the Development of a Microwave Trap -

Slow, Cold Beams of Polar Molecules For Precision Measurements -

A New Measurement of the Electron Electric Dipole Moment Using Ytterbium Fluoride -

Integrated optics for coupled-cavity quantum electrodynamics -

2011

Buffer gas cooling of YbF molecules -

Measuring the Acceleration of Free Fall with an Atom Chip BEC Interferometer -

An Integrated Optical-Waveguide Chip for Measurement of Cold-Atom Clouds -

2010

Toward an electron electric dipole moment measurement using Ytterbium Fluoride - Dhiren Kara (2010)

An Ultra-Cold Lithium Source For Investigating Cold Dipolar Gases Jacob Stack (2010)

Guiding and decelerating cold, heavy, polar molecules - Thom Wall (2010)

Atoms in Microcavities: Detection and Spectroscopy -

Integration of Magneto Optical Traps in Atom Chips - Samuel Pollock (2010)

2009

Matter Wave Interference on an Atom Chip - 

Production and Stark deceleration of lithium hydride molecules - 

2008

Integration of Optical Components and Magnetic Field Sources in Atom Chips 

Advances in the design and operation of atom chips 

Towards an improved measurement of the electron electric dipole moment - 

2007

Microcavities for atom chips - 

Electrodynamic Guiding and Deceleration of Polar Diatomic Molecules 

2006

Measuring the electron electric dipole moment using supersonic YbF - 

Cold atoms trapped near  surfaces - 

2005

Production of Cold Molecular Radicals by Laser Ablation - 

Bose-Einstein Condensation in Microtraps on Videotape - 

2002

Bose-Einstein Condensation on an Atom Chip 

Cold Atom Microtraps above a Videotape Surface - 

2001

Measuring the electric dipole moment of the electron with YbF molecules - 

Theses

2025 - 2026

Progress towards a mid-infrared frequency standard using ultracold molecules -

2023 - 2024

Measuring electron electric dipole moment by using ultracold YbF molecular beams -

Developing an experiment to make Bose-Einstein condensates of CAF molecules -

Cold, slow YbF molecules for measuring the electron’s electric dipole moment -

Towards sympathetic cooling of molecules using ultracold atoms -

A sensitive horizontal atom interferometer for testing acceleration from an in-vacuum source mass -

Development of a two-axis cold atom interferometer system for acceleration and rotation measurements -  

An ultracold beam of YbF molecules for measuring the electron’s electric dipole moment -

Towards interfacing single photons emitted from Dibenzoterrylene with rubidium ensemble quantum memories -

2021 - 2022

Collisions between laser-cooled atoms and molecules -

A 2D atom interferometer accelerometer in the horizontal plane -

Dibenzoterrylene as a single photon source -

Buffer gas cooling and mid-infrared spectroscopy of polyatomic molecules -

2019 - 2020

Towards a measurement of the electric dipole moment of the electron with YbF molecules -

An ultracold molecular beam for measuring the electric dipole moment of the electron -

Deep laser cooling and coherent control of molecules -

Building a sensitive atom interferometer for navigation -

Coupling of single organic molecules to photonic micro-structures

A microwave trap for atoms and molecules

An atom interferometer for measuring horizontal accelerations 

2017 - 2018

The blue-detuned magneto-optical trap 

Bose-Einstein condensation of photons 

Producing, trapping and controlling ultracold CaF molecules 

Constraining theories of modified gravity with atom interferometry 

Progress towards a source of cold, slow molecules for tests of fundamental physics 

Improved shot noise limit of the YbF EDM experiment 

Single quantum emitter: resonance fluorescence and emission enhancement 

Laser cooling of YbF molecules for an improved measurement of the electron electric dipole moment 

Development of a magneto-optical trap for CaF molecules 

Preparation and testing of organic dye molecules as single photon sources on a chip 

2015 - 2016

Progress towards laser cooling of BH molecules - 

Coupling single molecules to cryogenic optical fibre microcavities - 

Progress towards a more sensitive measurement of the electron electric dipole moment with YbF - Jack Devlin (2015)

Simultaneous Magneto-Optical Trapping of Ytterbium and Caesium Ruben Freytag (2015)

Investigating the Dynamics of a Bose Einstein Condensate on an Atom Chip Iain Barr (2015)

A Permanent Magnet Trap for Buffer Gas Cooled Atoms Didier Nohlmans (2015)

2013 - 2014

Measurement and Manipulation of Ultracold Bosons using Microfabricated Optics James Garvie-Cook (2014)

Trapping, transport and polarisation of ultracold lithium Aisha Kaushik (2014)

Laser cooling of CaF molecules Valentina Zhelyazkova (2014)

Production and Oscillations of a Bose Einstein Condensate on an Atom Chip - Ben Yuen (2013)

Transverse Laser Cooling of SrF Aki Matsushima (2013)

New Physics with Cold Molecules: Precise Microwave Spectroscopy of CH and the Development of a Microwave Trap - Stefan Truppe (2013)

Slow, Cold Beams of Polar Molecules For Precision Measurements - Nick Bulleid

A New Measurement of the Electron Electric Dipole Moment Using Ytterbium Fluoride - Joe Smallman (2013)

Integrated optics for coupled-cavity quantum electrodynamics Guillaume Lepert (2013)

2011 - 2012

Buffer gas cooling of YbF molecules - Sarah Skoff (2011)

Measuring the Acceleration of Free Fall with an Atom Chip BEC Interferometer - Florian Baumg盲rtner (2011)

An Integrated Optical-Waveguide Chip for Measurement of Cold-Atom Clouds - Manuel Succo (2011)

2009 - 2010

Toward an electron electric dipole moment measurement using Ytterbium Fluoride - Dhiren Kara (2010)

An Ultra-Cold Lithium Source For Investigating Cold Dipolar Gases Jacob Stack (2010)

Guiding and decelerating cold, heavy, polar molecules - Thom Wall (2010)

Atoms in Microcavities: Detection and Spectroscopy - Joanna Kenner (2010)

Integration of Magneto Optical Traps in Atom Chips - Samuel Pollock (2010)

Matter Wave Interference on an Atom Chip - Rob Sewell (2009)

Production and Stark deceleration of lithium hydride molecules - Sean Tokunaga (2009)

2007 - 2008

Integration of Optical Components and Magnetic Field Sources in Atom Chips Fernando Ramirez-Martinez (2008)

Advances in the design and operation of atom chips Isabel Llorente Garcia (2008)

Towards an improved measurement of the electron electric dipole moment - Henry Ashworth (2008)

Microcavities for atom chips - Michael Trupke

Electrodynamic Guiding and Deceleration of Polar Diatomic Molecules Richard Darnley (2007)

2005 - 2006

Measuring the electron electric dipole moment using supersonic YbF - Paul Condylis (2006)

Cold atoms trapped near  surfaces - Daniel Sahag煤n S谩nchez (2006)

Production of Cold Molecular Radicals by Laser Ablation - Torben M眉ller (2005)

Bose-Einstein Condensation in Microtraps on Videotape - Chris Sinclair (2005)

2001 - 2002

Bose-Einstein Condensation on an Atom Chip Matt Jones (2002)

Cold Atom Microtraps above a Videotape Surface - Jocelyn Retter (2002)

Measuring the electric dipole moment of the electron with YbF moleculesJonathan Hudson (2001)