Theses

Towards sympathetic cooling of molecules using ultracold atoms - Caleb Rich (2023)

A sensitive horizontal atom interferometer for testing acceleration from an in-vacuum source mass - Guanchen Peng (2023)

An ultracold beam of YbF molecules for measuring the electron’s electric dipole moment - Simon Swarbrick (2023)

Towards interfacing single photons emitted from Dibenzoterrylene with rubidium ensemble quantum memories - Paul Burdekin (2023)

Collisions between laser-cooled atoms and molecules - Sarunas Jurgilas (2021)

A 2D atom interferometer accelerometer in the horizontal plane - Shane de Silva (2021)

Dibenzoterrylene as a single photon source - Ross Schofield (2021)

Buffer gas cooling and mid-infrared spectroscopy of polyatomic molecules - Julia Bieniewska (2021)

Towards a measurement of the electric dipole moment of the electron with YbF molecules - Christopher Ho (2020)

An ultracold molecular beam for measuring the electric dipole moment of the electron - Michael Trigatzis (2020)

Deep laser cooling and coherent control of molecules - Luke Caldwell (2020)

Building a sensitive atom interferometer for navigation - Xiaxi Cheng (2020)

Coupling of single organic molecules to photonic micro-structures - Sebastien Boissier (2020)

A microwave trap for atoms and molecules - Sidney Wright (2019)

An atom interferometer for measuring horizontal accelerations - Jimmy Stammers (2019)

The blue-detuned magneto-optical trap - Kyle Jarvis (2018)

Bose-Einstein condensation of photons - Jakov Marelic (2018)

Producing, trapping and controlling ultracold CaF molecules - Hannah Williams (2018)

Constraining theories of modified gravity with atom interferometry - Dylan Sabulsky (2018)

Progress towards a source of cold, slow molecules for tests of fundamental physics - James Bumby (2017)

Improved shot noise limit of the YbF EDM experiment - Isabel Rabey (2017)

Single quantum emitter: resonance fluorescence and emission enhancement - Samuele Grandi (2017)

Laser cooling of YbF molecules for an improved measurement of the electron electric dipole moment - James Almond (2017)

Development of a magneto-optical trap for CaF molecules - Moritz Hambach (2017)

Preparation and testing of organic dye molecules as single photon sources on a chip - Claudio Polisseni (2017)

Progress towards laser cooling of BH molecules - Darren Holland (2016)

Coupling single molecules to cryogenic optical fibre microcavities - Kyle Major (2016)

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)

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)

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

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

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

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)

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)‌

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

Cold atoms trapped near  surfaces - Daniel Sahagún Sánchez (2006)

Production of Cold Molecular Radicals by Laser Ablation - Torben Müller (2005)

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

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 molecules - Jonathan Hudson (2001)