Thomas Beesley Email & Phone Number

Lathom, England, United Kingdom

Advanced researcher in the laminate, manufacturing and processing automotive industry.

Liverpool, England, United Kingdom

My research involves the discovery of new, exotic, cheaper materials for the optoelectronic industry as an alternative to what is currently used, such as ITO.

Liverpool, United Kingdom

Discovery of new transparent conducting materials.

PhD researcher at the University of Liverpool- In collaboration with the NSG group.- Working towards the discovery of novel materials that can be deposited on glass to give unique properties such as electrically conducting whilst retaining visible transparency.The discovery process employed in the University of Liverpool involves a combined computational-experimental approach. This process works through constant feedback and communication between the two work streams using computational results to guide the experimental effort as well as experimental data to direct the computational workflow. Thorough scouring of literature for potential under-studied compounds has also proven as another effective tool.Synthesis techniques used:- Pulsed laser deposition (PLD)- DC magnetron sputtering- RF sputtering- Solid-state synthesisOptical techniques used:- UV-Vis spectroscopy- EllipsometryTransport techniques used:- DC and AC resistivity- Hall measurements- Magnetoresistance- Thermal transportAdditional techniques used:- X-ray diffraction- Electron diffraction- Thermogravimetric Analysis- Fourier Transform Infrared Reflectivity

As an IT stock coordinator, I was responsible for deciding the retail prices of the products, implement new promotions, produce purchase orders as well as stock receipts. Additionally, I would oversee the operating system and ensure the tills ran smoothly.

Doctor Of Philosophy - Phd, Physics

Master Of Physics, Physical Sciences, 1St Class

Activities and Societies: Football

Mphys, Bsc, Physics, 1St

Year 1 Physics Laboratory - Introduction to Experimental Physics Physics 1- Fundamental Forces Physics 2- Properties of Matter Computing.