Welcome! Here you will find a few photos and bits of information on some of the projects I’ve been working on. Hopefully you’ll find this work as interesting as I do!
After several months work on both the hardware and software, I’ve finally released version 1.0 of the TRSpectrometer software. This is an open-source platform for time-resolved spectroscopy which I’ve now declared to be in a usable state, fit for public consumption. The version 1.0 includes a reference hardware design for a transient absorption (pump–probe) spectrometer, …
Light Conversion Pharos PH2-SP-10W-1mJ
A brand new Pharos laser was installed in the University of Adelaide femto lab today. It’s a pretty nice looking piece of gear manufactured by Light Conversion, and this particular model is so new it’s not even listed on their website at this moment. It emits 10 watts of 1030 nm, with a pulse duration …
Structural Modulation of the Photophysical and Electronic Properties of Pyrene-based 3D Metal–organic Frameworks Derived From S-block Metals
I’m apparently now an expert on metal organic frameworks (MOFs) with the publication of this article in CrystEngComm, DOI: 10.1039/D0CE01505A. In reality, I only worked on the spectroscopy sections — congratulations to Chris who actually touched the chemicals!
My background is in ultrafast laser spectroscopy, physical chemistry, computational chemistry, and computer science. However, my interests are varied and thus have worked in fields as diverse as software engineering, website design, and audio production.
I’ve previously spent four years as an Research Associate in the Department of Chemistry at The University of Adelaide, Australia. This was based in the laser spectroscopy lab under Associate Professor Tak W. Kee. The research group uses ultrafast laser spectroscopy to study how materials absorb light, produce excited states, and transport that energy, with a focus on organic photovoltaic applications.
The highlight of my work was the construction of a two-dimensional electronic spectrometer. This is a high-precision optical device which can observe photophysical phenomena on femtosecond time scales. The build involved all the optics and hardware layout as well as development of the software to drive it and collect and analyse the data. The spectrometer design was published in the Journal of Physical Chemistry, and outlined in this post.
I obtained my Ph.D in Chemistry in 2016 with a thesis entitled Theoretical and Spectroscopic Studies of Energy and Charge Transport in Organic Semiconductors, supervised by Tak W. Kee and David M. Huang. Chapters included spectroscopic studies of conjugated polymers, simulations of energy transport through conjugated polymer systems, and quantum mechanical modelling of singlet exciton fission/triplet fusion processes in molecular systems.
My bachelor’s degree majored in chemistry and computer science. I’ve always enjoyed computers and programming, so it’s great that my occupation is able to combine my programming and data analysis skills alongside my scientific knowledge.
|Who:||Dr. Patrick Tapping|
|Where:||Adelaide, South Australia|