Computational tools are revolutionising physical chemistry research - find out how they can transform yours too! Regardless of whether you are just starting your PhD or writing your thesis, come along to a day of talks and workshops and learn how chemistry software can help you achieve your research goals.
You will have the opportunity to try out a range of software packages with expert tuition.
Linking a series of steps can be done manually by using a set of Linux pipe commands, or it can be wrapped up as a workflow where comments are used to explain the process. It is also easy to exchange or update a workflow. Furthermore, this can be achieved with a nice graphical interface, making it easy for other researchers to appreciate the contents of the workflow. Applications in physical chemistry (kinetics, simulations and real time data) will be illustrated using KNIME and related software.
You will have the opportunity to try out a range of software packages with expert tuition.
Workflows (KNIME)
Do you spend lots of time doing the same things over and over again? For example, you may collect data, transform the data file, run a program, add the results to another file, run a second program on the set of results, and then do this all over again for the next experiment. This represents a workflow.Linking a series of steps can be done manually by using a set of Linux pipe commands, or it can be wrapped up as a workflow where comments are used to explain the process. It is also easy to exchange or update a workflow. Furthermore, this can be achieved with a nice graphical interface, making it easy for other researchers to appreciate the contents of the workflow. Applications in physical chemistry (kinetics, simulations and real time data) will be illustrated using KNIME and related software.
Computer algebra (Mathematica, Maple, SymPy)
Computers can do more than numerical calculations. Symbolic computer algebra has become an essential tool on many areas when complex manipulations of equations is required, but it is also an ideal tool for exploring and checking derivations. With modern tools such as Mathematica, Maple and SymPy it also links closely to subsequent numerical evaluation and the production of suitable code.Paper writing (LaTeX and Git)
This session will provide a starter guide for everything you need to get Git and LaTeX set up on your computers, and introductions to version control and paper writing in LaTeX.- Using Git via the command line and the web interface.
- Introduction to using LaTeX on your own machine and online via the collaborative interface Overleaf.
- Aspects of paper writing, including organising sections, creating tables and figures, captions and footnotes, and referencing.