Large amplitude Fourier transformed voltammetry: an odyssey towards more efficient data evaluation strategies, enhanced insights and innovation in dynamic electrochemistry

The project aim is to develop protocols needed to revolutionise the interpretation of dynamic electrochemical (large ac amplitude, fourier transformed) experiments. Integration of instrumental, computing and mathematical advances should allow very extensive and seemingly incomprehensible current-potential-time (frequency) data sets, derived from complex combinations of electron transfer, mass transport, resistance and capacitance terms, to be unraveled into more readily recognizable images. The roadmap to innovation will be interfaced to applications relevant to biologically important molecules, ionic liquids, materials science and electroanalytical chemistry. The expected outcome is extensive electrochemical insights of fundamental and applied importance.