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Anyone can be a "maths person". Check out my discussion with the Education Hub about what mathematics is, and when we know we are using it.

Melissa Tacy

Department of Mathematics,

University of Auckland.

I work in the intersection of microlocal, semiclassical and harmonic analysis. Key problems I am interested in are:

  • How do high energy solutions to PDE and pseudodifferential equations behave? What kind of concentration properties do they display? Typically these kinds of problems involved proving a growth bound for a function norm.

  • How do these concentration properties fit in with the theories and hypothesis of Quantum Chaos?

  • How can we use growth bounds for solutions to obtain mapping norm estimates for classical harmonic analysis operators (such as Bochner-Riesz means)?

  • How can we use Fourier integral operators to produce effective analysis/synthesis systems?

  • How do random waves behave, what can we expect at a small scale?

Research Projects

Concentration properties of solutions to high energy PDE and connections to quantum chaos. 

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Bochner-Riesz means and harmonic analysis

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Small scale structure of random waves

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See more numerics by Alex Barnett

FIOs for efficient analysis/synthesis systems

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