New version 2.2 of TMATROM is available for download from https://t.co/dDOoMkoEJl with some updates including far field of point sources, and computing the gradient of wave function expansions.
New paper on #inverseproblem reconstructing the refractive index in complex regions from noisy far-field data. https://t.co/SYK856BWuD
@Mq_SoMaPS@MQSciEng
The Impact assessment of ARC-funded research report has been released, finding that for every $1 of research funded through the National Competitive Grants Program, $3.32 is generated for the Australian economy.
Visit: https://t.co/5RUpnBgv41
For the full report: https://t.co/a8DhF4qIbG
We are looking for a #postdoc to work with us at Macquarie University in Sydney on forward and inverse wave propagation modelling, including uncertainty quantification, Bayesian inference, machine learning algorithms and HPC. Details at https://t.co/z8IYk1lhPA
Think the sine functions nails the maths of waves? Think again — when waves scatter off objects, things get complex. Medical imaging & invisibility cloaks depend on the maths of multiple wave scattering https://t.co/oCsS5O01cj @NewtonInstitute@LukeBennettsUoA@ValeriePinfield
We really enjoyed last week's multiple wave scattering programme at the Isaac Newton Institute - especially all the ECR activitites!🧑💼📡📊
Looking forward to our next visit in February! Details here:
https://t.co/FmYDF56XtH
@NewtonInstitute#NewtonMWS2023
New v2.1 of TMATROM available from https://t.co/dDOoMko6TN and https://t.co/rLD8AQ1Jb7. Use TMATROM for the beam challenge at the #newtonMWS2023 Winter School tomorrow. @StuartCompMaths@arturgower
This workshop, on waves in complex and random media, will bring together brilliant physicists, mathematicians, and engineers to help establish: a common understanding and the available theoretical tools.