ASESMANET Africa–Europe Mobility Call 2026
The programme supports Africa-based researchers in electronic structure, atomistic simulations, computational chemistry, materials science, and molecular modeling (including biophysics) to undertake research visits at host institutions in Europe in 2026 (latest start: October 2026).
Funding covers: international travel, accommodation, and living allowance.
ASESMANET visits are possible thanks to the generous support of ICTP, CECAM, the Psi-k Network, NCCR MARVEL, and the Fritz Haber Institute of the Max Planck Society.
Who can apply: lecturers, postdoctoral researchers, and advanced PhD students based in Africa. Women scientists are strongly encouraged to apply.
Deadline: April 10, 2026
Submit applications to: asesmanet@ug.edu.gh
For full application instructions, download the call announcement here.
ASESMANET Intra-Africa Mobility Call 2026
We are pleased to announce the ASESMANET Intra-Africa Mobility Call 2026, an initiative of ASESMA.
The programme supports Africa-based researchers working in electronic structure, atomistic simulations, computational chemistry, materials science, and biophysics to undertake research visits (minimum two months) in another African country, starting in 2026 (latest start: October 2026).
Funding covers: travel, accommodation, and living allowance.
ASESMANET visits are possible thanks to the generous support of ICTP, CECAM, the Psi-k Network, NCCR MARVEL, and the Fritz Haber Institute of the Max Planck Society.
Who can apply: lecturers, postdoctoral researchers, and advanced PhD students based in Africa.
Women scientists are strongly encouraged to apply.
Application deadline: April 10, 2026
Submit applications to: asesmanet@ug.edu.gh
View and download ASESMANET Intra-Africa Mobility - Call for application
Closing date: 31 May 2025
For enquiries, please contact Prof. R.A. Harris. Email꞉ harrisra@ufs.ac.za
The Department of Physics at the Bloemfontein Campus is offering a full-time, two-year Postdoctoral Fellowship focused on research into the toxicity of graphene and carbon-based nanomaterials, using computational chemistry and computer simulations.
For more information, please follow the link below: