ASFAP impact towards the 1st African Light Source

TL;DR

This paper discusses the impact of the African Synchrotron Light Source (ASFAP) on scientific development, infrastructure, education, and regional challenges, emphasizing its role in advancing science and technology across multiple sectors in Africa.

Contribution

It highlights the potential influence of ASFAP in fostering scientific progress, capacity building, and addressing regional challenges in Africa through advanced research infrastructure.

Findings

ASFAP can enhance scientific research capabilities in Africa.

The project supports education and capacity building in science and technology.

ASFAP contributes to addressing regional health, environmental, and industrial challenges.

Abstract

The concrete vision of having Africa as a leader sharing equivalent responsibilities and deliverables towards the global scientific societies turn out to be more obvious by time. Africa is not an exception when it comes to advanced science and technological grounds. Many challenges do exist and many others are still accumulating such as establishing cutting-edge large scale research infrastructures and institutions, reversing the brain-drain dramatic challenge, addressing local and/or regional concerns (health, environment, water, human heritage), as well as being a vehicle for industrial development and growing economy. In addition to bringing forward the African educational systems, employment status, besides the human capacity building which is alleged to be the backbone of any advanced society. Into the discussion, and besides their strong influence on education and advancing science and technology, as well as, capacity building development, are synchrotron light sources demonstrating the extensive capabilities with numerous techniques supporting a wide range of applications of basic science for instance physics, chemistry and biology, along with applied science aspects including life sciences such as biomedicine, pharmaceuticals and drug design, in addition to agriculture, environment, and air and water pollution, besides materials science and industrial applications, and energy and climate change. Furthermore, comprehensive insights can be identified and documented for cultural heritage and archaeology domains.