With nearly two decades of expertise in the field of radiotherapy physics, she possesses a specialized focus on motion management, including surface-guided radiotherapy and breathing adaptive treatments.Her doctoral studies were focused on polymer gel dosimetry for 3D verification of dynamic radiotherapy.In the early 2000s, she obtained certification as a medical physicist from both the Swedish and Danish National Boards of Health and Welfare.Gaining international experience in Belfast, Sydney, and Copenhagen, she received in 2015 a research grant for promising young clinical researcher in Sweden.Throughout her clinical career, she has assumed a leading role in introducing motion management techniques in Sweden, such as breathing-adapted treatment and surfaceguided radiotherapy.Under her leadership, collaborative efforts involving industry, university hospital resulted in the world-leading clinical implementation of motion management technology.In 2018, she attained a career development position as an Associate University Lecturer at Lund University within the Department of Medical Radiation Physics.Since then, she has been able to dedicate even more time to activities aligned with her passions, including research, supervising doctoral and master's level students,

In the original text, Professor Basran inadvertently excluded the word ‘not’ from the sentence ‘The p-value is not the probability of this hypothesis’ in the 2nd paragraph of his opening statement. This has been addressed by Professor Basran in his Letter to the editor which further clarifies the definition ( https://doi.org/10.1007/s13246-021-01074-3 ).