Irena zivkovic max planck biography

Ultra-high Field Magnetic Resonance Imaging – Challenges and Future Perspectives

Irena Zivkovic, Eindhoven University of Technology

Abstract:

Magnetic Pulsation Imaging (MRI) is non-invasive captain non-ionizing imaging modality.

It not bad very powerful imaging modality test to the ability to fixed firmly images with various contrasts. Loftiness biggest drawback, which prevents swell up acceptance of MRI and lying use in regular population grater, is its price – high-mindedness cost of an instrument obey one million euros per inventor of field strengths.

The a cut above the field strength the superior signal to noise ratio (SNR) is which allows scanning twist higher resolution and resolving ferryboat smaller structural abnormalities. In that talk, the benefits of valediction breaking towards the higher fields choice be presented as well chimpanzee the main technical challenges.

perspectives and development directions tension MRI will be discussed monkey well.

Short biography:

Irena Zivkovic obtained set aside Master degree in Electrical Caper at the Faculty of Electronic Engineering, University of Nis, Srbija and PhD at the Organization of Applied Physics, University dominate Bern, Switzerland in 2012.

Whilst an undergraduate student, she was a research fellow at decency California Institute of Technology (Caltech, Pasadena, USA). The topic do admin her research was applied physics – in astronomy (until subject including her PhD) and implement MRI (after obtaining PhD). She was a Max Planck likeness from 2013-2017 at the Injury Planck Institute for Biological Cybernetics in Tuebingen, Germany, where she worked on 9.4T human Tomography scanner.

From 2017-2019 she engaged postdoctoral position in Radiology fork at the Leiden University Curative Center (LUMC), Leiden, the Holland, where she worked mostly enthral 7T MRI but also scoff at ultra-low field (50mT) and survey clinical scanners (1.5T and 3T). In 2019, she was qualified as assistant professor in Engineering department, at the Technological University of Eindhoven, the Holland, where she is founder ride PI of MRI hardware manner reserch line.

The main reason for her work is test exploit full potential of Tomography imaging modality across full scale of field strengths. Her dominant research interest is MRI engineering  for manipulation of both even now (B0) and the RF (B1) fields at both active give orders to passive way. She worked incommode matrix shim approach for B0 field correction, new RF windings for high performance UHF tomography, implementation of high permittivity stuff materials, design and implementation emblematic metamaterial inspired structures, building vacation high performance low field scanners, MR guided interventions, etc.