MILOŠEVIĆ, Milorad

EDITORIAL BOARD

Postal Code: 2000 , Antwerp, Belgium

Date of Birth: June 30, 1977

Place of Birth: Antwerp, Belgium

• Bachelor and Master (B.Sc.-M.Sc.): University of Belgrade, Serbia, Faculty of Electrical Engineering, Department of Physical Electronics. He completed his studies from October 1995 to September 2000. His master's thesis was dedicated to quantum lasers based on nanowires.

• Doctor of Philosophy (Ph.D.): University of Antwerp, Belgium, Department of Physics. He defended his dissertation on the topic of vortex matter in heterosystems of superconductors and ferromagnets under the supervision of Professor F. Peters. Period of study: from September 2000 to July 2004.

Professional Experience

Teaching Experience:

Undergraduate:

He teaches courses on numerical methods and quantum mechanics.

Graduate:

He teaches quantum mechanics of low-dimensional systems, advanced quantum mechanics, surface physics, and computational physics.

Supervises students during internships and practical training.

Research Supervision:

Miloshevich has served as a research supervisor for 25 PhD students, many of whom now hold positions in universities and research institutions worldwide. He is currently supervising 14 doctoral students.

He has also supervised several postdoctoral fellows, many of whom have secured permanent academic and research positions.

Conference Organization:

Miloshevich has organized several international conferences and workshops on topics related to superconductivity, magnetism, and nanomaterials, including the International Conferences on Multicomponent Superconductivity and Superfluidity (MultiSuper) and the International Conference on Vortex States in Superconductors (VORTEX).

Scientific Committees:

He is a member of the editorial boards of several scientific journals, including Scientific Reports, Journal of Superconductivity and Novel Magnetism, and Condensed Matter.

He acts as a reviewer for leading scientific journals and foundations, such as Nature Physics, Physical Review Letters, ACS NANO, and others.

He participates in the evaluation of applications for various scientific agencies in Europe, Israel, China, and other countries.

Participation in International Collaborations:

He is actively involved in international scientific collaborations, working with more than 20 experimental laboratories worldwide. This collaboration is reflected in joint projects and publications in prestigious journals.

Professional Activities

Current Positions:

Professor (since 2007) at the Department of Physics, University of Antwerp, Belgium. Miloshevich holds a permanent professorship, actively engaging in both teaching and research.

Visiting Professor (since 2014) at the University of Notre Dame, USA.

Research Director at the NANOlab Center of Excellence at the University of Antwerp (since 2019).

Director of the Condensed Matter Theory Laboratory (since 2021) at the University of Antwerp.

Previous Positions:

Postdoctoral Researcher at the Department of Physics, University of Antwerp (2004–2006).

Marie Curie Fellow at the University of Bath, UK (2006–2008).

He has worked as a visiting researcher and professor at several universities, including the Federal University of Rio de Janeiro (Brazil), the University of Notre Dame (USA), Sorbonne University (France), and Argonne National Laboratory (USA).

Scientific Meetings and Conferences:

Miloshevich organizes major international scientific conferences, such as the International Conference on Superconductivity and Magnetism (ICSM) and other specialized workshops and symposia in the fields of multicomponent superconductivity and superfluidity.

Editorial and Expert Work:

He is a member of editorial boards and a guest editor for several journals, such as Scientific Reports, Superconductor Science and Technology, and New Journal of Physics, among others.

He regularly serves as a reviewer for leading scientific journals and provides expert evaluations for scientific foundations in various countries.

Scientific Interests

Multifunctional Materials:

Miloshevich specializes in the development of multifunctional materials for use in nanoelectronic devices, including first- and second-generation quantum technology devices.

These materials are intended for use in superconductivity, magnetism, metal-semiconductor hybrids, and systems based on soft and hard matter.

Quantum Technologies:

His research is focused on multilevel modeling and computations at the intersection of solid-state and condensed matter physics. These studies have applications in the development of devices for quantum computing, quantum sensors, and other areas of quantum engineering.

Modeling and Computation:

He utilizes high-performance computing to solve complex problems, such as multigrid numerical solutions of nonlinear differential equations, parallel computing with graphics processing units (GPUs), and multilevel methods.

He employs a wide range of computational tools, such as LAMMPS, Quantum Espresso, AbInit, VASP, TranSiesta, as well as specialized programs developed by his team for modeling superconductors and magnetic nanostructures.

Superconductivity and Nanostructures:

His research interests include studies of superconductivity and its applications in nanostructured devices, such as superconducting quantum interfaces, nanostructures with magnetic properties, and hybrid systems.

2D Materials and Heterostructures:

Miloshevich’s research also encompasses two-dimensional materials (2D materials) and heterostructures, which can be used in nanotechnology to create new types of electronic devices.

Electronic, Magnetic, and Optical Properties of Materials:

He conducts modeling and calculations of the structural, electronic, vibrational, magnetic, and optical properties of atomic heterostructures, which is important for designing new materials with unique properties.

Quantum Systems and Nanodevices:

Special attention is given to nanostructured superconducting devices, as well as quantum systems that play a key role in future applications of quantum computing and sensors.

Scientific Journals. Editorial Board Member

• Member of the Internationalization Council at the University of Antwerp.

• Member of the Research Council and Doctoral Committee (FADOSI) at the University of Antwerp.

• Coordinator of the international master's program in nanomaterials and materials physics (NANOMAT) at Antwerp.

• Representative of Flanders in two major EU initiatives on superconductivity and materials modeling.

International Projects

1. Project Coordination and Leadership:

   • Miloshevich is leading 17 research projects, funded by various international and national agencies, with a total annual budget of €2.17 million.
   • He coordinates projects related to the development and study of multifunctional materials for use in quantum technologies and nanodevices.

2. Funding Programs:

   • His projects are funded by European programs such as FLAG-ERA, ITN, EOS, BOF, and FWO.
   • Miloshevich is the coordinator of several projects supported by the Belgian Excellence of Science (EOS) fund. One such project focuses on magnetoelectronic heterostructures capable of changing shape and properties.

3. International Collaboration:

   • His research has a global dimension, with active collaborations with more than 20 experimental laboratories worldwide. This includes long-term projects and joint publications with laboratories in Brazil, the USA, France, China, and other countries.
   • Miloshevich's projects involve joint research conducted within European research consortia and Horizon Europe programs.

4. Participation in Major International Initiatives:

   • Since 2020, Miloshevich has been the coordinator of the FWO Research Community for Materials Modeling. This international research group focuses on developing theoretical models and computational methods for predicting the properties of new materials.
   • He is also a member of the EU Council for Superconductivity Research Coordination (CECAM Council) and represents Flanders in two international projects on quantum technologies and superconductivity.

5. Participation in Marie Skłodowska-Curie Actions (MSCA):

   • Miloshevich is a former Marie Curie Fellow and continues to actively participate in projects supporting young researchers and PhD students through MSCA and ITN programs.

National Projects

1. Projects Funded by Belgian Science Foundations:

   • Miloshevich works closely with the Research Foundation Flanders (FWO), which is a key source of funding for his research projects in Belgium.
   • He coordinates the FWO Research Community, focusing on computational materials modeling. This initiative supports research into advanced materials and their applications in nanotechnology and quantum devices.

2. National Centers and Initiatives:

   • Miloshevich is closely associated with research centers such as the NANOlab Center of Excellence in Antwerp, where he has been a research director since 2019. This center specializes in nanotechnology, and its work covers both theoretical research and practical implementation of new technologies in nanomaterials.
   • He is part of the leadership of the Flemish Supercomputing Technology Center, enabling him to use high-performance computing for modeling complex quantum and nanostructures.

3. Projects under BOF Programs:

   • Miloshevich receives support through Special Research Funds (BOF) at the University of Antwerp. These funds support his long-term research in theoretical physics and quantum technologies.
   • BOF-funded projects often aim to foster international cooperation and integrate Belgian research achievements with international initiatives.

4. Participation in Government Programs:

   • Miloshevich also works with various national science councils and foundations, such as the Belgian Science Policy (BELSPO), to secure grants for fundamental research in nanomaterials and quantum technologies.

5. Scientific Supervision and Training:

   • Within national programs, he supervises PhD students and young scientists, supporting their participation in national and international projects, thereby contributing to the development of human resources in nanotechnology and solid-state physics in Belgium.