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Theoretical Physics for Technology: Master's Track Profile Overview

Explore how theory enhances application-oriented research with a focus on phenomena at a deeper level, computational interests, and the power of theoretical simulations. This track offers diverse theoretical courses, including an interactive student seminar, to develop your theoretical talents in applied physics. Customize your final-year project on a theory subject to earn a diploma annotation in Theoretical Physics for Technology.

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Theoretical Physics for Technology: Master's Track Profile Overview

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  1. “Theory for Technology” Choose your own regular TN Masters Track but Profile your theoretical interests and talents

  2. Why ? • Theory plays an increasingly large role in application-oriented research, because of • Growing knowledge of phenomena at deeper level • Rapidly increasing power of computers and modelling • Need for cost-saving predictive power • Growing number of theorists / simulators across TN department • ‘Netwerk Theoretische Fysica’ with over 15 staff theorists / simulators across all focus areas / tracks • There are always students with more theoretical / computational interests / Applied Physics

  3. What ? • You follow the regular courses of your chosen track • You select optional courses of more theoretical character • From the existing track-specific courses • From specially developed Capita Selecta Theoretical Physics • Including an ‘active’ and ‘interactive’ Theoretical Student Seminar • You choose your final-year project on a theory / simulation subject • Opportunities in all tracks and groups • You still keep room for other courses and experimental work • You get an annotation ‘Theoretical Physics for Technology’ on your Masters Diploma Supplement / Applies Physics

  4. How ? 88 ECTS • 10 ECTS for the three TN-mandatory courses • 10 ECTS for track courses with ‘theoretical character’ (listed on web) • Including most track-mandatory courses • Including 3 ECTS (preferably) from other track • 5 ECTS Capita Selecta Theoretical Physics • Flexible, max. 2 ECTS per Caput • Next years: Irreversible Statistical Physics, Theory of Liquids, Percolation and Fractals Quantum Field Theory, Collision Theory, Theory of Phase Transitions • 3 ECTS Theoretical Student Seminar • You learn to actively participate with discussion and presentation • Informal and stimulating academic atmosphere • 60 ECTS for final-year project on theory / simulation Applied Physics

  5. Questions ? • ??? • Contacts for information Peter Bobbert Herman Clercx Servaas Kokkelmans • See also websites STOOR: www.phys.tue.nl/stoor Netwerk Theoretische Fysica: www.phys.tue.nl/ntf OITN / Applied Physics

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