Physics of Life

Specialization within Master of Physics

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In a coordinated hiring initiative, we have assembled a team of internationally renown researchers in Biophysics. The Faculty of Physics has declared this rapidly expanding field as one of its focus areas, and offers a special curriculum to motivated Master students. Depending on the interests and skills, this curriculum offers various options and combinations of courses: Students seeking a casual introduction to Biophysics are equally welcome as those wanting to become experts in Nanobiotechnology.

Biophysics courses summer term 2024

Lectures in upcoming semesters

Winter term 2024/25

Research groups

Braun Group
Systems biophysics, molecular evolution
Frey Group
Theoretical biophysics
Heuer-Jungemann Group
DNA hybridnanomaterials
Jungmann Group
Molecular physics of life
Liedl Group
DNA nanotechnology
Lohmüller Group
Bioplasmonics, optics and thermooptics, photonics on membranes
Rädler Group
Soft matter physics
Rulands Group
Theoretical biophysics and artificial intelligence
Sabass Group
Cell biophysics and statistical physics
Serwane Group
Mechanobiology, neuronal networks
Schwille Group
Cellular and molecular biophysics

Emeriti

Hermann Gaub
Wolfgang Zinth

Curriculum & Rules

Molecular Biophysics & Statistical Physics Research Page

Read more

Regular lectures (6/9 ECTS)

Regular lectures are offered at least once in a 2-year cycle and while it is better to take them in below sequence, this is not always possible. This can be compensated by browsing through the published slides of the previous lectures.

  • BPZ – Biophysics of the cell (3+1) 6 ECTS
    Architecture of cells, lipid membranes, signal transmission through nerves, bio-energetics, photo-biophysics, molecular recognition
  • BPM – Biophysics of molecules (3+1) 6 ECTS
    Mechanics of Molecules: Basics of polymer physics, Bio-Rheology, Cytosceleton, Molecular Motors, Muscles, Organisation of the Genome / Chromatin
  • BPS – Biophysics of systems (3+1) 6 ECTS
    Evolution, Pattern formation, Enzyme kinetics, Cell-cell communication, Chemotaxis, Gene regulation, Biochemical networks, synthetic biology
  • BPND – Nonlinear dynamical systems in physics and biology (4+2) 9 ECTS
    Introduction to the theory of nonlinear dynamical systems covering the emerging phenomena, the methods of analysis, and a broad spectrum of applications. (Stability analysis, Bifurcations, Limit Cycles, Index Theory, Normal Forms)
  • SMP - Soft matter physics (3+1) 6 ECTS
    The course covers the physics of soft condensed matter, colloids, polymers, liquid crystals and active matter, with focus on examples from biological physics. Students should be part of the physics masters programm. Basic knowledge in undergraduate physics, in particular statistical physics is required.
  • BPSP – Stochastic processes in physics and biology (4+2) 9 ECTS
    Introduction to the theory of stochastic processes and nonequilibrium statistical physics with many examples drawn from different areas of physics and biology (Brownian Motion, Master equation, Stochastic differential equations, Fokker-Planck equations, Linear-Response Theory, Fluctuation-dissipation theorem)

3+1 means 3 SWS ("Semesterwochenstunden", "semester hours per week") lecture + 1 SWS tutorial

Special lectures

The following lectures are offered at irregular intervals and can be taken in any sequence.

  • Theoretical molecular biophysics
    Theoretical basics and practical application of simulation techniques for biomolecules
  • Evolutionary dynamics and Darwinian DNA machines
    Seminar on the basics of molecular evolution
  • Pattern formation and development of multicellular organisms
    Introduction to biophysical models of embryonic and cellular development
  • Programming course in LabView and modelling in FEMLab for biophysicists
    Hands on course on programming experimental setups with Labview and finite element modelling
  • Theory of brain function
    Starting at the neuron and passing small neuronal assemblies we arrive at the organization and function of the cortex

Seminars (3 ECTS)

Many of the lectures offer accompanying seminars. In addition, seminars on biophysics topics are offered on a regular basis to get students in touch with current topics in the field and get in touch with groups for possible Master thesis in biophysics. The aim is to get students in touch with the most recent literature in the field.

Lab classes (6/9/12 ECTS)

Biophysics lab classes take typically place only during the first weeks of the summer semester break. They are organized in a consecutive way and build up hand-on skills step by step.

Find information on the lab course website.

Requirements for the LMU Biophysics Master Certificate

The requirements for the biophysics certificate are 18 ECTS Biophysics lectures and 6 ECTS from either seminar or lab classes by one of the biophysics professors in conjunction with a master thesis supervised by one of the biophysics professors.

After you have fulfilled the curriculum you may request the certificate at the Examination Office.

For the compulsory lectures we have no strict recommendations but advanced statistical physics (9 ECTS) and advanced solid-state physics (9 ECTS) seem to be a natural choice to supplement biophysics. For the elected lectures, we recommend the experimental lectures BPM, BPZ, and BPS (at best, but not necessary in this order), and at least one of the theoretical lectures BPND and BPSP. We recommend however for a really profound biophysics education to add 9 ECTS in lectures on related topics and 3 ECTS in seminar/ lab class.

Colloquia and group seminars

Archive

Overview of lectures and seminars from previous years

Archive (since 2010)

Winter term 2023/24

  • Lecture: Advanced Methods for the Physics of Early Evolution (Braun)
  • Lecture: Biophysics of Systems (Braun)
  • Lecture: Geometry in Soft Matter Physics and Biophysics (Frey)
  • Lecture: Theoretical Soft Matter and Active Matter Physics (Sabaß)
  • Lecture: Machine learning for active and biological systems (Rulands)
  • Lecture: Collective Phenomena in non-equilibrium Systems (Rulands)
  • Seminar: Mechanics of biological systems (Serwane)
  • Seminar: Physics of Early Life (Braun)
  • Oberseminar: Current Issues in DNA Nanotechnology (Liedl)

Summer term 2023

  • Lecture: Biophysics of the Cell (Tuesday 10 - 12, Thursday 12 -13, Liedl, Jungmann)
  • Tutorial: Biophysics of the Cell (Thursday 12 - 13, Liedl, Jungmann)
  • Seminar: Physics of Neuronal Systems (Physics of Neuronal Systems (Tueday 10 - 12, Serwane)
  • Lecture: Non-equilibrium physics of machine learning (Tuesday 10 - 12, Wednesday 10 - 12, Rulands)
  • Seminar: Physics of Early Life (Friday 12:30 - 14, Braun)
  • T_M1: Advanced Statistical Physics (Monday 10 - 12, Friday 10 -12, Frey)
  • Lecture F, T6: Network Theory: Topology, Stochastic Dynamics, and Applications (Tuesday 8 - 10, Wednesday 10 - 11, Sabaß)
  • Tutorial F, T6: Network Theory: Topology, Stochastic Dynamics, and Applications (Wednesday 11 - 12, Sabaß)
  • Blockpraktikum: Das Biophysikblockpraktikum findet in den Sommersemesterferien vom 14.August - 1.September 2023 statt. (application: soon until 24.7.2023)

Winter term 2022/23

  • F, T6: Stochastic Dynamics of Particles and Fields (Thu, Fri 12.00, Frey, Angerpointner, Striebel)
  • Central Tutorial/Zentralübung zu F, T6: Stochastic Dynamics of Particles and Fields (Wed 12.00, Frey, Angerpointner, Striebel)
  • Exercise classes/Übungen zu F,T6: Stochastic Dynamics of Particles and Fields (Wed 14.00, Thu 14.00, Fri 10.00, Fri 14.00, Frey, Angerpointner, Striebel)
  • Engineering Life (Thu 17.00, Frey, Rädler, Braun, Liedl, Broedersz)
  • Oberseminar zu aktuellen Fragen der DNA Nanotechnologie (Wed 9.30, Liedl)
  • Biophysics of Molecules (Mo 14.00, Tue 16.00, Rädler)
  • Übungen zu Biophysics of Molecules (Tue 17.00, Rädler)
  • F, T6: Theoretical Soft and Active Matter Physics ( Tue 8,00, Wed 14.00, Sabaß)
  • Übungen zu F, T6: Theoretical Soft and Active Matter Physics (Wed 15, Sabaß)
  • Mechanics of biological systems (Tue 10.00, Serwane)

Summer term 2022

  • Blockpraktikum: Das Biophysikblockpraktikum findet in den Sommersemesterferien vom 16.August - 2.September 2022 statt.

Winter term 2021/22

  • Seminar Physics of Membranes and mRNA Lipid Nanoparticles (Tue 16.00 - 18.00, hybrid (presence + zoom), Rädler)
  • Seminar Mechanics of Biological Systems (Tue 8.00 - 9.30, online via Zoom, Serwane)
  • Biophysics of Systems (Mo 14.15 - 16.00, Braun)
  • Tutorials Biophysics of Systems (Mo 16.15 - 17.00, Braun)
  • Seminar Physics of Early Evolution and the Emergence of Life (Fri 12.30 - 14.00, Braun)
  • TE2: Stochastic Dynamics of Particles and Fields (Thu, Fri, 12.15 - 14.00, Frey)
  • Central Tutorial Stochastic Dyamics of Particles and Fields (Wed 12.15 - 14.00, Frey)
  • Excercise classes Stochastic Dynamics of Particles and Fields (Wed 14.15 - 16.00, Thu 14.15 - 16.00, Fri 10.15 - 12.00 and 14.15 - 16.00, Frey)
  • F,T6: Theoretical Soft Condensed Matter Physics (Tue 14.15 - 16.00, Sabaß)

Summer term 2021

  • Biophysics of Macromolecules (Tue 10 - 12, Thu 12 - 14, online via Zoom, Lipfert)
  • Soft Matter Physics (Mo 14 - 16, Tue 14 - 16, online via Zoom, Rädler)
  • Einführung in die Biophysik (Bachelor) (Mo 14 - 16, online via Zoom, Liedl)
  • Emergence of Life in the Universe (Fr 8.30 - 12, online via Zoom, Braun)
  • Computational Methods for Molecular Evolution (Thu 14 - 16, online via Zoom, Braun)
  • Single Molecule Approaches to Biology (Di 10 - 12, online via Zoom, Jungmann)
  • Self-Organization and Pattern Formation (Wed 10 - 12, Thu 10 - 12, online via Zoom, Frey)
  • Biophysics of Neuronal Systems (Tue 8 - 10, online via Zoom, Serwane)
  • Blockpraktikum: Das Biophysikblockpraktikum findet in den Sommersemesterferien vom 16.August - 3.September 2021 statt. << (please apply before 31th of July! )

Winter term 2020/21

  • TE2: Stochastic Dynamics of Particles and Fields (Tue 10 - 12, Wed 12 - 14, online via Zoom, Frey)
  • TE2: Stochastic Dynamics of Particles and Fields - Central Tutorial (Mo 12 - 14, online via Zoom)
  • TE2: Stochastic Dynamics of Particles and Fields - Exercise Classes
  • Stochastic Processes and Networks in Biology (Tue 16 - 18, online via Zoom, Frey, Sabaß)
  • Mechanics of Biological Systems (Tue 8 - 10, online via Zoom, Serwane)
  • Biophysics of Systems (Mo 14 - 17, online via Zoom, Braun)
  • Physics of Early Evolution (Fr 12 - 14, online via Zoom, Braun)

Summer term 2020

  • Biophysics of Macromolecules (Tue 10 - 12, Thu 12 - 14, online via Zoom, Lipfert)
  • Soft Matter Physics (Tue 14 - 16, Thu 14 - 15, online via Zoom, Rädler)
  • Physics of Early Evolution (Fr 10 - 12, online via Zoom, Braun)
  • Physics of the Emergence of Life (Fr 12 - 14, online via Zoom, Braun)
  • Emergence of Life in the Universe: Planet formation, Chemistry of Life and Nonequilibrium for Evolution (Mo 14 - 17, online via Zoom, Braun, Hutchison, Trapp)
  • Ergänzung zur Vorlesung "Emergence of Life in the Universe: Planet formation, Chemistry of Life and Nonequilibrium for Evolution (location and time to be confirmed; Braun, Hutchison, Trapp)
  • Theoretical Biophysics (Thu 14 - 16, online via Zoom, Broedersz, Frey)
  • Advanced Statistical Physics (Mo 10 - 12, Fri 10 - 12, online via Zoom, Frey)
  • Single Molecule Approaches to Biology (Tue 14 - 15, online via Zoom, Jungmann)
  • Stochastic networks (Tue 8 - 10, Thu 8 - 9, online via Zoom, Sabaß, Frey)
  • Blockpraktikum: Das Biophysikblockpraktikum findet in den Sommersemesterferien vom 17. August - 4.September 2020 statt.

Winter term 2019/20

  • Physics of Biological Membranes (Tue 16 - 18, Kleiner Physiksaal N020, Rädler)
  • Master Seminar Mechanobiology (Gaub, Veigel, Bauer, Sedlak)
  • Biophysics of Systems (Mo 14 - 16, Kleiner Physiksaal N020, Braun)
  • Übungen zu Biophysics of Systems (Mo 16.45 - 17.30, Kleiner Physiksaal N020, Braun)
  • Physics of Early Evolution (Fr 10 - 12, Kleiner Physiksaal N020, Braun)
  • Seminar zu aktuellen Fragen aus der Systembiophysik und des Lebensursprungs (Wed 9.30 - 11.15, Seminarraum AG Braun, Braun)
  • Theoretical Biophysics (Thu 14.00 - 16.15, Broedersz, Frey)
  • TE2: Stochastic Dynamics of Particles and Fields (Tue 10 - 12, Wed 12 - 14, Theresienstr. 37, A348, Frey)
  • TE2: Stochastic Dynamics of Particles and Fields - Central Tutorial (Mo 12 - 14, Theresienstr. 37, A348, Frey)
  • TE2: Stochastic Dynamics of Particles and Fields - Exercise Classes (Theresienstr. 37, Frey)

Summer term 2019

  • Einführung in die Biophysik - Bachelor (Kl. Physik Hörsaal, N020, Mo 14:15-16:15, Gaub)
  • Biophysics of Macromolecules - Tuesdays 10:15 - 12:00 (Kleiner Physik-Hörsaal, N020), Thursdays 12:15 - 14:00 (Kleiner Physik-Hörsaal, N020)
  • Soft Matter Physics -(Seminarraum N110, Mondays 14.15 - 16.00, Kl. Physik Hörsaal N020, Tuesdays 14.15 - 16.00, Rädler)
  • Blockpraktikum: Das Biophysikblockpraktikum findet in den Sommersemesterferien vom 12. August - 6.September 2019 statt.

Winter term 2018/19

  • Biophysics of Systems (Kl. Physik Hörsaal N020, Mo 14.15-17.00, Braun)
  • Master Seminar: Mechanobiology, Prof. Hermann Gaub, Prof. Claudia Veigel, Organisation: Dr. Carleen Kluger
  • Potenzielle Bachelorarbeitsthemen (Seminar Room LSGaub, Rädler, Liedl, Lipfert, Nickel, Opitz, Paulitschke)
  • Programming Labview and Simulating with Comsol
  • Seminar: Physics of the Emergence of Life
  • TMP-TE1: Soft Condensed Matter Physics
  • TMP-TE2: Stochastic Processes in Physics and Biology

Summer term 2018

  • Einführung in die Biophysik (Kl. Physik Hörsaal, N020, Mo 14:00-16:15, Gaub)
  • E3-E3p Elektromagnetische Wellen (Gr. Physik Hörsaal, N120, Mo 8.15 - 9.45, Do 12.15 - 13.45, Rädler, Nickel)
  • Einführung in die Biophysik (Kl. Physik Hörsaal N020, Mo 16:30-17:00, Gaub, Milles, Kluger)
  • Blockpraktikum: Das Biophysikblockpraktikum findet in den Sommersemesterferien vom 30. Juli - 23. August 2018 statt.

Winter term 2017/18

  • Potenzielle Bachelorarbeitsthemen (Seminar Room LSGaub, Rädler, Liedl, Lipfert, Nickel, Opitz, Paulitschke)

Summer term 2017

  • Einführung in die Biophysik (Kl. Physik Hörsaal, N020, Mo 14:00-16:15, Gaub)
  • Biophysics of Macromolecules (Kl. Physik Hörsaal, N020, Di 10:15-12:00, Do 12:15-14:00, Lipfert, Jungmann)
  • Einführung in die Biophysik (Kl. Physik Hörsaal N020, Mo 16:30-17:00, Gaub, Milles, Bauer)
  • Blockpraktikum: Das Biophysikblockpraktikum findet in den Sommersemesterferien vom 14. August - 1. September statt.

Winter term 2016/17

Lectures

  • Biophysics of the Cell (Kl. Physik Hörsaal N020, Mo 14:00-16:00, Gaub)
  • Biophysics of Systems (Kl. Physik Hörsaal N020, Fr 08:45-10:00, Braun)
Seminars
  • Potenzielle Bachelorarbeitsthemen (Seminar Room LSGaub, Rädler, Liedl, Lipfert, Nickel, Opitz, Paulitschke)
  • Biophysics of the Cell (Kl. Physik Hörsaal N020, Mo 16:00-17:30, Gaub, Milles, Bauer)
  • Soft Matter and Biological Physics (Kl. Physik Hörsaal N020, Di 12:00-14:00, Frey, Liedl, Rädler, Gaub, Braun, Lipfert, Broedersz)
Colloquium
  • Science rocks! (every second Thursday at 17:45 in the seminar room N110)
  • Lunch Seminar: Soft Matter and Biophysics (Tue 12.15, kl.Phys. HS, N020)
  • Kolloquium des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020)

Summer term 2016

Lectures

  • Biophysics of Macromolecules - Overview (N020 Kleiner Physik-Hörsaal, Tue 10-12, Thurs 12-14, Rädler, Lipfert)
  • Advanced Statistical Physics (Room B052, Theresienstr. 37, Mo 10-12, Fr 10-12, Frey)
  • Soft Matter Physics (Room A348/349, Theresienstr. 37, Wed 10-12, Thurs 10-12, Broedersz)
  • Microbiology for Physicists (Room N110, Seminar room Rädler, Mo 8-10, Madeleine Opitz)
  • Einführung in die Biophysik (für Bachelorstudenten, Schellingstraße 4, H030 Physik, Mo 14-17 Uhr ct, Liedl)
Seminars
  • Physics of Evolution ( Room D Z001, Do. 14.15-15.45, Braun)
  • Microbiology for Physicists (Room N110, LS Rädler, Fr 13-15, Madeleine Opitz)
Colloquium
  • Science rocks! Interdisziplinäres Kolloquium der Münchner Nanowissenschaften (Do 17:45-19:15, N110, Liedl & Höegele)
  • Lunch Seminar: Soft Matter and Biophysics (Di 12:00, N110, Liedl, Rädler, Frey, Gerland)
  • Kolloquium des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020)

Winter term 2015/16

Lectures

  • Biophysics of Systems (Master) (H 537, Schellingstr. 4, 5th floor , Mo, 12:30 - 16:00, Braun)
  • Stochastic Processes in Physics and Biology (A348/349, Theresienstr. 37, Mi, 10:15 - 12:00, Do 12:15 - 14:00, Frey)
  • Programming in LabView and Simulating in FEMLab (Kl. Phys. Hörsaal H020, Fr 10:15-11:45, Braun)
  • Biophysics of the Cell (Kl. Physik Hörsaal H020, Mo 14:00-16:00, Gaub)
Seminars
  • Seminar zu aktuellen Fragen aus der Physik weicher Materie (N110 Altbau Physik , Mi, 13:00 - 14:00 Uhr, Madeleine Opitz)
  • Physics of Evolution (H206 Schellingstr. 4 (2nd Floor), Fr. 12:15-14:00, Braun)
  • Potenzielle Bachelorarbeitsthemen (Seminar Room LSGaub, Rädler, Liedl, Lipfert, Nickel, Opitz, Paulitschke)
  • Biophysics of the Cell (Kl. Physik Hörsaal H020, Mo 16:00-17:30, Gaub, Milles, Bauer)
Colloquium
  • Science rocks! Interdisziplinäres Kolloquium der Münchner Nanowissenschaften (Do 17:45-19:15, N110, Liedl & Höegele)
  • Lunch Seminar: Soft Matter and Biophysics (Di 12:00, N110, Liedl, Rädler, Frey, Gerland)
  • Kolloquium des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020)

Summer term 2015

Lectures

  • Biophysics of Macromolecules – Overview N020 Kleiner Physik-Hörsaal, Mo, 12:15-15:00, Mo, 15:15-16:00, Braun, Lipfert
  • LabView and Femlab for (Bio)Physicists – Overview , E7 (Schellingstr. 4), Fr, 10:15-12:00
  • Molecular Gadgets and Force Spectroscopy, Seminarraum LS Gaub, Mo 14:00-17:00
Seminars
  • Physics of Evolution HU123 Schellingstr. 4 (im Keller), Fr. 12.15-14.00, Braun
  • Experimental Methods in Biophysics – Overview Seminar room LS Rädler, N110, Mi,15:15 - 17:00, Rädler, Lipfert, Pippig
  • Soft Matter and Physics of the Living Cells – Overview Seminar room LS Rädler, N110, Di, 16:00-18:00 Uhr, Rädler, Nickel
  • Experimentelle Biophysik, Oberseminar, 2stündig, Mo 10:30 - 12 Uhr s.t., Seminarraum LS Gaub
Colloquia
  • Science rocks! Interdisziplinäres Kolloquium der Münchner Nanowissenschaften (Do 17:45-19:15, N110, Liedl & Höegele)
  • Lunch Seminar: Soft Matter and Biophysics (Di 12:00, N110, Liedl, Rädler, Frey, Gerland)
  • Kolloquium der Fakultät für Physik und des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020)

Winter term 2014/15

Lectures:
Biophysics of the Cell (Do 14-18, Kl. Phys. HS, Rädler & Liedl)
Biophysics of Systems (Mo 12-16, Schellingstr. 4, H 537, Braun)
Stochastic Processes in Physics and Biology (Di 16-18, Fr 12-14, Theresienstr. 39 B-139, Frey)
Theoretische Grundlagen und Methoden der Molekularen Biophysik (Di 14-16, Do 16-18, Schellingstr. 4, H206, Mathias)
Statistical modeling and Machine Learning (Thur 15:00-18:00h, Room A 4.01 at the Gene Center)
E1: Mechanik für Bachelor, Bachelor plus, Lehramt Gymnasium, Bachelor mit Nebenfach Experimentalphysik, Di 10 - 12 Uhr c.t., Fr 10 - 12 c.t., Großer Physiksaal (N 120)

Seminars:
Potenzielle Bachelorarbeitsthemen (Seminar Room LSGaub, Gaub, Liedl, Lipfert)
Physics of Evolution (Fr 12.30-14.00, Schellingstr. 4, H206. Braun)
Aktuelle Literatur zur Einzelmolekülbiophysik (Gaub)
Anwendungen moderner spektroskopischer Methoden (OET, 14-18, Zinth)
Experimentelle Biophysik, Oberseminar, 2-stündig, Mo 10:30-12 Uhr s.t., Seminarraum LS Gaub, Amalienstr. 54,

Colloquia:
Science rocks! Interdisziplinäres Kolloquium der Münchner Nanowissenschaften (Do 17:45-19:15, N110, Liedl & Höegele)
Lunch Seminar: Soft Matter and Biophysics (Di 12:00, N110, Liedl, Rädler, Frey, Gerland)
Kolloquium der Fakultät für Physik und des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020)

Summer term 2014

>> Biophysics Summer Lab Course 4.8.-22.8.2014 << (please apply before 19th of July! )

Lectures:
Biophysics of Macromolecules (Rädler + Lipfert)
Einführung in die Biophysik (Zinth)
Theoretical Biophysics (Frey)
Biophysics of the Cellulosome, 3-stündig, Mo 14-17 Uhr c.t., Amalienstr. 54, Seminarraum LS Gaub

Seminars:
Physics of Evolution (Braun)
Computational Methods in Biophysics (Zan + Klaus Schulten)
Aktuelle Literatur zur Einzelmolekülbiophysik (Gaub)

Colloquia:
Science rocks! Interdisziplinäres Kolloquium der Münchner Nanowissenschaften (Do 17:45-19:15, N110, Liedl)
Lunch Seminar: Soft Matter and Biophysics (Di 12:00, N110, Liedl, Rädler, Frey, Gerland)
Kolloquium der Fakultät für Physik und des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020, Hennig)

Winter term 2013/14

Lectures:
Biophysics of the Cell (fällt leider aus!)
Theorie der Hirnfunktion (Di, Do 14-16, Schellingstr. 4, H 537, Tavan)
Soft condensed matter physics (Do 14-16, N110, Rädler, Nickel)
Mikrobiologie für Physiker (Mo 8.15-10, Theresienstr. 37, A249, Leisner)
Statistical modeling and Machine Learning (We 15:00-18:00h, Room A 4.01 at the Gene Center)

Seminare:
Oberseminar: Ultrakurzzeitspektroskopie (Di 10.30-12, Oettingenstr. 67, OET L155, Zinth/Riedle)
Aktuelle Probleme der Theoretischen Biophysik (Fr. 10-12, Oettingenstr. 67, OET L046, Tavan)
Aktuelle Literatur zur Einzelmolekülbiophysik (Gaub)
Oberseminar: Experimentelle Biophysik, Oberseminar, 2 stündig, Mo 10:30 - 12 Uhr s.t., Seminarraum LS Gaub

Colloquia:
Science rocks! Interdisziplinäres Kolloquium der Münchner Nanowissenschaften (Do 17:45-19:15, N110, Liedl)
Lunch Seminar: Soft Matter and Biophysics (Di 12:00, N110, Liedl, Rädler, Frey, Gerland)
Kolloquium der Fakultät für Physik und des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020, Hennig)

Summer term 2013

Biophysics of the Cell (Di, 14-17.30, N020, kleiner Physikhörsaal, Liedl, Lohmüller & Braun)
Systems Biophysics with Seminar (Mo 12.00-17.00, H030, Rädler & Tavan)
Advanced Statistical Physics (Statistical Physics II) (Mo 10.15-12, Fr. 10.15-12, Frey)
Nonlinear Dynamics (Di 10-12, Fr 12-14, Sommerfeld Center A348/349, Theresienstr. 37, Gerland)
Programming in LabView and Simulating in FEMLab (Kl. Phys. Hörsaal, Fr 12.15-14.00, Braun)
Mikrobiologie für Physiker (Mo 8.15-10, Theresienstr. 37, Raum A348, Leisner)

Seminars:
Aktuelle Probleme der Theoretischen Biophysik (Fr. 10.15-12, Oettingenstraße 67(L) L0.46, Tavan)
Theoretische Grundlagen der Molekularen Biophysik (Di 12.15-14, N 020 Kl. Physik-Hörsaal, Tavan)

Colloquia:
Science rocks! Interdisziplinäres Kolloquium der Münchner Nanowissenschaften (Do 17:45-19:15, N110, Liedl)
Lunch Seminar: Soft Matter and Biophysics (Di 12:00, N110, Liedl, Rädler, Frey, Gerland)
Kolloquium der Fakultät für Physik und des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020, Hennig)

Winter term 2012/13

Biophysics of Molecules (Mo 12.30-16, Schelling 4, H537 5th floor, Braun & Liedl)
Stochastic Processes in Physics and Biology (Mo 14.15-16, Mi 14.15-16, Theresienstr. 37, A348, Frey)
Theoretische Grundlagen der Molekularen Biophysik (Di 14.15-16 H030 Gr. Physik-Hörsaal, Do 14.15-16, N020, kl. Phys., Tavan)
Biophysics of the Cellulosome (Probably Mo 14.15-17, Seminarraum LS Gaub, Gaub)
Mikrobiologie für Physiker (Mo 8.15-10, Theresienstr. 37, A249, Leisner)

Seminare:
Aktuelle Probleme der Theoretischen Biophysik (Fr. 10.15-12, Oettingenstraße 67(L) L0.46, Tavan)
Anwendungen moderner spektroskopischer Methoden (Mo 9.15-12, Oettingenstraße 67(L) L0.46, Zinth)
Theoretische Grundlagen der Molekularen Biophysik (Di 12.15-14, N 020 Kl. Physik-Hörsaal, Tavan)

Colloquien:
Science rocks! Interdisziplinäres Kolloquium der Münchner Nanowissenschaften (Do 17:45-19:15, N110, Liedl)
Lunch Seminar: Soft Matter and Biophysics (Di 12:00, N110, Liedl, Rädler, Frey, Gerland)
Kolloquium der Fakultät für Physik und des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020, Hennig)

Summer term 2012

Biophysik der Zelle (Di 14-17.30, H030, Braun, Gerland, Rädler,Liedl)
Einführung in die Biophysik (Mo 14-18, Zinth)

Seminar:
Spektroskopische Methoden der molekularen Biophysik (Mi 10-12, Oettingenstr. 67, L 046, Zinth)
Physics of Evolution (Mi 12-14, Schellingstr. 4, U123, Braun)

Weitere Seminar/Vorlesungen:
Rädler-Homepage
BMO-Homepage

Colloquium:
Science rocks! Interdisziplinäres Kolloquium der Münchner Nanowissenschaften (Do 17:45-19:15, N110, Liedl)
Lunch Seminar: Soft Matter and Biophysics (Di 12:00, N110)
Kolloquium der Fakultät für Physik und des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020, Hennig)

Winter term 2011/12

Introduction to Theoretical Biophysics (Mi 10-12, A 348 & Fr 8-10 A 449, Gerland)
Biophysik der Moleküle (Mo 14-17, kl. Phys. HS, N020, Gaub & Liedl)
Stochastic Processes in Physics and Biology, (Mi 14-15.45, Fr 12-13.45, Theresien 37, 348/9, Frey)
Theorie der Hirnfunktion (Di 14-16 H537, Do 14-16 kl. Phys.HS, Tavan)

Seminar:
Anwendungen moderner spektroskopischer Methoden (Do 14-16, Oettingenstr. 67, L 046, Zinth)
Physics of Evolution (Do 12-14, Schellingstr. 4, 5. Stock, Cens Besprechungsraum, Gerland & Braun)
Journal Club on Biophysics and Cell Dynamics (Mo 16:30-18, N110, Heinrich)
Physik der dynamischen Prozesse in lebenden Zellen (Mo 15-16:30, N110, Heinrich & Sackmann)
Theoretische Biophysik neuronaler Netze (Di 12-14, kl. Phys. HS, N020, Tavan)

Biophysikalisches Seminar: Potenzielle Bachelorarbeitsthemen (Start: 8.11. Amalienstr. 54, 1. Stock)

Colloquia:
Science rocks! Interdisziplinäres Kolloquium der Münchner Nanowissenschaften (Do 17:45-19:15, N110, Liedl)
Lunch Seminar: Soft Matter and Biophysics (Di 12:00, N110)
Kolloquium der Fakultät für Physik und des Center for Nanoscience (Fr 15.30-17.00, kl. Phys. HS, N020, Hennig)

Oberseminar:
Experimentelle Biophysik (Mo 10.30-12:00, Amalienstr. 54, 1. Stock, Gaub)
Experimentelle Biophysik (Mo 9.30-11:00, NU114, Braun)
Aktuellen Fragen der DNA Nanotechnologie (Mi 9-11, Seminar, N110, Liedl)
Aktuelle Fragen aus der Physik weicher Materie (Mi 13-14, Rädler)
Aktuelle Probleme der Theoretischen Biophysik (Fr 10-12 Uhr, Oettingenstr. 67, L 046, Tavan)
Ultrakurzzeitspektroskopie (Do 10-12 Uhr, Oettingenstr. 67, 151, Zinth & Riedle)
Neue Ergebnisse auf dem Gebiet ultraschneller Vorgänge (Do 8-10, Oettingenstr. 67, 151, Zinth & Riedle)
Aktuelle Arbeiten zur organischen Elektronik und zu biologischen Grenzflächen (Do 9-10, N110, Nickel)
Aktuellen Fragen aus der Physik weicher Materie, Seminar (Mi 13-14, N110, Nickel)

Summer term 2011

Einführung in die Biophysik (Rädler, Mo 14.00-17.30, Kleiner Physikhörsaal)
Biophysik der Zelle (Gaub, Di 14.15-17, Kleiner Physikhörsaal)
Biophysics of Systems (Braun, Tue 10.15-14, Kleiner Physikhörsaal)
TM1/TV: Advanced Statistical Physics (Gerland, Mi 12.15-13:30 & Fr 12.15-13.45, Kleiner Physikhörsaal)

Programming with Labview and Simulating in Femlab for (Bio)Physicists
(Braun, Fr. 12.15-14, Kleiner Physikhörsaal)
Informationstheorie und Signalrekonstruktion (Enßlin/Frey, Mo 10-12 & Mi 14.15-15, Theresienstr. A 449)
Lunch-Seminar: Soft Matter and Biophysics (Di 12.00, N110)

Seminar: Aktuelle Arbeiten zur Biophysik an Grenzflächen (Nickel, Do 9.15-10, N 110)
Seminar: Journal Club on Biophysics and Cell Dynamics (Heinrich, Mo 16.30-18, N 110)
Seminar: Strategies of Evolution (Braun, Fr. 10.15-12)
Lab-Seminar: Experimental Biophysis (Gaub, Mo 10:30-12:30, LS Gaub)
Lab-Seminar: Aktuelle Fragen aus der Physik weicher Materie (Rädler, Mi 13-14, N 110)

Winter term 2010/11

Biophysics of Molecules (Kl. Phys. Hörsaal, Mo 14-16 & Do 8-10, Rädler)
Stochastic Processes in Physics and Biology (A449, Mo 10–12 & Mi 10–12, Gerland)
Theoretische Grundlagen der Molekularen Biophysik (Kl. Phys. Hörsaal, Di 14-16 & Do 14-16, Tavan)
Einführung in die Laserphysik (Kl. Phys. Hörsaal, Mo 10-12, Mi 10-11, Zinth/Huber)

Lunch Seminar: Soft Matter and Biophysics (N110, Di 12.00, Rädler)
Seminar: Anwendungen moderner spektroskopischer Methoden (L046, Oettingenstr. 67, Do 14-16, Zinth)
Seminar: Evolutionary Dynamics of Molecules (H206, Di 16.15, Braun&Gerland)
Seminar: Theoretische Grundlagen der Molekularen Biophysik (Kl. Phys. Hörsaal, Do 16-18, Tavan)
Seminar: Aktuelle Probleme der Theoretischen Biophysik (169, Oettingenstr. 67, Fr 14-16, Tavan)
Seminar: Self-organisation and Morphogenesis (N110, Mo 15.00, Heinrich)
Seminar & Journal Club: Biophysics and Cell Dynamics (N110, Mo 16.30, Heinrich)
Programming in LabView and Simulating in FEMLab (H206, Di 10.15, Braun)

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