Structured PhD program

The BOS.QT study program is beside the BOS.QT research program part of the Graduate School. All BOS.QT-students are requested to actively participate in the lectures and activities offered by BOS.QT. The study program consists of the compulsory monthly PhD-Seminar and additional activities from areas 1 to 4 (1 Fundamental courses, 2 PhD Compact Courses, 3 Advanced Lectures, 4 Transferable Skills ). Chosen additional activities required for the certificate need to cover at least two of the elective areas 1 to 4 within three years, i.e. during the BOS.QT membership.

Current program (click on the button):

The lecture link gives you also the information on which date the first lecture takes place.

Auditing PhD students affiliated with a different university (TUB, HUB or FUB):

Attending courses at TU Berlin: Please complete the application which you can find here. Once this has been processed, you will receive approval from the lecturer teaching the course and the faculty. This is by email only. Please then submit the form with the electronic signatures of both the lecturer and the faculty together with your current certificate of enrollment to: nebenhoerer@studsek.tu-berlin.de . If the form has been signed but not stamped, please also submit the email from the lecturer/faculty.

Attending courses at HU Berlin: You may register as a non-HUB PhD student and the lecturer will add you to the course manually: Registration for a course via AGNES.

Attending courses at FU Berlin: Auditing PhD students are registered via the blackboard registration office.

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Regular selection of course catalogs of universities involved:

Physics at Technische Universität Berlin , Physics at Humboldt Universität zu Berlin , Physics at Freie Universität Berlin

In case of difficulties to get access to a certain lecture of interest please contact the lecturer.

Curriculum

Course offers in summer term 2021

General information to the structured PhD program

Research in the BOS.QT is focused on key topics of optical sciences and quantum technologies with strong links to applications.

The main research areas are:

  • Nonlinear light-matter interactions and ultrafast dynamics: nonlinear elementary excitations of matter up to the nonperturbative regime, nonlinear charge transport, quantum coherences and optical control, atto- and femtosecond processes and spectroscopy, ultrafast structure research with x-rays.
  • Quantum optics and quantum devices: ultracold quantum gases, fluctuation-induced phenomena, precision experiments on fundamental physical quantities, single photon sources, heterogene quantum systems, quantum communication and quantum networks
  • Nanophotonics and photonic systems: nanophotonics, nanoprobes and nanoplasmonics, 2D-quantum materials, hybrid systems, microresonators and photonic crystals, topological photonics, optoelectronic devices and photonic systems
  • Light sources and detector technologies: Lasers and light sources in a range from terahertz to hard x-rays, advanced detector technologies including components for space experiments, FT-signal analysis, x-ray imaging

Modules:

During the BOS.QT membership, PhD students will participate in the PhD student seminar and shall select additional activities from the different elective areas 1 to 4. It is recommended that the chosen activities cover at least two of the elective areas 1 to 4.

Compulsory Element: PhD Student Seminar

1. Fundamental Courses (elective element)

  • Fundamentals in Optical Sciences
  • Fundamentals in Quantum Technology

2. PhD Compact Courses (elective element)

Examples (1 day to 1 week courses to teach methods and practical exercises):

  • Ultrashort spectroscopy
  • Processing/characterization
  • Computational photonics
  • Practical electronics
  • Labview and other software tools

3. Advanced Lectures (elective element)

Topics from the BOS.QT research areas are:

  • Nonlinear light-matter interactions and ultrafast dynamics
  • Quantum optics and quantum devices
  • Nanophotonics and photonic systems
  • Light sources and detector technologies

4. Soft skill courses and activities self-organized by PhD students (elective element)

e.g.: retreats, project management, leadership/conflict management, presentation skills, entrepreneurship and start-up activities, intercultural training, networking events, topical research seminars, conference and summer school participation and organisation, short term scientific missions to leading international partner institutes, an annual “BOS.QT Day”