Feinoptiker/in

Deutschland

keine Erfahrung

Geburtsdatum:

Staatsangehörigkeit:
indisch

28701535

Hochschulstudium

Zeitraum
Abschluss / Fachbereich / Hochschule
Schwerpunkte

10/2007 – 11/2011

abgeschlossen

Ph.D.
Physik
, Niederlande

- Project: Radium Ion Spectroscopy Towards Atomic Parity Violation in a Single Trapped Ion
- Training: Atomic Physics, Optical Physics, Laser Physics, Laser Spectroscopy, Optical Fibers, Ion Beam Physics

  • Dokument_Studium_021.pdf
  • Dokument_Studium_022.pdf
  • Dokument_Studium_023.pdf

08/2005 – 09/2007

abgeschlossen

Master of Science (MSc)
Physik
, Vereinigte Staaten

- Project: RF Magnetron Sputter Fabrication of Magnetic Garnet Thin Films, their Optical and Compositional Characterization
- Training: Material Science, Photonics, Lasers, Microscopy, Thin Films, Microfabrication, Optics, Clean Room

  • Dokument_Studium_011.pdf

Berufserfahrung

Zeitraum
Tätigkeit / Unternehmen
Aufgaben

10/2014 – Bis heute

Postdoctoral Scientist
, Deutschland

- Quantum logic gate operations with cold ytterbium ions in a linear Paul trap
- Development of essential building blocks towards realization of a scalable universal quantum computer
- Teaching of graduate level laboratory course on Laser Spectroscopy.
- Supervision of bachelor, master and doctoral students

03/2012 – 09/2014

Postdoctoral Scientist
, Vereinigtes Königreich

- Setting up a cryogenic system to operate a superconducting surface electrode ion traps
- Design, simulation and microfabrication of a microwave resonator integrated within the ion trap architecture
- Supervision of bachelor, master and doctoral students

10/2007 – 11/2011

Junior Scientist
, Niederlande

- Research work on a large-scale project involving nuclear physics (for ion beam production), atomic physics (for trapping ions in an ultra-high vacuum environment) and laser physics (for high precision spectroscopy)
- Tutor for a(n) (under)graduate level course on Subatomic Physics
- Supervision of bachelor and master students

08/2005 – 09/2007

Graduate Teaching Assistant
, Vereinigte Staaten

- Research and development in an industry sponsored project for the development of a cost-effective and compact optical isolator using microfabrication and characterization for morphology, crystallinity, stoichiometry and Faraday rotation
- Teaching of two undergraduate level laboratory courses, one on Mechanics & Waves and the other on Electricity & Magnetism

Sprachkenntnisse

Sprache
Level
Prüfung / Zertifikat
Englisch
Verhandlungssicher (C2)

–

Deutsch
Grundkenntnisse (A1)

–

Hindi
Muttersprache

–

Weitere Fähigkeiten

Kompetenzen
Führerscheine
Interessen, Hobbys, Persönliches

Optical design, simulation and characterization:
- Gaussian optics and first order ray tracing for optical systems
- Test and assembly of commercially available optical and optomechanical components
- Design of diffraction limited objective lens and imaging system for efficient collection of fluorescence light and suppression of stray light

Fiber-optic systems and components:
- Collimation and coupling of free space pulsed and continuous wave laser/LED light into single mode, multi mode and polarization maintaining fibers
- Coupling light into and out of both bare and FC/(A)PC terminated fibers
- Connectorization, polishing and cleaving of optical fibers

Laser systems and optical frequency metrology:
- Operation of Titanium-Sapphire and diode lasers, and generation of second harmonic light
- Scanning of laser frequency in large mode hop free range for spectroscopic applications
- Locking of lasers to optical cavities and reference lines (Tellurium, Iodine and optical frequency comb)
- Modulation of laser frequency with acousto-optic modulators and electro-optic modulators

Micro Electro Mechanical Systems (MEMS):
- Dicing, cleaning and surface treatment of wafers in a clean room environment
- Microfabrication of epitaxial thin films using rf magnetron sputtering
- Generation of micro-structures with UV lithography and focused ion beam etching

Imaging and Detection:
- Photomultiplier tube (PMT) and electron multiplying charge-coupled device (EMCCD) camera for fluorescence imaging and detection of trapped ions.
- High performance lenses, mirrors, filters (long/short/band pass) for imaging applications

Other Hard Skills:
- Ultra-high vacuum systems
- Gifford-McMahon type cryogenic system

Software Skills:
Programming: Matlab, Root, LabVIEW
Desktop Publishing: LaTeX, MS Office
Design and Simulation: Autodesk Inventor, SolidWorks, Zemax

  • PKW

So geht's