What are some potential research topics in optics for a masters degree?

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Discussion Overview

The discussion revolves around potential research topics in optics for a master's degree, particularly focusing on areas that involve simulation and modeling rather than experimental work. Participants explore various subfields within optics and photonics that could align with the interests of the inquiring student and their professor.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant suggests discussing research interests directly with the thesis advisor to align on potential topics.
  • The inquirer mentions their professor's interests in silicon optical amplifiers, nano-wire lasers, and optical beam-based cytometry.
  • Another participant proposes photonic crystals as an interesting area, while questioning the inquirer's physics background.
  • The inquirer expresses a desire to explore simulation or modeling of waveguides as a potential research topic.
  • Additional areas of interest mentioned by the inquirer include Brillouin lasers, Raman amplifiers, noninvasive sensing using near-infrared and Raman spectroscopy, and stress and strain-induced optical anisotropy in biological cells and tissue.
  • Participants note the importance of having a solid theoretical background in photonics and solid-state optics for engaging in these topics.

Areas of Agreement / Disagreement

Participants generally agree that discussing specific research interests with the thesis advisor is crucial. However, there are multiple competing views on which specific areas within optics and photonics might be suitable for simulation and modeling, and the discussion remains unresolved regarding the best direction for the inquirer.

Contextual Notes

The discussion highlights the inquirer's limited knowledge in photonics and optics, which may affect their ability to select a research topic. There is also a noted dependence on the professor's specific research interests and expertise.

krindik
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Hi,
I graduated in Telecommunications but I was more keen on programming/software related areas so worked as a Software Engineer for 2 years.

To pursue my masters I reached out to a professor and submitted a proposal related to an image processing frame work. I was accepted but when I enquired, he asked me to get thorough in optics may be because I did Telecommunications and image processing is related to optics as well.

I went through some books and brushed my memories in communications but found difficult to select a suitable research topic. Could you suggest a good research topic related to optics? I would prefer to a research more related to simulating/modelling (perhaps that explores some area in optics) rather than one that require lab experiments.

Thanks
 
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This sounds more like the kind of question that you should talk about with your thesis advisor. What work as he done in the field and what interests does he have? What did he not like about the project you proposed?
 
Thanks for the reply.

My prof's research interests are mainly in optics and photonics.
some are:
Silicon optical amplifiers
Nano-wire lasers
Optical beam based cytometry
etc.

I was wondering whether you could suggest some particular area which requires modelling/simulation.

Since my knowledge in photonics/optics is quite limited(though I have reasonable background in electromagnetics/communication systems) I would really appreciate if you could point me in some direction so that I can discuss with my prof. further. For example if you have worked with these areas you may be able to point out some area that can be further explored.

Thanks
 
Photonic crystals are interesting, but I don't know if your professor does any work in that area.

What kind of physics background do you have? Theoretical work in photonics and solid state optics isn't going to be a walk in the park.
 
Thank you very much.

I majored in telecommunications and I have a reasonable background in EM waves/communications systems/waveguides etc. though not much in semi conductor devices, silicon crystals.

What about some simulation/modelling of waveguides?

My prof is also interested in
Brillouin lasers and Raman amplifiers
Noninvasive sensing using near infrared and Raman spectroscopy
Stress and strain induced optical anisotropy in biological cells and tissue

His work is mainly concentrated in simulation and theoretical modelling but not experimental work.

Really appreciate if you would point me in correct direction
 

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