Ending bachelor - Audio Spotlight

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    Audio Bachelor
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Discussion Overview

The discussion revolves around the challenges of selecting a research topic for a bachelor's thesis in physics. The initial poster expresses interest in the Audio Spotlight technology but is concerned about the availability of literature and potential topics. Participants explore various areas of interest and the feasibility of different research approaches.

Discussion Character

  • Exploratory
  • Debate/contested
  • Homework-related

Main Points Raised

  • The initial poster is interested in researching Audio Spotlight technology but struggles to find sufficient literature on the topic.
  • Some participants question the choice of Audio Spotlight as a research topic and suggest exploring personal areas of interest in physics.
  • One participant mentions aerodynamics and airflow simulations as potential areas of interest, highlighting the challenge of selecting a topic that aligns with personal motivation.
  • Concerns are raised about the technical requirements for conducting CFD simulations in OpenFOAM, particularly regarding programming and operating system familiarity.
  • Another participant suggests looking into patents related to the technology as a source of information, while also cautioning about the reliability of claims made by the company.
  • There is a suggestion that the initial poster consult with professors or tutors for guidance on selecting a suitable research topic based on their strengths and weaknesses.

Areas of Agreement / Disagreement

Participants express differing views on the suitability of the Audio Spotlight as a research topic, with some supporting the idea and others suggesting it may not be the best choice due to a lack of knowledge and resources. The discussion remains unresolved regarding the best approach to selecting a research topic.

Contextual Notes

Participants note the difficulty of conducting research on a topic with limited prior knowledge and the importance of guidance from academic advisors. There are unresolved questions about the feasibility of using specific technologies and methodologies.

skrat
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Hi there,

I am trying to finish my bachelor - meaning I have to prepare the document at the and of my studies at first bologna stage - studying Physics.

Well I don't really have any good ideas on what to research - what topics, but I did manage to find out this http://www.holosonics.com/index.html . And it looks really interesting, but the problem is that I really can't find any more literature / articles about that, therefore I am concerned that I may not be able to have enough material to read / study. So my question here is:

a) Do you maybe know of any good articles about the given phenomena?
b) Or do you maybe have a better idea for a topic?

Thanks for any help!

cheers
 
Last edited by a moderator:
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and my questions to you would be...

what is your best/preferred area of interest in physics ?
is it really holosonics or was that subject just plucked out of the air ?

you should be at least attempting to do some new research rather than just rehashing other people's papers :)

regards
Dave
 
I can't answer you that. I really can't. I would love to, but I can't.

But if I really have to, I would say: Aerodynamics, airflow simulations. But generally speaking it is just anything that sounds interesting to me. And by anything I really mean anything. Like the example above (Audio Spotlight) - I accidentally came across it and got totally interested and motivated to do some research because to me it sounds really awesome - but before that, I never showed much interest into sound. Also in the last 14 days one of my professors spent about 10 minutes introducing us geothermal dynamo theory http://en.wikipedia.org/wiki/Dynamo_theory which also sounds amazing.

I hope this roughly describes how hard it is for me to answer your question. :D

Of course I don't want to only rehash other people's research or articles. For example, one idea was also to make a CFD simulations in OpenFOAM, for example: Simulating airflow around a given object or simulate airflow in a room with heating or similar. But the problem is that working with OpenFoam requires a fair amount of C++ programming and also Linux OS - and I have absolutely no experience with none of them so I am afraid I would never be able to finish it on time.
 
Did they patent the technology? Then you can read the patents. Of course, you can't entirely trust anything that comes from the company; they may be wildly exaggerating their claims. Do you know if it truly works?
 
Last edited:
skrat said:
I can't answer you that. I really can't. I would love to, but I can't.
if you cannot, why do you think that we would be able to ? ;)

tis difficult to do a final year paper on a subject you have little knowledge in, and even more difficult for anyone to advise to as such
If I was you, I would be sitting down with my course professors/tutors and talking about different possibilities
They know you, They know what areas you excelled in and where you were weak and could advice accordingly

cheers
dave
 

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