Solid state ultrafast spectroscopy - a good research direction?

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SUMMARY

Ultrafast optical spectroscopy of solid-state materials presents a compelling research direction due to its unique measurement capabilities and the development of innovative measurement tools. However, job opportunities in this field appear limited, primarily consisting of academic positions and roles within laser manufacturing companies. The transferrable skills gained from this research may not readily apply to broader optics fields or non-ultrafast measurement techniques. Prospective researchers should weigh these factors carefully before committing to a research group.

PREREQUISITES
  • Understanding of ultrafast optical spectroscopy techniques
  • Familiarity with solid-state materials and their properties
  • Knowledge of measurement tool development in optics
  • Awareness of job market trends in spectroscopy and optics
NEXT STEPS
  • Research job opportunities in ultrafast spectroscopy and related fields
  • Explore the development of measurement tools for optical spectroscopy
  • Investigate transferrable skills from ultrafast spectroscopy to other optics areas
  • Learn about the latest advancements in solid-state material characterization
USEFUL FOR

Researchers, graduate students, and professionals considering a career in ultrafast optical spectroscopy or related fields, as well as those interested in the job market for spectroscopy and optics.

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I am interested in ultrafast optical spectroscopy of solid state materials. The unique measurements and especially the process of developing new measurement tools for the optical measurement of quantities that are hard to measure in other ways, and the learning of transferrable skills, make this an attractive research direction for me, but I have no experience in this field.

In addition, I'm not sure if this is an employable research direction. I've googled "spectroscopy semiconductor jobs" and come up with ~10 jobs, half of which are postdocs, rest are the laser companies that manufacture these systems. Its almost as if the only jobs in this field are academic research or selling things to academic researchers. I'm not sure, however, if the transferrable skills learned in such a project can be used to work in other areas of optics, or to transition into non-ultrafast measurements of materials.

I have to make a decision on the group to join before November so I'm kind of nervous.
 
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Thanks for the post! Sorry you aren't generating responses at the moment. Do you have any further information, come to any new conclusions or is it possible to reword the post?
 

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