What areas of nano/optical research applies to astrophysics?

In summary, the speaker is an undergraduate with access to a well-equipped optical spectroscopy and nano-materials physics lab and a professor offering a significant amount of co-research time. However, their main interest is in astrophysics and they are wondering if there are areas of research they can do with the professor that will provide applicable knowledge and skills. They do not want to waste the opportunity for quality research, but also do not want to jeopardize their chances for graduate school. The lab has a range of equipment that could be useful for hyperspectral imaging design, which is expected to be highly useful in the future for robotic exploration of the solar system. The speaker will look into this suggestion.
  • #1
astroman707
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I'm an undergraduate and there is a very good optical spectroscopy and nano-materials physics lab at my college. I have FULL access to all equipment and a professor in that field is offering me a ridiculous amount of co-research time during the school year. However, I'm really only interested in astrophysics.
My question:
*Are there areas of research that I can do with the professor that will give me knowledge and/or skills that will be applicable to some area of astrophysics? *
I don't want to waste an opportunity to do A LOT of quality research as an undergrad, even though it's not in my field of interest. But if it won't look good to graduate schools, I won't waste my time.

****I don't know if it helps, but here is a list of the equipment available in this specific physics lab.****

*Photoluminescence Spectrometer Fluorolog-3
* UV-VIS Micro-Spectrometer with polarization capabilities
* Raman Micro-Spectrometer with polarization capabilities
* Fourier Transform Infrared Micro-Spectrometer with ATR objective
* Ellipsometer
*Wavelength Dispersive X-ray Fluorescence Spectrometer
*Differential Scanning Calorimeter
* Abbe Refractometer, NAR-1Tsolid
* Atomic Force Microscope, Q-scope 250
*High Temperature furnace 500 °C to 1600 °C. with capability of inert atmosphere
* Heating stage – 77 K – 870 K
*Spin Coater
*Sputter Coater Acoustical and vibrational isolation chamber for the Atomic Force Microscopy
* Optical, vibration free tables
 
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  • #2
You can try a work related to design of hyperspectral imagers, especially in NIR wavelengths. Equipment seems to be helpful at least for imagers characterization, and may be even for fabrication of some parts. HS imagers are expected to be highly useful in the decades to come, due to coming rush of robotic exploration of Solar System.
 
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Likes astroman707
  • #3
trurle said:
You can try a work related to design of hyperspectral imagers, especially in NIR wavelengths. Equipment seems to be helpful at least for imagers characterization, and may be even for fabrication of some parts. HS imagers are expected to be highly useful in the decades to come, due to coming rush of robotic exploration of Solar System.
Thanks. I’ll look into that!
 

1. What is the relevance of nano/optical research in astrophysics?

Nano/optical research has become increasingly relevant in astrophysics due to its ability to provide precise measurements and observations of celestial objects and phenomena. By utilizing nanotechnology and optical instruments, scientists are able to study the intricate details of the universe on a smaller scale, providing new insights and information about the cosmos.

2. How does nano/optical research contribute to our understanding of the universe?

Nano/optical research allows scientists to observe and analyze the properties and behavior of celestial objects and phenomena, such as galaxies, stars, and planets, at a much higher resolution than traditional methods. This provides a deeper understanding of the fundamental processes and interactions that shape the universe.

3. What specific areas of astrophysics benefit from nano/optical research?

Some specific areas of astrophysics that have benefited from nano/optical research include the study of exoplanets, dark matter and dark energy, and the formation and evolution of galaxies. These fields have been able to make significant advancements and discoveries thanks to the advancements in nano/optical technology.

4. How does nano/optical research help in the search for extraterrestrial life?

Nano/optical research plays a crucial role in the search for extraterrestrial life by helping scientists identify and characterize potentially habitable exoplanets. By using advanced nano/optical instruments, scientists can analyze the chemical composition and atmospheric conditions of these planets to determine their potential for hosting life.

5. What are some current challenges in incorporating nano/optical research in astrophysics?

One of the main challenges in incorporating nano/optical research in astrophysics is the development of advanced technologies and techniques that can withstand the extreme conditions of space. Additionally, the cost of implementing these technologies can also be a barrier. However, with continued advancements and collaborations between scientists and engineers, these challenges can be overcome.

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