Probing the Multiplicity of Dusty Wolf-Rayet Stars with Multi-Wavelength Techniques; Survey of Infrared Spectrometry
Faculty Mentor Name
Noel Richardson
Format Preference
Poster
Abstract
Wolf-Rayet (WR) stars, representing massive celestial bodies in advanced evolutionary stages, play a crucial role in shaping the cosmic environment. Among these, carbon-rich WR stars stand out for their broad infrared emissions, fostering unique conditions conducive to dust formation. Investigating galactic dust-generating systems entails a comprehensive analysis across multiple wavelengths to discern potential influences, such as the presence of companion stars. Current efforts focus on refining data through telluric line corrections, laying groundwork for subsequent investigations. Future endeavors aim to juxtapose observational data with theoretical models, particularly concerning O stars, to gain deeper insights into dust production mechanisms within these stellar systems. Ongoing research aimed at unraveling dynamics underlying dust production in WR stars, thus contributing to a broader understanding of stellar evolution and interstellar environments.
Probing the Multiplicity of Dusty Wolf-Rayet Stars with Multi-Wavelength Techniques; Survey of Infrared Spectrometry
Wolf-Rayet (WR) stars, representing massive celestial bodies in advanced evolutionary stages, play a crucial role in shaping the cosmic environment. Among these, carbon-rich WR stars stand out for their broad infrared emissions, fostering unique conditions conducive to dust formation. Investigating galactic dust-generating systems entails a comprehensive analysis across multiple wavelengths to discern potential influences, such as the presence of companion stars. Current efforts focus on refining data through telluric line corrections, laying groundwork for subsequent investigations. Future endeavors aim to juxtapose observational data with theoretical models, particularly concerning O stars, to gain deeper insights into dust production mechanisms within these stellar systems. Ongoing research aimed at unraveling dynamics underlying dust production in WR stars, thus contributing to a broader understanding of stellar evolution and interstellar environments.