Cosmic Dust: origin, applications & implications

Research output: Contribution to conference › Poster › Research

Standard

Cosmic Dust : origin, applications & implications. / Andersen, Anja C.; Nguyen, Ann; Asmus, D.; Calzetti, D.; Watson, Darach Jafar; Kemper, F; Gomez, H.; Smith, Justin D.; Alves, Jaao; Gordon, K; Nozawa, Takaya; Henning, Thomas.

2018.

Research output: Contribution to conference › Poster › Research

Harvard

Andersen, AC, Nguyen, A, Asmus, D, Calzetti, D, Watson, DJ, Kemper, F, Gomez, H, Smith, JD, Alves, J, Gordon, K, Nozawa, T & Henning, T 2018, 'Cosmic Dust: origin, applications & implications'.

APA

Andersen, A. C., Nguyen, A., Asmus, D., Calzetti, D., Watson, D. J., Kemper, F., Gomez, H., Smith, J. D., Alves, J., Gordon, K., Nozawa, T., & Henning, T. (2018). Cosmic Dust: origin, applications & implications.

Vancouver

Andersen AC, Nguyen A, Asmus D, Calzetti D, Watson DJ, Kemper F et al. Cosmic Dust: origin, applications & implications. 2018.

Author

Andersen, Anja C. ; Nguyen, Ann ; Asmus, D. ; Calzetti, D. ; Watson, Darach Jafar ; Kemper, F ; Gomez, H. ; Smith, Justin D. ; Alves, Jaao ; Gordon, K ; Nozawa, Takaya ; Henning, Thomas. / Cosmic Dust : origin, applications & implications.

Bibtex

@conference{80c53a37d8b64bfda5d3bc0c57b135f5,
title = "Cosmic Dust: origin, applications & implications",
abstract = "The fourth in a series of conferences held every five years on cosmic dust, following successful meetings in Colorado, USA (2003), in Heidelberg, Germany (2008), and in Taipei, Taiwan (2013).The Herschel Space Observatory Despite its fundamental importance to so much of the cosmos, we still do not know where most dust originates, what its mineralogy is, what its properties in different environments are, or its physics and chemistry in the interstellar medium. These questions are under active study, and significant progress has been made over the past decade with new instrumentation, laboratory results, and theoretical modeling.This conference will bring together experts on dust and dust practitioners from all different backgrounds: meteoritics, interplanetary dust, protoplanets, star-formation, AGB stars and Planetary Nebulae, dust in galaxies, supernovae, and AGN.The conference is timed to lay out the remarkable progress on dust since the Herschel (pictured above) and Planck missions ended and their legacies have begun to be exploited, since ALMA began real science operations over the previous five years, and to prepare for the launch of JWST.",
author = "Andersen, {Anja C.} and Ann Nguyen and D. Asmus and D. Calzetti and Watson, {Darach Jafar} and F Kemper and H. Gomez and Smith, {Justin D.} and Jaao Alves and K Gordon and Takaya Nozawa and Thomas Henning",
year = "2018",
month = jun,
day = "11",
language = "English",

}

RIS

TY - CONF

T1 - Cosmic Dust

T2 - origin, applications & implications

AU - Andersen, Anja C.

AU - Nguyen, Ann

AU - Asmus, D.

AU - Calzetti, D.

AU - Watson, Darach Jafar

AU - Kemper, F

AU - Gomez, H.

AU - Smith, Justin D.

AU - Alves, Jaao

AU - Gordon, K

AU - Nozawa, Takaya

AU - Henning, Thomas

PY - 2018/6/11

Y1 - 2018/6/11

N2 - The fourth in a series of conferences held every five years on cosmic dust, following successful meetings in Colorado, USA (2003), in Heidelberg, Germany (2008), and in Taipei, Taiwan (2013).The Herschel Space Observatory Despite its fundamental importance to so much of the cosmos, we still do not know where most dust originates, what its mineralogy is, what its properties in different environments are, or its physics and chemistry in the interstellar medium. These questions are under active study, and significant progress has been made over the past decade with new instrumentation, laboratory results, and theoretical modeling.This conference will bring together experts on dust and dust practitioners from all different backgrounds: meteoritics, interplanetary dust, protoplanets, star-formation, AGB stars and Planetary Nebulae, dust in galaxies, supernovae, and AGN.The conference is timed to lay out the remarkable progress on dust since the Herschel (pictured above) and Planck missions ended and their legacies have begun to be exploited, since ALMA began real science operations over the previous five years, and to prepare for the launch of JWST.

AB - The fourth in a series of conferences held every five years on cosmic dust, following successful meetings in Colorado, USA (2003), in Heidelberg, Germany (2008), and in Taipei, Taiwan (2013).The Herschel Space Observatory Despite its fundamental importance to so much of the cosmos, we still do not know where most dust originates, what its mineralogy is, what its properties in different environments are, or its physics and chemistry in the interstellar medium. These questions are under active study, and significant progress has been made over the past decade with new instrumentation, laboratory results, and theoretical modeling.This conference will bring together experts on dust and dust practitioners from all different backgrounds: meteoritics, interplanetary dust, protoplanets, star-formation, AGB stars and Planetary Nebulae, dust in galaxies, supernovae, and AGN.The conference is timed to lay out the remarkable progress on dust since the Herschel (pictured above) and Planck missions ended and their legacies have begun to be exploited, since ALMA began real science operations over the previous five years, and to prepare for the launch of JWST.

UR - https://indico.nbi.ku.dk/event/1040/

M3 - Poster

ER -

ID: 214014854