Radio Emission from MaNGA Outflow Galaxies

Aisha Al Yazeedi; Joseph Gelfand; Ivan Katkov; Weizhe Liu; Nadia Zakamska; Jenny Greene; Rachael Malexan

Radio Emission from MaNGA Outflow Galaxies

Aisha Al Yazeedi, Joseph Gelfand, Ivan Katkov, Weizhe Liu, Nadia Zakamska, Jenny Greene, Rachael Malexan

Physics

Research output: Contribution to journal › Article › peer-review

Abstract

Large scale outflows from galaxies are typically associated with AGN or star formation activity however it's still unclear how these outflows are generated and how the properties of the outflow are connected to their origins or their hosts. This requires measuring the spatially-resolved properties of the outflow and its host galaxy in multiple wavebands, in order to measure relevant parameters such as level of AGN galactic, rate and distribution of star formation, and geometry, content, and velocity of the outflow. To this end, we will present detailed analysis of the spatially-resolved radio and optical emission of two SDSS-IV MaNGA outflow galaxies.

Original language	English (US)
Journal	American Astronomical Society, AAS Meeting #233
Volume	233
State	Published - Jan 1 2019

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Cite this

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title = "Radio Emission from MaNGA Outflow Galaxies",

abstract = "Large scale outflows from galaxies are typically associated with AGN or star formation activity however it's still unclear how these outflows are generated and how the properties of the outflow are connected to their origins or their hosts. This requires measuring the spatially-resolved properties of the outflow and its host galaxy in multiple wavebands, in order to measure relevant parameters such as level of AGN galactic, rate and distribution of star formation, and geometry, content, and velocity of the outflow. To this end, we will present detailed analysis of the spatially-resolved radio and optical emission of two SDSS-IV MaNGA outflow galaxies.",

author = "{Al Yazeedi}, Aisha and Joseph Gelfand and Ivan Katkov and Weizhe Liu and Nadia Zakamska and Jenny Greene and Rachael Malexan",

year = "2019",

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language = "English (US)",

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journal = "American Astronomical Society, AAS Meeting #233",

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TY - JOUR

T1 - Radio Emission from MaNGA Outflow Galaxies

AU - Al Yazeedi, Aisha

AU - Gelfand, Joseph

AU - Katkov, Ivan

AU - Liu, Weizhe

AU - Zakamska, Nadia

AU - Greene, Jenny

AU - Malexan, Rachael

PY - 2019/1/1

Y1 - 2019/1/1

N2 - Large scale outflows from galaxies are typically associated with AGN or star formation activity however it's still unclear how these outflows are generated and how the properties of the outflow are connected to their origins or their hosts. This requires measuring the spatially-resolved properties of the outflow and its host galaxy in multiple wavebands, in order to measure relevant parameters such as level of AGN galactic, rate and distribution of star formation, and geometry, content, and velocity of the outflow. To this end, we will present detailed analysis of the spatially-resolved radio and optical emission of two SDSS-IV MaNGA outflow galaxies.

AB - Large scale outflows from galaxies are typically associated with AGN or star formation activity however it's still unclear how these outflows are generated and how the properties of the outflow are connected to their origins or their hosts. This requires measuring the spatially-resolved properties of the outflow and its host galaxy in multiple wavebands, in order to measure relevant parameters such as level of AGN galactic, rate and distribution of star formation, and geometry, content, and velocity of the outflow. To this end, we will present detailed analysis of the spatially-resolved radio and optical emission of two SDSS-IV MaNGA outflow galaxies.

M3 - Article

VL - 233

JO - American Astronomical Society, AAS Meeting #233

JF - American Astronomical Society, AAS Meeting #233

ER -

Radio Emission from MaNGA Outflow Galaxies

Abstract

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