ultraluminous infrared galaxies

GPTKB entity

Properties (48)
Predicate Object
gptkbp:instanceOf galaxy
gptkbp:are often studied in the context of galaxy evolution
important for understanding the early universe
often compared to other galaxy types for research purposes
important for understanding the role of feedback in galaxy formation
often studied in relation to cosmic microwave background radiation
associated with high star formation rates
more luminous than 10^12 solar luminosities
often associated with high metallicity
often associated with starburst activity
often detected in deep surveys
often found in dense environments
often found in merging or interacting systems
often found in the early universe.
often found in the vicinity of galaxy clusters
often linked to the formation of globular clusters
often the subject of multi-wavelength studies
often used as tracers of cosmic evolution
typically found at high redshifts
important for understanding cosmic star formation rates
important for understanding the lifecycle of galaxies
important for understanding the relationship between galaxies and dark energy
important for understanding the formation of massive galaxies
studied_using_the_Hubble_Space_Telescope
gptkbp:can_be be analyzed for their chemical composition
be associated with outflows of gas and dust
be detected in the far-infrared spectrum
be detected in the submillimeter range
be found in various environments
be observed with radio telescopes
be studied for their role in the cosmic web
be used to probe the interstellar medium
be used to study the effects of cosmic inflation
contain active supermassive black holes
exhibit complex morphologies
be classified into different types based on their spectra
show variability in their luminosity over time
be studied through their gravitational lensing effects
be used to test theories of galaxy formation and evolution
be studied in the context of dark matter halo properties
be used to investigate the role of environment in galaxy evolution
gptkbp:canBe contain large amounts of molecular gas
exhibit AGN activity
host multiple star-forming regions
gptkbp:exhibits strong emission lines
gptkbp:has high infrared luminosity
significant dust content
https://www.w3.org/2000/01/rdf-schema#label ultraluminous infrared galaxies