Supernova remnant

GPTKB entity

Properties (67)
Predicate Object
gptkbp:instanceOf astronomical object
gptkbp:canEstablish radiation
complex structures
thermal emission
into interstellar medium
non-thermal emissions
gptkbp:canLeadTo energy distribution
new star formation
gptkbp:contains ejected material
gptkbp:hasInfluenceOn galactic evolution
chemical composition of galaxies
https://www.w3.org/2000/01/rdf-schema#label Supernova remnant
gptkbp:isAssociatedWith star formation
galactic ecology
massive star explosions
stellar death
gptkbp:isATypeOf nebula
cosmic structure
gptkbp:isAvenueFor stellar evolution
gptkbp:isCharacterizedBy high-energy emissions
gptkbp:isCounteredBy spectroscopy
numerical simulations
surrounding gas
gptkbp:isFacilitatedBy theories of gravity
gptkbp:isImportantFor understanding universe
gptkbp:isLocatedIn interstellar space
gptkbp:isOftenMadeWith massive stars
supernova remnants in other galaxies
stellar explosions.
gptkbp:isOftenUsedIn astronomers
magnetic fields
3D space
radio telescopes
shock interactions
infrared_wavelengths
gptkbp:isPartOf galactic dynamics
galaxy
stellar nursery
interstellar_medium_dynamics
gptkbp:isRelatedTo gptkb:Type_Ia_supernovae
Type II supernovae
gptkbp:isServedBy various wavelengths
gptkbp:isStudiedIn astrophysics
gptkbp:isUsedBy stellar nucleosynthesis
gptkbp:isUsedFor cosmology
telescopes
star-forming regions
optical wavelengths
X-ray wavelengths
star clusters
gamma-ray bursts
radio wavelengths
nebulae
cosmic evolution
pulsar wind nebula
shell-type remnant
plasma remnant
gptkbp:isUtilizedFor dark matter
supernova explosion
gptkbp:keyFigures galactic chemical evolution
heavy elements
gptkbp:mayHave cosmic rays
black holes
neutron stars
elemental abundances
insight into stellar life cycles
shock_waves