Time-domain astronomy
Time-domain astronomy
Study of how astronomical objects change with time.
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Readers' pathsAug 2026 – Oct 2026
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Supernova
Astrophysical phenomenon.
17%
Nova
Nuclear explosion in a white dwarf star.
9.2%
Letters on Sunspots
1613 pamphlet by Galileo Galilei.
8.9%
Kilonova
Aftermath of a neutron star merger.
7.3%
Stellar pulsation
Fluctuations in stellar radius.
6.1%
Blazar
Very compact quasi-stellar radio source.
4.3%
Gravitational microlensing
Astronomical phenomenon due to the gravitational lens effect.
4.3%
Astronomical object
Natural physical entity in space.
4%
Cataclysmic variable star
Stars with irregular large fluctuations in brightness.
3.1%
Readers come from
Share of the 1,028 readers arriving from another article
Nova
Nuclear explosion in a white dwarf star.
25%
Kilonova
Aftermath of a neutron star merger.
19%
Astronomy
Scientific study of celestial objects.
15%
Swift boost mission
On-orbit satellite servicing mission.
7.4%
GW170817
Gravitational-wave signal detected in 2017.
6.3%
Tidal disruption event
Pulling apart of a star by tidal forces.
6.2%
SN 185
Possible supernova event located in Centaurus-Circinus.
4.3%
Charles Messier
18th- and 19th-century French astronomer.
3.2%
Gravitational microlensing
Astronomical phenomenon due to the gravitational lens effect.
2.3%
Window of opportunity
Period of time.
2.1%