Difference between revisions 7164998 and 7229984 on simplewiki

{{short description|Scientific projections regarding the far future}}
{{About|the far future as postulated by science| mathematically calculated astronomical and celendric predictions |List of future astronomical events|the far future in fiction|Far future in fiction|the far future in religion|Far future in religion|earlier future times|Timelines of the future}}
{{Distinguish|Timelapse of the Future}}
{{Use dmy dates|date=October 2019}}
(contracted; show full)
| 50,000
| The length of the [[Julian day|day used for astronomical timekeeping]] reaches about 86,401 [[International System of Units|SI]] seconds because [[tidal acceleration|lunar tides will have made the Earth's rotation slow down]].<ref name="arxiv1106_3141"/>
|-
| style="background: lavender;" | [[File:Five Pointed Star Solid.svg|16px|alt= Astronomy and astrophysics|Astronomy and astrophysics]]
| 100,000
| Man
y of the [[constellation]]s will look very different as the stars move.<ref name="Tapping 2005"/>
|-
| style="background: lavender;" | [[File:Five Pointed Star Solid.svg|16px|alt= Astronomy and astrophysics|Astronomy and astrophysics]]
| 100,000<ref name=prob group=note/>
| The [[hypergiant]] star [[VY Canis Majoris]] will likely have exploded in a [[supernova]].<ref name="Monnier Tuthill Lopez 1999"/>
|-
(contracted; show full) last1=Brownlee | first1=Donald E. | date=2010 | chapter=Planetary habitability on astronomical time scales | title=Heliophysics: Evolving Solar Activity and the Climates of Space and Earth | editor1-first=Carolus J. | editor1-last=Schrijver | editor2-first=George L. | editor2-last=Siscoe | chapter-url=https://books.google.com/books?id=M8NwTYEl0ngC&pg=PA79 | publisher=Cambridge University Press | isbn=978-0-521-11294-9 | ref=harv }}

{{Time topics}}
{{Millennia}}

[[Category:Time]]
[[Category:Science]]