here is a correct and another scale
10,000 Year 10,000 problem
80,000 Ice age
8,400,000 LAGEOS 2 satellite time capsule re-enters Earth's atmosphere
600,000,000 to 3,500,000,000 (estimates vary) Slow but steady increase in solar luminosity will cause Earth's oceans to evaporate, leaving it inhospitable to life
1,000,000,000 The last total solar eclipse on Earth will occur, due to the Moon's orbit gradually becoming larger and spreading away from the earth
3,000,000,000 The Andromeda Galaxy and our Milky Way Galaxy are predicted to collide
5,400,000,000 The Sun leaves the main sequence, becoming a red giant
7,590,000,000 The red giant Sun engulfs the Earth
7,816,000,000 The Sun becomes a white dwarf about the size of the Earth
17,000,000,000 The Sun becomes a black dwarf
30,000,000,000 Earliest possible date for the universe to collapse in the hypothetical scenario known as the Big Crunch
100,000,000,000 The Virgo Supercluster merges into one super galaxy, millions of light-years across, filled with Red Dwarfs and small amounts of White Dwarfs. Other superclusters have also merged, yet have been separated from each other by distances of more than a billion light-years due to the acceleration of Dark Matter and Energy
100,000,000,000,000 to 1,000,000,000,000,000 (one quadrillion) The Big Freeze according to many cosmologists. Intelligent life existing then may flee to other universes, as suggested by the physicist Michio Kaku. Beginning of the Degenerate Era of our universe. End of normal star formation and normal stars in the Milky Way/M31 super-galaxy. New stars formed only via brown dwarf collisions every hundred billion years or so
100,000,000,000,000 to 10,000,000,000,000,000 (ten quadrillion) The Universe ends in a Big Crunch according to Frank Tipler's Omega Point Theory, but its inhabitants experience an infinite subjective lifetime
10,000,000,000,000,000,000 (10 quintillion) The Galaxy relaxes gravitationally. Ninety percent of stars escape into intergalactic space while the rest merge with the central Black Hole
1E40 Beginning of the Black Hole Era of our universe, unless proton decay does not occur.
1E100 (one googol) If the theory of black hole evaporation is correct, it is predicted by many astronomers that all the black holes in our universe will have evaporated by around this year, the beginning of the Dark Era of our universe, unless proton decay does not occur
1E1500 Cold fusion occurring via quantum tunneling should make the light nuclei in ordinary matter fuse into iron-56 nuclei (see isotopes of iron.) Fission and alpha-particle emission should make heavy nuclei also decay to iron, leaving stellar-mass objects as cold spheres of iron
10^10^76 Quantum tunneling may make iron stars collapse into neutron stars