星系

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James Webb Images and the Big Bang

James Webb Images and the Big Bang

Someone writes in to ask about the significance of the new photos taken by the James Webb Telescope.
Article
26 Nov, 2022
Mature galaxy shock

Mature galaxy shock

Focus 27(3):7, Mature galaxy shock
Article
18 Jul, 2022
Spiral galaxies: too many for the big bang

Spiral galaxies: too many for the big bang

Supercomputer simulations show that proposed dark matter halos cause too many galaxy collisions.
Article
26 Apr, 2022
特拉比斯特一号的七颗行星——没有一个适于居住!

特拉比斯特一号的七颗行星——没有一个适于居住!

研究指新的3D气候模拟在特拉比斯特一号的七颗行星发现没有一个行星适合居住,有时是太热、有时是太冷,有时候不能解释!
Article
22 Dec, 2021
Dark matter in trouble again

Dark matter in trouble again

Physicist fight over whether recent analysis of data rules out exotic neutrinos as dark matter.
Article
19 May, 2020
Confirmed: quasars physically associated with galaxies

Confirmed: quasars physically associated with galaxies

High-redshift quasars have been confirmed as associated with low-redshift galaxies, undermining big bang theory.
Article
14 Feb, 2020
Physicists’ dark secret

Physicists’ dark secret

Stars in galaxies rotate so quickly that, based on long-ages, those galaxies should have disintegrated.
Article
20 Jan, 2020
CMB shadows argument against big bang no longer sustainable

CMB shadows argument against big bang no longer sustainable

The CMB no-shadow argument against the big bang is now equivocal should not be used.
Article
08 Nov, 2019
Changing-look quasars

Changing-look quasars

When quasars dim and re-brighten, it has implications for big bang proponents.
Article
17 Mar, 2017
Ultracool Trappist-1 and its seven planets

Ultracool Trappist-1 and its seven planets

Seven planets have been found orbiting Trappist-1, with three in the habitable zone; this has given rise to claims of habitability, however, neither life nor even water have been found there.
Article
03 Mar, 2017
“量子化的”红移现象显示:我们的银河系是宇宙的中心

“量子化的”红移现象显示:我们的银河系是宇宙的中心

过去数十年间不断涌现新证据,把人类恢复到神造的宇宙的中心。天文学家已经确认星系红移的数值是"量子化的",倾向于落入分离的小组。根据哈勃定律,星系红移的大小与该星系到我们(银河系【星河】)的距离成正比。因此,星系离我们的距离也会分成小组。这意味着所有的星系倾向于组成以我们的家乡星系(银河系)为中心的球状壳。这些球状壳之间的距离是一百万光年的量级。只有在观测位置与宇宙中心的距离小于一百万光年的情况下才能观测到清晰的红移分组现象。地球处于宇宙中这样一个独一无二的位置的几率小于一万亿分之一。由于大爆炸理论者预先假设宇宙有一个自然主义的开端,不可能有一个独特的中心,所以他们一直为这个现象苦苦地寻求其它解释,至今尚无明显进展。这样看来,红移的量子化成为以下观点的佐证:(1)反对大爆炸理论,(2)支持"河心说"(以银河系【星河】为中心的宇宙学),就像金特立(罗伯特•金特立Robert Gentry)在一本书或我本人在《星光与时间》中所提出的。
Article
01 Mar, 2016
Bye-bye, big bang?

Bye-bye, big bang?

A high-redshift quasar within lower-redshift galaxy NGC 7319 disproves traditional big bang assumptions demonstrates secular astronomer Halton Arp.
Article
28 Apr, 2008
Youngest and brightest galaxy … or is it?

Youngest and brightest galaxy … or is it?

Article
29 Feb, 2008
Phoenix Galaxy stars explode stellar evolution theory

Phoenix Galaxy stars explode stellar evolution theory

Article
26 Apr, 2007
How do spiral galaxies and supernova remnants fit in with Dr Humphreys' cosmological model?

How do spiral galaxies and supernova remnants fit in with Dr Humphreys' cosmological model?

Article
30 Nov, 2006
Quasar with enormous redshift found embedded in nearby spiral galaxy with far lower redshift

Quasar with enormous redshift found embedded in nearby spiral galaxy with far lower redshift

Article
03 Feb, 2006

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