13 September 2018
- 16:1816:18, 13 September 2018 diff hist +225 m Antimatter reference added to support the statement that the observable universe contains (almost) no antimatter
6 November 2013
- 22:3422:34, 6 November 2013 diff hist +661 User:AloisKabelschacht/sandbox No edit summary
12 July 2013
- 06:5006:50, 12 July 2013 diff hist +1,905 Sterile neutrino I edited the introduction because some statements there were too specific to particular theories.
- 06:4406:44, 12 July 2013 diff hist 0 User:AloisKabelschacht/sandbox No edit summary
- 06:4306:43, 12 July 2013 diff hist +4 User:AloisKabelschacht/sandbox No edit summary
- 06:4206:42, 12 July 2013 diff hist +2 User:AloisKabelschacht/sandbox No edit summary
- 06:4106:41, 12 July 2013 diff hist −9 User:AloisKabelschacht/sandbox No edit summary
- 06:3206:32, 12 July 2013 diff hist −55 User:AloisKabelschacht/sandbox No edit summary
- 06:2606:26, 12 July 2013 diff hist +5 User:AloisKabelschacht/sandbox No edit summary
- 06:2406:24, 12 July 2013 diff hist +1,007 User:AloisKabelschacht/sandbox No edit summary
- 05:5105:51, 12 July 2013 diff hist +498 User:AloisKabelschacht/sandbox No edit summary
11 July 2013
- 11:1811:18, 11 July 2013 diff hist +16,903 N User:AloisKabelschacht/sandbox ←Created page with '((User sandbox)) <!-- EDIT BELOW THIS LINE --> ((Expert-subject|Physics|date=September 2011)) ((Infobox Particle | bgcolour = | name = Sterile neutrino | image ...'
- 11:0611:06, 11 July 2013 diff hist +1 Wikipedia:WikiProject Physics/Members →WikiProject Physics participants
- 11:0511:05, 11 July 2013 diff hist +419 Wikipedia:WikiProject Physics/Members →WikiProject Physics participants
20 June 2013
- 08:4008:40, 20 June 2013 diff hist +498 Baryon asymmetry →Regions of the universe where antimatter predominates: - extended the discussion on the possibility of repulsive gravity for antimatter
- 08:2708:27, 20 June 2013 diff hist +246 m Baryon asymmetry →Regions of the universe where antimatter predominates: - reference added
- 07:5407:54, 20 June 2013 diff hist +2,107 Boltzmann equation I extended the discussion of the use of the term "Boltzmann equation" in particle physics and cosmology, where particles are created an annihilated in collisions due to the effects of quantum mechanics and relativity..
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