The rest mass of the electron neutrino is greater than 0.01 eV in ordinary space.
I consider the short description (Neutrino mass >0) to be the title of the claim, but not the criterion for judgement. To satisfy the claim the long description must be satisfied, so that a lower bound greater than 0.01 eV or an upper bound less than or equal to 0.01 eV must be established.
The primary judging criterion will be consensus of published and/or accepted papers in refereed scientific journals. Feel free to pass me references to relevant literature.
1 @ 1 crandles (7886) 1 @ 1 haggis (2155) 5000 @ 1 Geronimo Jones (2986) 250 @ 2 Geronimo Jones (2986) 167 @ 3 Geronimo Jones (2986) 100 @ 5 Geronimo Jones (2986) 2 @ 8 aof (617) 100 @ 10 Geronimo Jones (2986) 994 @ 10 pro (6755) 1 @ 15 aof (617) 100 @ 17 Geronimo Jones (2986) 200 @ 20 rise_mighty_robot (5242) 100 @ 25 Geronimo Jones (2986) 100 @ 37 Geronimo Jones (2986) 10 @ 38 kavi (7736) 200 @ 45 BigFatSlug (1877) 192 @ 49 Markybot (14) 100 @ 50 Geronimo Jones (2986) 100 @ 60 Geronimo Jones (2986) 150 @ 61 BigFatSlug (1877) 90 @ 70 Geronimo Jones (2986) 7 @ 74 rosvicl (90) 30 @ 74 patrik (483) 5 @ 80 neillyboy (4267) 60 @ 80 Geronimo Jones (2986) 10 @ 81 aof (617) 50 @ 83 Geronimo Jones (2986) 193 @ 84 Markybot (14) 10 @ 85 aof (617) 15 @ 85 tWD (3601) 50 @ 85 Geronimo Jones (2986) 15 @ 86 tWD (3601) 47 @ 86 Dystopian Autocrat (3183) 400 @ 87 Karl Hallowell (73) 200 @ 89 Karl Hallowell (73) 100 @ 91 Karl Hallowell (73)
802 @ 96 Karl Hallowell (73) 497 @ 96 red-menace (5198) 90 @ 96 hickmott (158) 200 @ 97 BigFatSlug (1877) 500 @ 98 pro (6755) 100 @ 98 hickmott (158) 84 @ 98 Landman (239) 13 @ 98 poszi (6616) 1000 @ 99 pro (6755) 200 @ 99 tepedag (5187) 48 @ 99 tWD (3601) 15 @ 99 nemesarial (4994)
