Equation 677 Database

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Recent activity

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  8558763b… · New magma of size 101

  2026-10-01 19:09:34 · qawbecrdtey
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  6f6efa93… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:42:41 · qawbecrdtey
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  da47866d… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:42:36 · qawbecrdtey
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  30870a16… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:42:30 · qawbecrdtey
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  9bbb541e… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:42:24 · qawbecrdtey
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  15df66a0… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:42:17 · qawbecrdtey
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  5d9b1029… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:42:11 · qawbecrdtey
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  f482d02d… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:42:04 · qawbecrdtey
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  6fcdf732… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:41:57 · qawbecrdtey
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  182f9bcf… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:41:51 · qawbecrdtey
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  ec5be63a… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:41:44 · qawbecrdtey
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  ad021e49… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:41:37 · qawbecrdtey
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  a865d606… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:41:31 · qawbecrdtey
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  3ac3ae74… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:41:26 · qawbecrdtey
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  ae6e3564… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:41:20 · qawbecrdtey
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  e58ae365… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:41:11 · qawbecrdtey
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  c22d7033… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:41:05 · qawbecrdtey
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  404100c5… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:41:00 · qawbecrdtey
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  cd05cbe8… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:40:55 · qawbecrdtey
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  bb832956… · Comment: Order 101 = 1 + 5*20, from a common submagma at infinity. C(E, M, k, B) adjoins a submagma M (m elements) of a model…

  2026-10-01 18:40:47 · qawbecrdtey