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Search results for tag #numbertheory

[?]Rémi Eismann » 🌐
@decompwlj@mathstodon.xyz

[?]Rémi Eismann » 🌐
@decompwlj@mathstodon.xyz

[?]Rémi Eismann » 🌐
@decompwlj@mathstodon.xyz

[?]Rémi Eismann » 🌐
@decompwlj@mathstodon.xyz

[?]Rémi Eismann » 🌐
@decompwlj@mathstodon.xyz

[?]Rémi Eismann » 🌐
@decompwlj@mathstodon.xyz

[?]Rémi Eismann » 🌐
@decompwlj@mathstodon.xyz

My favorite Fable 5 report, the 7th edition:
Conjecture ledger and primes graph:

Fable 5 - 7th edition ➡️ decompwlj.com/Fable5_decompwlj

For privacy ➡️ web.archive.org/web/2026080603

The conjecture ledger of the founding paper

Alt...The conjecture ledger of the founding paper

Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

Alt...Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

    [?]Rémi Eismann » 🌐
    @decompwlj@mathstodon.xyz

    My favorite Fable 5 report, the 7th edition:
    Conjecture ledger and primes graph:

    Fable 5 - 7th edition ➡️ decompwlj.com/Fable5_decompwlj

    For privacy ➡️ web.archive.org/web/2026080603

    The conjecture ledger of the founding paper

    Alt...The conjecture ledger of the founding paper

    Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

    Alt...Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

      [?]Rémi Eismann » 🌐
      @decompwlj@mathstodon.xyz

      My favorite Fable 5 report, the 7th edition:
      Conjecture ledger and primes graph:

      Fable 5 - 7th edition ➡️ decompwlj.com/Fable5_decompwlj

      For privacy ➡️ web.archive.org/web/2026080603

      The conjecture ledger of the founding paper

      Alt...The conjecture ledger of the founding paper

      Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

      Alt...Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

        [?]Rémi Eismann » 🌐
        @decompwlj@mathstodon.xyz

        My favorite Fable 5 report, the 7th edition:
        Conjecture ledger and primes graph:

        Fable 5 - 7th edition ➡️ decompwlj.com/Fable5_decompwlj

        For privacy ➡️ web.archive.org/web/2026080603

        The conjecture ledger of the founding paper

        Alt...The conjecture ledger of the founding paper

        Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

        Alt...Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

          [?]Rémi Eismann » 🌐
          @decompwlj@mathstodon.xyz

          My favorite Fable 5 report, the 7th edition:
          Conjecture ledger and primes graph:

          Fable 5 - 7th edition ➡️ decompwlj.com/Fable5_decompwlj

          For privacy ➡️ web.archive.org/web/2026080603

          The conjecture ledger of the founding paper

          Alt...The conjecture ledger of the founding paper

          Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

          Alt...Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

            [?]Rémi Eismann » 🌐
            @decompwlj@mathstodon.xyz

            [?]Rémi Eismann » 🌐
            @decompwlj@mathstodon.xyz

            [?]Rémi Eismann » 🌐
            @decompwlj@mathstodon.xyz

            [?]Rémi Eismann » 🌐
            @decompwlj@mathstodon.xyz

            [?]Rémi Eismann » 🌐
            @decompwlj@mathstodon.xyz

            I burn my last Fable 5 credits, very nice graphs.
            Primes under the decomposition - First 1 500 000 primes.
            Natural numbers ≤ 30 000 - the sieve of Eratosthenes.

            Fable 5 - 7th edition ➡️ decompwlj.com/Fable5_decompwlj

            For privacy ➡️ web.archive.org/web/2026080603

            Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

            Alt...Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

            Graph by Fable 5:Natural numbers ≤ 30 000 - the sieve of Eratosthenes

            Alt...Graph by Fable 5:Natural numbers ≤ 30 000 - the sieve of Eratosthenes

              [?]Rémi Eismann » 🌐
              @decompwlj@mathstodon.xyz

              I burn my last Fable 5 credits, very nice graphs.
              Primes under the decomposition - First 1 500 000 primes.
              Natural numbers ≤ 30 000 - the sieve of Eratosthenes.

              Fable 5 - 7th edition ➡️ decompwlj.com/Fable5_decompwlj

              For privacy ➡️ web.archive.org/web/2026080603

              Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

              Alt...Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

              Graph by Fable 5:Natural numbers ≤ 30 000 - the sieve of Eratosthenes

              Alt...Graph by Fable 5:Natural numbers ≤ 30 000 - the sieve of Eratosthenes

                [?]Rémi Eismann » 🌐
                @decompwlj@mathstodon.xyz

                I burn my last Fable 5 credits, very nice graphs.
                Primes under the decomposition - First 1 500 000 primes.
                Natural numbers ≤ 30 000 - the sieve of Eratosthenes.

                Fable 5 - 7th edition ➡️ decompwlj.com/Fable5_decompwlj

                For privacy ➡️ web.archive.org/web/2026080603

                Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

                Alt...Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

                Graph by Fable 5:Natural numbers ≤ 30 000 - the sieve of Eratosthenes

                Alt...Graph by Fable 5:Natural numbers ≤ 30 000 - the sieve of Eratosthenes

                  [?]Rémi Eismann » 🌐
                  @decompwlj@mathstodon.xyz

                  [?]Rémi Eismann » 🌐
                  @decompwlj@mathstodon.xyz

                  I burn my last Fable 5 credits, very nice graphs.
                  Primes under the decomposition - First 1 500 000 primes.
                  Natural numbers ≤ 30 000 - the sieve of Eratosthenes.

                  Fable 5 - 7th edition ➡️ decompwlj.com/Fable5_decompwlj

                  For privacy ➡️ web.archive.org/web/2026080603

                  Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

                  Alt...Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

                  Graph by Fable 5:Natural numbers ≤ 30 000 - the sieve of Eratosthenes

                  Alt...Graph by Fable 5:Natural numbers ≤ 30 000 - the sieve of Eratosthenes

                    [?]Rémi Eismann » 🌐
                    @decompwlj@mathstodon.xyz

                    I burn my last Fable 5 credits, very nice graphs.
                    Primes under the decomposition - First 1 500 000 primes.
                    Natural numbers ≤ 30 000 - the sieve of Eratosthenes.

                    Fable 5 - 7th edition ➡️ decompwlj.com/Fable5_decompwlj

                    For privacy ➡️ web.archive.org/web/2026080603

                    Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

                    Alt...Graph by Fable 5: Primes under the decomposition - First 1 500 000 primes

                    Graph by Fable 5:Natural numbers ≤ 30 000 - the sieve of Eratosthenes

                    Alt...Graph by Fable 5:Natural numbers ≤ 30 000 - the sieve of Eratosthenes

                      [?]Rémi Eismann » 🌐
                      @decompwlj@mathstodon.xyz

                      OK, skill issue, i found 5.6 Sol Max.
                      Potential impact if the analytic program succeeds, audited conjecture ledger and final assessment.

                      GPT5.6 Sol Max HTML Report ➡️ decompwlj.com/GPTSol_wlj_deep_

                      For privacy ➡️ web.archive.org/web/2026080409

                      Potential impact if the analytic program succeeds on the report

                      Alt...Potential impact if the analytic program succeeds on the report

                      Audited conjecture ledger on the report

                      Alt...Audited conjecture ledger on the report

                      Final assessment on the report

                      Alt...Final assessment on the report

                        [?]Rémi Eismann » 🌐
                        @decompwlj@mathstodon.xyz

                        OK, skill issue, i found 5.6 Sol Max.
                        Potential impact if the analytic program succeeds, audited conjecture ledger and final assessment.

                        GPT5.6 Sol Max HTML Report ➡️ decompwlj.com/GPTSol_wlj_deep_

                        For privacy ➡️ web.archive.org/web/2026080409

                        Potential impact if the analytic program succeeds on the report

                        Alt...Potential impact if the analytic program succeeds on the report

                        Audited conjecture ledger on the report

                        Alt...Audited conjecture ledger on the report

                        Final assessment on the report

                        Alt...Final assessment on the report

                          [?]Rémi Eismann » 🌐
                          @decompwlj@mathstodon.xyz

                          OK, skill issue, i found 5.6 Sol Max.
                          Potential impact if the analytic program succeeds, audited conjecture ledger and final assessment.

                          GPT5.6 Sol Max HTML Report ➡️ decompwlj.com/GPTSol_wlj_deep_

                          For privacy ➡️ web.archive.org/web/2026080409

                          Potential impact if the analytic program succeeds on the report, links in comment

                          Alt...Potential impact if the analytic program succeeds on the report, links in comment

                          Audited conjecture ledger on the report, links in comment

                          Alt...Audited conjecture ledger on the report, links in comment

                          Final assessment on the report, links in comment

                          Alt...Final assessment on the report, links in comment

                            [?]Rémi Eismann » 🌐
                            @decompwlj@mathstodon.xyz

                            The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                            Conjecture 9 proved (pending external refereeing)

                            Sixth report (Opus 5 max):
                            decompwlj.com/decompwlj_deep_a

                            For privacy ➡️ web.archive.org/web/2026072910

                            4.1 The conjecture ledger
# statement status
C1 infinitely many primes of weight 3 twin primes reformulation
C2 infinitely many primes of weight , each odd Polignac-type reformulation
C3 infinitely many primes of level , each odd reformulation
C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved*
C5 infinitely many primes of level (1;1) balanced primes reformulation
C6 infinitely many primes of level (1;i) reformulation
C7 elementary proved
C8 contrapositive of C7 proved
C9 level-classified primes rarefy Theorem B proved*

                            Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                              [?]Rémi Eismann » 🌐
                              @decompwlj@mathstodon.xyz

                              The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                              Conjecture 9 proved (pending external refereeing)

                              Sixth report (Opus 5 max):
                              decompwlj.com/decompwlj_deep_a

                              For privacy ➡️ web.archive.org/web/2026072910

                              4.1 The conjecture ledger
# statement status
C1 infinitely many primes of weight 3 twin primes reformulation
C2 infinitely many primes of weight , each odd Polignac-type reformulation
C3 infinitely many primes of level , each odd reformulation
C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved*
C5 infinitely many primes of level (1;1) balanced primes reformulation
C6 infinitely many primes of level (1;i) reformulation
C7 elementary proved
C8 contrapositive of C7 proved
C9 level-classified primes rarefy Theorem B proved*

                              Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                                [?]Rémi Eismann » 🌐
                                @decompwlj@mathstodon.xyz

                                The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                                Conjecture 9 proved (pending external refereeing)

                                Sixth report (Opus 5 max):
                                decompwlj.com/decompwlj_deep_a

                                For privacy ➡️ web.archive.org/web/2026072910

                                4.1 The conjecture ledger
# statement status
C1 infinitely many primes of weight 3 twin primes reformulation
C2 infinitely many primes of weight , each odd Polignac-type reformulation
C3 infinitely many primes of level , each odd reformulation
C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved*
C5 infinitely many primes of level (1;1) balanced primes reformulation
C6 infinitely many primes of level (1;i) reformulation
C7 elementary proved
C8 contrapositive of C7 proved
C9 level-classified primes rarefy Theorem B proved*

                                Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                                  [?]Rémi Eismann » 🌐
                                  @decompwlj@mathstodon.xyz

                                  The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                                  Conjecture 9 proved (pending external refereeing)

                                  Sixth report (Opus 5 max):
                                  decompwlj.com/decompwlj_deep_a

                                  For privacy ➡️ web.archive.org/web/2026072910

                                  4.1 The conjecture ledger
# statement status
C1 infinitely many primes of weight 3 twin primes reformulation
C2 infinitely many primes of weight , each odd Polignac-type reformulation
C3 infinitely many primes of level , each odd reformulation
C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved*
C5 infinitely many primes of level (1;1) balanced primes reformulation
C6 infinitely many primes of level (1;i) reformulation
C7 elementary proved
C8 contrapositive of C7 proved
C9 level-classified primes rarefy Theorem B proved*

                                  Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                                    [?]Rémi Eismann » 🌐
                                    @decompwlj@mathstodon.xyz

                                    The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                                    Conjecture 9 proved (pending external refereeing)

                                    Sixth report (Opus 5 max):
                                    decompwlj.com/decompwlj_deep_a

                                    For privacy ➡️ web.archive.org/web/2026072910

                                    4.1 The conjecture ledger
# statement status
C1 infinitely many primes of weight 3 twin primes reformulation
C2 infinitely many primes of weight , each odd Polignac-type reformulation
C3 infinitely many primes of level , each odd reformulation
C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved*
C5 infinitely many primes of level (1;1) balanced primes reformulation
C6 infinitely many primes of level (1;i) reformulation
C7 elementary proved
C8 contrapositive of C7 proved
C9 level-classified primes rarefy Theorem B proved*

                                    Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                                      [?]Rémi Eismann » 🌐
                                      @decompwlj@mathstodon.xyz

                                      The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                                      Conjecture 9 proved (pending external refereeing)

                                      Sixth report (Opus 5 max):
                                      decompwlj.com/decompwlj_deep_a

                                      For privacy ➡️ web.archive.org/web/2026072910

                                      4.1 The conjecture ledger
# statement status
C1 infinitely many primes of weight 3 twin primes reformulation
C2 infinitely many primes of weight , each odd Polignac-type reformulation
C3 infinitely many primes of level , each odd reformulation
C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved*
C5 infinitely many primes of level (1;1) balanced primes reformulation
C6 infinitely many primes of level (1;i) reformulation
C7 elementary proved
C8 contrapositive of C7 proved
C9 level-classified primes rarefy Theorem B proved*

                                      Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                                        [?]Rémi Eismann » 🌐
                                        @decompwlj@mathstodon.xyz

                                        The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                                        Conjecture 9 proved (pending external refereeing)

                                        Sixth report (Opus 5 max):
                                        decompwlj.com/decompwlj_deep_a

                                        For privacy ➡️ web.archive.org/web/2026072910

                                        4.1 The conjecture ledger
# statement status
C1 infinitely many primes of weight 3 twin primes reformulation
C2 infinitely many primes of weight , each odd Polignac-type reformulation
C3 infinitely many primes of level , each odd reformulation
C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved*
C5 infinitely many primes of level (1;1) balanced primes reformulation
C6 infinitely many primes of level (1;i) reformulation
C7 elementary proved
C8 contrapositive of C7 proved
C9 level-classified primes rarefy Theorem B proved*

                                        Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                                          [?]Rémi Eismann » 🌐
                                          @decompwlj@mathstodon.xyz

                                          The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                                          Conjecture 9 proved (pending external refereeing)

                                          Sixth report (Opus 5 max):
                                          decompwlj.com/decompwlj_deep_a

                                          For privacy ➡️ web.archive.org/web/2026072910

                                          4.1 The conjecture ledger
# statement status
C1 infinitely many primes of weight 3 twin primes reformulation
C2 infinitely many primes of weight , each odd Polignac-type reformulation
C3 infinitely many primes of level , each odd reformulation
C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved*
C5 infinitely many primes of level (1;1) balanced primes reformulation
C6 infinitely many primes of level (1;i) reformulation
C7 elementary proved
C8 contrapositive of C7 proved
C9 level-classified primes rarefy Theorem B proved*

                                          Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                                            [?]Rémi Eismann » 🌐
                                            @decompwlj@mathstodon.xyz

                                            The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                                            Conjecture 9 proved (pending external refereeing)

                                            Sixth report (Opus 5 max):
                                            decompwlj.com/decompwlj_deep_a

                                            For privacy ➡️ web.archive.org/web/2026072910

                                            4.1 The conjecture ledger
# statement status
C1 infinitely many primes of weight 3 twin primes reformulation
C2 infinitely many primes of weight , each odd Polignac-type reformulation
C3 infinitely many primes of level , each odd reformulation
C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved*
C5 infinitely many primes of level (1;1) balanced primes reformulation
C6 infinitely many primes of level (1;i) reformulation
C7 elementary proved
C8 contrapositive of C7 proved
C9 level-classified primes rarefy Theorem B proved*

                                            Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                                              [?]Rémi Eismann » 🌐
                                              @decompwlj@mathstodon.xyz

                                              The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                                              Conjecture 9 proved (pending external refereeing)

                                              Sixth report (Opus 5 max):
                                              decompwlj.com/decompwlj_deep_a

                                              For privacy ➡️ web.archive.org/web/2026072910

                                              4.1 The conjecture ledger
# statement status
C1 infinitely many primes of weight 3 twin primes reformulation
C2 infinitely many primes of weight , each odd Polignac-type reformulation
C3 infinitely many primes of level , each odd reformulation
C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved*
C5 infinitely many primes of level (1;1) balanced primes reformulation
C6 infinitely many primes of level (1;i) reformulation
C7 elementary proved
C8 contrapositive of C7 proved
C9 level-classified primes rarefy Theorem B proved*

                                              Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                                                [?]Rémi Eismann » 🌐
                                                @decompwlj@mathstodon.xyz

                                                The conjecture ledger about my decomposition (Opus 5 max, 6th report)
                                                Conjecture 9 proved (pending external refereeing)

                                                Sixth report (Opus 5 max):
                                                decompwlj.com/decompwlj_deep_a

                                                For privacy ➡️ web.archive.org/web/2026072910

                                                4.1 The conjecture ledger
#	statement	status
C1	infinitely many primes of weight 3	twin primes reformulation
C2	infinitely many primes of weight , each odd 	Polignac-type reformulation
C3	infinitely many primes of level , each odd 	reformulation
C4	level-classified primes have prime weight except 13, 31, 113, 131, 887	Cube Lemma; closed to proved*
C5	infinitely many primes of level (1;1)	balanced primes reformulation
C6	infinitely many primes of level (1;i)	reformulation
C7	elementary proved
C8	contrapositive of C7 proved
C9	level-classified primes rarefy	Theorem B proved*

                                                Alt...4.1 The conjecture ledger # statement status C1 infinitely many primes of weight 3 twin primes reformulation C2 infinitely many primes of weight , each odd Polignac-type reformulation C3 infinitely many primes of level , each odd reformulation C4 level-classified primes have prime weight except 13, 31, 113, 131, 887 Cube Lemma; closed to proved* C5 infinitely many primes of level (1;1) balanced primes reformulation C6 infinitely many primes of level (1;i) reformulation C7 elementary proved C8 contrapositive of C7 proved C9 level-classified primes rarefy Theorem B proved*

                                                  [?]Rémi Eismann » 🌐
                                                  @decompwlj@mathstodon.xyz

                                                  Deep analysis of the decomposition into weight × level + jump by Fable 5:
                                                  455 052 508 primes decomposed;
                                                  Conjecture 9 proved (pending external refereeing).
                                                  Fifth report:
                                                  ➡️ decompwlj.com/decompwlj_deep_a

                                                  For privacy ➡️ web.archive.org/web/2026071409

                                                  Screenshot: Conjecture 9 from the 5th report by Fable.
"Theorem B (Conjecture 9 — rarefaction of the level class — proved unconditionally, pending external refereeing)"

                                                  Alt...Screenshot: Conjecture 9 from the 5th report by Fable. "Theorem B (Conjecture 9 — rarefaction of the level class — proved unconditionally, pending external refereeing)"

                                                    [?]Rémi Eismann » 🌐
                                                    @decompwlj@mathstodon.xyz

                                                    Deep analysis of the decomposition into weight × level + jump by Fable 5:
                                                    455 052 508 primes decomposed;
                                                    Conjecture 9 proved (pending external refereeing).
                                                    Fifth report:
                                                    ➡️ decompwlj.com/decompwlj_deep_a

                                                    For privacy ➡️ web.archive.org/web/2026071409

                                                    Screenshot: Conjecture 9 from the 5th report by Fable.
"Theorem B (Conjecture 9 — rarefaction of the level class — proved unconditionally, pending external refereeing)"

                                                    Alt...Screenshot: Conjecture 9 from the 5th report by Fable. "Theorem B (Conjecture 9 — rarefaction of the level class — proved unconditionally, pending external refereeing)"

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                                                      [?]OCTADE » 🌐
                                                      @octade@soc.octade.net

                                                      PANGRANDOMONIUM :

                                                      Rhizome Function Anagram Random Generator

                                                      preprint | https://zenodo.org/records/21551292

                                                      doi | https://orcid.org/0009-0009-5144-3278

                                                      Herein are described principles and a scheme of random number generation styled as, pangrandomonium, or ‘pangrand’. Pangrand is a anagrammatic random number generator that uses rhizome functions as chaotic indexing and shuffling instructions to reorder and sum perfect pangrams. Brief descriptions are given for the principles of pangram summing and rhizome indexing functions, Source code of the random number generator is included herewith. The source code is attached to the PDF file.

                                                      Sections:

                                                      1. Pangrams (Holoalphabetic arrays) ;
                                                      2. Rhizome Functions ;
                                                      3. Rhizome Hardness Problems ;
                                                      4. Random Generator Methods ;
                                                      5. Errata ;
                                                      6. Source Code.


                                                        [?]Rémi Eismann » 🌐
                                                        @decompwlj@mathstodon.xyz

                                                        Deep analysis of the decomposition into weight × level + jump by Fable 5:
                                                        455 052 508 primes decomposed;
                                                        Conjecture 9 proved (pending external refereeing).
                                                        Fifth report:
                                                        ➡️ decompwlj.com/decompwlj_deep_a

                                                        For privacy ➡️ web.archive.org/web/2026071409

                                                        Screenshot: Conjecture 9 from the 5th report by Fable.
"Theorem B (Conjecture 9 — rarefaction of the level class — proved unconditionally, pending external refereeing)"

                                                        Alt...Screenshot: Conjecture 9 from the 5th report by Fable. "Theorem B (Conjecture 9 — rarefaction of the level class — proved unconditionally, pending external refereeing)"

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