| hypothesis | evidence | challenge | status | details |
|---|
| Number 8 is in an active return window after a relatively long gap. | 0.99 | Small sample / fair draws remain independent; gap pressure can be random noise. | Candidate | current_gap=32, avg_gap=8.163, gap_pressure=3.92 |
| Pair 4-27 has a possible cycle/return pressure signal. | 0.99 | Pair cycles are sparse; repeated pairs in 78 draws can easily be coincidental. | Candidate | frequency=20, avg_cycle=41.42, last_seen_gap=83, pressure=4.01 |
| Pair 16-22 has a possible cycle/return pressure signal. | 0.99 | Pair cycles are sparse; repeated pairs in 78 draws can easily be coincidental. | Candidate | frequency=18, avg_cycle=37.77, last_seen_gap=155, pressure=8.21 |
| Pair 13-36 has a possible cycle/return pressure signal. | 0.99 | Pair cycles are sparse; repeated pairs in 78 draws can easily be coincidental. | Candidate | frequency=18, avg_cycle=44.94, last_seen_gap=92, pressure=4.09 |
| Number 43 is in an active return window after a relatively long gap. | 0.879 | Small sample / fair draws remain independent; gap pressure can be random noise. | Candidate | current_gap=29, avg_gap=11.0, gap_pressure=2.636 |
| Pair 33-44 has a possible cycle/return pressure signal. | 0.771 | Pair cycles are sparse; repeated pairs in 78 draws can easily be coincidental. | Candidate | frequency=19, avg_cycle=43.56, last_seen_gap=42, pressure=1.93 |
| Number 29 is in an active return window after a relatively long gap. | 0.769 | Small sample / fair draws remain independent; gap pressure can be random noise. | Candidate | current_gap=17, avg_gap=7.364, gap_pressure=2.308 |
| Pair 13-44 has a possible cycle/return pressure signal. | 0.758 | Pair cycles are sparse; repeated pairs in 78 draws can easily be coincidental. | Candidate | frequency=19, avg_cycle=40.11, last_seen_gap=38, pressure=1.89 |
| Number 18 is in an active return window after a relatively long gap. | 0.748 | Small sample / fair draws remain independent; gap pressure can be random noise. | Candidate | current_gap=20, avg_gap=8.907, gap_pressure=2.245 |
| Number 13 is in an active return window after a relatively long gap. | 0.644 | Small sample / fair draws remain independent; gap pressure can be random noise. | Candidate | current_gap=16, avg_gap=8.279, gap_pressure=1.933 |
| Number 1 is in an active return window after a relatively long gap. | 0.5640000000000001 | Small sample / fair draws remain independent; gap pressure can be random noise. | Candidate | current_gap=16, avg_gap=9.451, gap_pressure=1.693 |
| Number 12 is in an active return window after a relatively long gap. | 0.56 | Small sample / fair draws remain independent; gap pressure can be random noise. | Candidate | current_gap=15, avg_gap=8.928, gap_pressure=1.68 |
| After 4, number 13 appears unusually often after lag 5. | 0.442 | Follow relations are vulnerable to multiple-testing false positives. | Candidate | cases=111, hits=29, hit_rate=26.13%, lift=2.21 |
| After 18, number 6 appears unusually often after lag 2. | 0.428 | Follow relations are vulnerable to multiple-testing false positives. | Candidate | cases=98, hits=21, hit_rate=21.43%, lift=2.138 |
| After 39, number 25 appears unusually often after lag 5. | 0.423 | Follow relations are vulnerable to multiple-testing false positives. | Candidate | cases=84, hits=17, hit_rate=20.24%, lift=2.114 |
| After 32, number 13 appears unusually often after lag 4. | 0.418 | Follow relations are vulnerable to multiple-testing false positives. | Candidate | cases=93, hits=23, hit_rate=24.73%, lift=2.092 |
| After 31, number 2 appears unusually often after lag 2. | 0.40800000000000003 | Follow relations are vulnerable to multiple-testing false positives. | Candidate | cases=103, hits=22, hit_rate=21.36%, lift=2.039 |
| Number 31 is in an active return window after a relatively long gap. | 0.549 | Small sample / fair draws remain independent; gap pressure can be random noise. | Weak | current_gap=14, avg_gap=8.5, gap_pressure=1.647 |
| After 43, number 26 appears unusually often after lag 5. | 0.394 | Follow relations are vulnerable to multiple-testing false positives. | Weak | cases=79, hits=17, hit_rate=21.52%, lift=1.97 |
| After 40, number 4 appears unusually often after lag 5. | 0.393 | Follow relations are vulnerable to multiple-testing false positives. | Weak | cases=96, hits=24, hit_rate=25.0%, lift=1.965 |
| After 38, number 9 appears unusually often after lag 4. | 0.385 | Follow relations are vulnerable to multiple-testing false positives. | Weak | cases=83, hits=18, hit_rate=21.69%, lift=1.926 |
| Pair 34-42 has a possible cycle/return pressure signal. | 0.187 | Pair cycles are sparse; repeated pairs in 78 draws can easily be coincidental. | Weak | frequency=19, avg_cycle=47.17, last_seen_gap=11, pressure=0.47 |
| Pair 24-28 has a possible cycle/return pressure signal. | 0.124 | Pair cycles are sparse; repeated pairs in 78 draws can easily be coincidental. | Weak | frequency=18, avg_cycle=51.53, last_seen_gap=8, pressure=0.31 |
| Pair 21-26 has a possible cycle/return pressure signal. | 0.098 | Pair cycles are sparse; repeated pairs in 78 draws can easily be coincidental. | Weak | frequency=18, avg_cycle=48.88, last_seen_gap=6, pressure=0.25 |
