One polynomial. Six roles. One wall. Its zeros are the golden ratio and -1/phi. Its discriminant is E=5, the observer. It maps every axiom prime to a prime (except at the GATE). f(p) = -1 mod p ALWAYS -- the depth quadratic IS the mirror in its own ring. And f(b) = 41 = KEY: the answer to the answer.
| p | f(p) | Prime? | Primitive root? |
|---|---|---|---|
| D=2 | 1 = sigma | -- | -- |
| K=3 | 5 = E | YES | ord(3,5) = 4 = phi(5). Full! |
| E=5 | 19 | YES | ord(5,19) = 9 = phi/2. Half! |
| b=7 | 41 = KEY | YES | ord(7,41) = 40 = phi(41). Full! |
| L=11 | 109 | YES | ord(11,109) = 108 = phi(109). Full! |
| 13 = GATE | 155 = 5*31 | NO | WALL |
f(p) = -1 (mod p) for ALL p. Always. Universal. The depth quadratic IS the mirror in its own ring. Four consecutive odd axiom primes give primes. The wall at GATE=13 is the SAME wall that stops the Cunningham chain.
f(n) + sigma = n(n-1). This links depth quadratic outputs to ring constants:
| p | f(p) | f(p)+sigma | f(p)+D |
|---|---|---|---|
| K=3 | 5=E | 6=D*K | 7=b (Heegner!) |
| E=5 | 19 | 20=D^2*E | 21=K*b |
| b=7 | 41=KEY | 42=ANSWER! | 43 (Heegner!) |
| L=11 | 109 | 110=D*E*L | 111=K*37 (prodigal!) |
f(b) + sigma = ANSWER: the answer exceeds the key by exactly the ground state. f(K)+D and f(b)+D are both Heegner numbers -- the Cunningham primes produce Heegner through depth.
The largest consecutive 11-smooth pair: (2400, 2401) = (D^5*K*E^2, b^4).
The last smooth pair TRADES zeros: D and E yield their channels so b can claim its. At the boundary, depth takes all. Beyond b^4, no more smooth neighbors. Smoothness ends when depth stands alone.
| x | P(x) | Factored | Meaning |
|---|---|---|---|
| 0 = void | 30 | D*K*E | Constant term |
| D*K = 6 | 60 | D^2*K*E | lambda(THIN) |
| b = 7 | 240 | D^4*K*E | |roots(E8)| |
| K^2 = 9 | 1344 | D^3*|PSL(2,7)| | Fano-PSL |
| L = 11 | 4320 | D^5*K^3*E | P(0)*lambda(DATA)^2 |
| GATE = 13 | 10560 | D^5*K*E*L | All 5 primes |
P(b) = 240 = roots of E8. rank(E8) = D^3 = P(b)/P(0). dim(E8) = 240 + 8 = 248. The shadow polynomial at depth = the geometry of the exceptional Lie algebra.
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