If you’ve ever had to tune or verify modular parameters — for example in RNG design, PRBS/scrambler alignment, signal sequence generation, or NTT setups — you know how time-consuming it can be to make sure conditions like
b^A mod p^t = r
actually behave the way you need across multiple constraints.
Most teams rely on Hensel lifting, search loops, or heuristic checks that can take hours (or days) to verify — and still risk subtle misalignments.
I’ve developed a provably correct, closed-form method that computes the exact modulus gate M instantly, for any given (b, p, t, r) where b= base, p= prime, t= depth, r= residue.
It’s not simulation or approximation — it’s a deterministic, math-verified result you can drop directly into a spec or test plan.
If you’d like, email me your constraints (b, p, t, r) or visit my site below.
I’ll send back your local and combined M values with full factorization so you can verify or integrate immediately.
Email: cwstevens71@gmail.com
Site: https://sites.google.com/view/christopherwstevens
Christopher W. Stevens
Independent Researcher (Mathematics)
ORCID: https://orcid.org/0009-0005-4161-6615
