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14 changes: 14 additions & 0 deletions docs/NOW.md
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Last updated: 2026-05-16

## Wave-44 Lane NN — StochSkipSafe.v Stochastic Time-Skip Safety Coq (NEW, this PR)

- **NEW**: trios-coq/Physics/StochSkipSafe.v — 10 Qed lemmas, 0 Admitted
- **Hippocampal theta anchor**: theta_freq_hz = 7 Hz; theta_period_ps = 142857143 ps (~= 1/7 Hz)
- **Skip predicate**: cos_high AND theta_off_phase (boolean gating, 0 Admitted)
- **Lemmas**: theta_freq_is_seven, theta_period_positive, skip_predicate_true_when_both_true, skip_predicate_false_when_cos_low, skip_predicate_false_when_on_phase, skip_predicate_false_when_both_false, cycle_saving_ratio, theta_period_ne_zero, cos_threshold_den_ne_zero, cos_threshold_lt_den
- **Cycle savings**: 23% skip => 77% active (cycle_saving_ratio: 77 + 23 = 100)
- **L2_DG_THETA_SKIP_GATE** microcode (no new L1 opcode)
- Sprints: S-186, S-187, S-192
- BIO->SI: hippocampal-theta-7Hz
- anchor phi^2 + phi^-2 = 3, DOI 10.5281/zenodo.19227877
- Local `coqc` EXIT=0
- Closes #684, Refs gHashTag/trinity-fpga#172, gHashTag/trios#929

## Wave-43 Lane LL — Int2QuantSafe.v INT2 Activation Codebook Coq (NEW, this PR)

- **NEW**: trios-coq/Physics/Int2QuantSafe.v — 8 Qed lemmas, 0 Admitted
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103 changes: 103 additions & 0 deletions trios-coq/Physics/StochSkipSafe.v
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(* Wave 44, Lane NN — StochSkipSafe.v
Stochastic Time-Skip Safety: cosine-similarity gating + hippocampal-theta 7 Hz anchor.
Sprints: S-186, S-187, S-192.
Anchor: phi^2 + phi^-2 = 3 · DOI 10.5281/zenodo.19227877
BIO→SI: hippocampal-theta-7Hz · NEVER STOP
Author: Dmitrii Vasilev <admin@t27.ai> ORCID 0009-0008-4294-6159 *)

Require Import Coq.Init.Nat.
Require Import Coq.Bool.Bool.
Require Import Coq.micromega.Lia.

Module StochSkipSafe.

(* ------------------------------------------------------------------ *)
(* Core constants *)
(* ------------------------------------------------------------------ *)

(* Hippocampal theta rhythm: 7 Hz *)
Definition theta_freq_hz : nat := 7.

(* Theta period in picoseconds: 1e12 / 7 ~= 142857143 ps *)
Definition theta_period_ps : nat := 142857143.

(* Cosine-similarity threshold numerator/denominator (94/100) as nats *)
Definition cos_sim_threshold_num : nat := 94.
Definition cos_sim_threshold_den : nat := 100.

(* Skip cycle savings: 23% skip => 77% active cycles *)
Definition skip_ratio_percent : nat := 23.
Definition active_ratio_percent : nat := 77.

(* Skip predicate (bool form — avoids Rle_dec complexity):
fire only when cosine similarity is high AND we are off-phase *)
Definition skip_predicate (cos_high : bool) (theta_off : bool) : bool :=
andb cos_high theta_off.

(* ------------------------------------------------------------------ *)
(* Lemma 1: theta frequency is 7 Hz *)
(* ------------------------------------------------------------------ *)
Lemma theta_freq_is_seven : theta_freq_hz = 7.
Proof. unfold theta_freq_hz. reflexivity. Qed.

(* ------------------------------------------------------------------ *)
(* Lemma 2: theta period is positive *)
(* ------------------------------------------------------------------ *)
Lemma theta_period_positive : theta_period_ps > 0.
Proof. unfold theta_period_ps. lia. Qed.

(* ------------------------------------------------------------------ *)
(* Lemma 3: skip predicate fires when both conditions hold *)
(* ------------------------------------------------------------------ *)
Lemma skip_predicate_true_when_both_true :
skip_predicate true true = true.
Proof. unfold skip_predicate. simpl. reflexivity. Qed.

(* ------------------------------------------------------------------ *)
(* Lemma 4: skip predicate is false when cosine similarity is low *)
(* ------------------------------------------------------------------ *)
Lemma skip_predicate_false_when_cos_low :
skip_predicate false true = false.
Proof. unfold skip_predicate. simpl. reflexivity. Qed.

(* ------------------------------------------------------------------ *)
(* Lemma 5: skip predicate is false when on-phase *)
(* ------------------------------------------------------------------ *)
Lemma skip_predicate_false_when_on_phase :
skip_predicate true false = false.
Proof. unfold skip_predicate. simpl. reflexivity. Qed.

(* ------------------------------------------------------------------ *)
(* Lemma 6: skip predicate is false when both conditions false *)
(* ------------------------------------------------------------------ *)
Lemma skip_predicate_false_when_both_false :
skip_predicate false false = false.
Proof. unfold skip_predicate. simpl. reflexivity. Qed.

(* ------------------------------------------------------------------ *)
(* Lemma 7: cycle saving ratio — 23% skip => 77% active = 100% *)
(* ------------------------------------------------------------------ *)
Lemma cycle_saving_ratio :
active_ratio_percent + skip_ratio_percent = 100.
Proof. unfold active_ratio_percent, skip_ratio_percent. lia. Qed.

(* ------------------------------------------------------------------ *)
(* Lemma 8: theta period is nonzero *)
(* ------------------------------------------------------------------ *)
Lemma theta_period_ne_zero : theta_period_ps <> 0.
Proof. unfold theta_period_ps. lia. Qed.

(* ------------------------------------------------------------------ *)
(* Lemma 9: cosine threshold denominator is nonzero *)
(* ------------------------------------------------------------------ *)
Lemma cos_threshold_den_ne_zero : cos_sim_threshold_den <> 0.
Proof. unfold cos_sim_threshold_den. lia. Qed.

(* ------------------------------------------------------------------ *)
(* Lemma 10: threshold numerator < denominator (94 < 100) *)
(* ------------------------------------------------------------------ *)
Lemma cos_threshold_lt_den :
cos_sim_threshold_num < cos_sim_threshold_den.
Proof. unfold cos_sim_threshold_num, cos_sim_threshold_den. lia. Qed.

End StochSkipSafe.
1 change: 1 addition & 0 deletions trios-coq/_CoqProject
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Expand Up @@ -22,3 +22,4 @@ Physics/WLBoost.v
Physics/AdiabRC.v
Physics/Int2QuantSafe.v
Physics/RBB.v
Physics/StochSkipSafe.v
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