When intensity starts to decline, redose the 2nd round of mixed wine.
This safely creates a twin mountain approximating a trapezoid or twin mountain, instead of a triangle.
This redosing technique to flatten curve and sustain the peak is most useful & practical with fast-onset plants, not eg cactus or ibogaine which takes many hours to reach peak.
Simplified model: peak time = 2 hours after t0 of dose 1.
At time of peak = 2 hours, take 2nd round of wine.
As effect from dose 1 declines, effect from dose 2 rises.
The decline & the rise cancel out, giving a flat constant intensity that has a duration that’s the same as the rise time.
Oregon 109’s redose: 25mg then at t-peak= 2 hours, 2nd 25 mg dose.
Resulting shape: 2 hours of rise ramp then 2 hours of constant cruise level then 2 hours of ramp decline to baseline.
Timing and amount of round 2 or 3 causes safe oscillation around target intensity level.
Schedule35 website, or article about Golden TEACHER strain of cubensis, claims 4 hours total – but instead focus on a burst trigger model:
What is the time to rise to peak level? That’s what matters for useful redose timing design, not total duration.
At what time is decline detected? Serve next round of wine when detect decline.
You have no brake pedal, and instead of a variable gas pedal, you have a pushbutton to initiate a ramp up that takes x hours to peak.
Golden Teacher is supposedly short-lasting, has ramp-up time of half of the 4 hours total duration = 2 hours.
Let us do a simple demo curve summation calculation based on 2 hours ramp-up time.
That is the number to focus on: time to peak = 2 hours, therefore after start declining at 2 hours, then do 2nd round; initiate ramp-up to compensate for the decline.
Resulting shape: trapezoid, or twin mountain; or the most sophisticated model/ intensity curve shape to aim for is: ramp up, then oscillate around the target level, then ramp down.
2 hours of climb, then 2 hours of fairly constant cruise intensity level, then 2 hours of decline to baseline.
Can do a 3rd round of mixed wine when start to decline: thus can effect the ideal goal of oscillating safely around the target intensity level.
Activity per Eadwine Image
Test control stability when rely on no-free-will / non-branching possibilities.
The Egodeath theory 