Headway............Hmmmmmm.
What is the definition of headway?
A train sitting in the tunnel, in front of the other train , sitting in the tunnel.
What does that equal 0 Headway.
Andomano has already pointed out your faulty understanding of headway.
Here's another example to highlight your misunderstanding and why you are incorrect thinking that your express trains will generate any increased capacity (to say nothing of the completely fanciful 203%).
Say you are standing in Eglinton station. All you can see of the subway system is from one end of the station platform to the other. You have no visibility what trains are doing before they enter the station or after they leave.
A train arrives, when the front of the train enters the station, it has slowed to 20km/h. You have no idea how fast it was going further up the tunnel.
It loads up passengers and leaves the station (30 seconds total). When the end of the train leaves the station, it has accelerated to 20km/h. You have no idea how fast it will get further down the line.
The next train starts entering the station exactly 1:30 after the previous train started entering the station. It goes through the exact same process. This 1:30 is the headway, the time between two trains.
You stay in Eglinton station watching successive trains arrive exactly 1:30 after the ones before. All are 20km/h when entering the station. All are 20km/h when leaving the station. What they do before or after that, you have no idea.
Lets say train capacity is 1,000 passengers. Your line capacity then is 1,000 people every 1:30 or 40,000 people an hour.
Now, let's say the trains are slowing down from 50 km/h before you see them and accelerating to 50 km/h after you see them. They are still arriving every 1:30 so line capacity is still 40,000 people an hour.
Now let's say the trains never accelerate faster than 20 km/h. They are still arriving every 1:30 so the line capacity is still 40,000 people an hour.
So you see, how fast the trains go or whether they are running express before or after you see them is completely irrelevant to the capacity of the line. All that matters is what the time is between each train. They could be going 10 km/h for all you know but so long as they arrive every 1:30, the capacity is the same.
If you want to increase the line capacity, the only way to do that is to decrease the time between trains (we'll assume it is not practical to increase the number of passengers on each train). The only way you can SAFELY get trains to run closer together, is to use ATC.
That is your fundamental misunderstanding of subway operations and your insistence otherwise is just further evidence that you have not had anything like a constructive conversation with anyone in any position of authority with the TTC because even the dumbest TTC staffer would be able to understand that concept and explain it to you.
What I have created will create a 203% capacity improvement capability, alongside I have figured out further how to have a plan toward achieving the new ridership for that capacity.
Quite bluntly, no, you have not created a 203% capacity improvement capability. You have not created a 1% capacity improvement capability, to say nothing of enticing new ridership.
The fact you continue to repeat the same tired lines despite the fact you have been asked simple and straightforward questions to justify your statements or pointing out fundamental flaws, indicates you have not done the basic analysis or modelling of your ideas that would be the absolute minimum expected before any presentation or meeting with anyone from the TTC or 'key Federal Government Director'.
Simply thinking about something for 1.5 or 2 years does mean it is constructive or productive thinking. Forgive the crude analogy, but teenage boys spend an awful lot of time thinking about sex but that doesn't mean they are going to be all that skilled their first time, no matter how 'outside the box' their thinking.