[Virtual State (OP)]

I say virtual because it is required for all paths of interference to be taken at the same time, virtually.

As @alancalverd pointed out, try not to confuse the models models we use with an implied reality.
Put a stick vertically in a pond and then throw a pebble in the pond, the wave radiates out from the impact point and encounters the stick, it does not take all possible paths. However, if we calculate what would happen if it took all possible paths we would find that they all cancel out except the shortest time. We can perform similar calculations with cannonballs, using least action.

That was very interesting.

Scalar Volumes have all possible paths available, but it uses the path with the shortest Time (Principle of Least Action). It has Uncertainty because all possible paths of Vector are available.

The larger the scalar volume, the less possible paths. The amount of Uncertainty goes down with the number of paths.

A non-local wave is going to have plenty of paths (Uncertainty) to tunnel.

[Bored chemist]

Tunneling is observed after it happens.

Which makes it different from... what?

[Bored chemist]

Scalar has two problems for tunneling.
1. It is a scalar volume which means it is physical.

What is a "scalar volume"?

What do you think "physical" means?

[Virtual State (OP)]

Observing a wave before tunneling is going to prevent it from doing so because it is now scalar.

I provided the list (image) of properties of scalar, "volume" is written under the list for a reason.

Physical matter is scalar. It has real properties of scalar.

[Bored chemist]

Observing a wave before tunneling is going to prevent it from doing so because it is now scalar.

I provided the list (image) of properties of scalar, "volume" is written under the list for a reason.

Physical matter is scalar. It has real properties of scalar.

None of that makes any sense.

[Virtual State (OP)]

Is Time a Vector Force that Scalar describes as Local, Relative, and Cyclical Time?

Is the Speed of Light a Force from Vector that Scalar describes with a Scalar Speed?

[Colin2B]

The larger the scalar volume, the less possible paths.

The number of paths is always infinite otherwise the calculation doesn't work even for cannon balls.
It would help if you dropped the scalar, all volumes are scalar quantities so the qualifier is superflous and is why everyone is asking what you mean.

[Bored chemist]

Is Time a Vector Force that Scalar describes

Stop pretending that "scalar" is a noun.

[Virtual State (OP)]

What says scalar volumes can't be self contained closed systems? Entropy requires it.

There is a difference between physical and virtual paths available.

[puppypower]

Space and time are connected within inertial references. We call this symbiosis of distance and time, space-time. At the speed of light reference, space-time becomes discontinuous; division by zero, allowing space and time to act independently of each other. Things like tunneling require unattached time and/or distance, from the c reference, adding extra time or distance to space-time; time and distance potentials. 

If you look at acceleration due to any force, acceleration is d/t/t or one part distance and two parts time. There are two time vectors, one from space-time and one from the c-reference.

There can also be extra distance potential within space-time; dd/t. This can create uncertainty in inertial position, at any point in space-time; Heisenberg.

Because space and time are disconnected in the speed of light reference, and time can act independently of distance; omniscience, and distance can act independently of time; omnipresence,  a state is created in the c-reference that defines infinite entropy. This infinite entropy state of the c-reference is the potential behind the second law, which appears in inertial reference. Infinite entropy means zero free energy or the speed of light reference is at the lowest free energy potential in the universe. Inertial is heading toward lower potential via the second law.

Since entropy needs to absorb energy to increase within inertial reference, and since the speed of light reference is at lowest potential, the energy has to come from the inertial reference, Through interaction with the c-reference, the needed energy is extracted from inertial. This occurs through  space-time interaction with dissociated distance and time; tweaks to wavelength and/or frequency and directed anomalies in position and/or time.

As a loose analogy, picture the zero potential of the c-reference, being a deep hole within inertial, but it is covered with layers of floors. Separated distance and time open up the floors to create an amplified potential, not expected in inertial, but consistent with the c-reference. There is an induced vacuum, in time and/or distance, that can suck up the needed energy.

The extracted energy, due to the entropy increase, then goes to the dead pool and is no longer net reusable by the inertial universe. The inertial universe is then one step closer to the c-reference; lower useable energy. While the dead pool energy has its own entropy potential, that is even more interactive with dissociated time and space; dead pool information is evolving.

[Virtual State (OP)]

What does Vector Displacement say about the landing positions of interference or the Principle of Least Action?
Is displacement a bridge between Vector and Scalar?

What is energy when it isn't being described/used by Scalar(local)? Is it coherent?

Omnipresence is on the Vector side, it is all possible paths.

Can "distance potential" be from the availability of all possible paths? How about a phasor that didn't complete its cycle?

All types of movement are from Vector. Scalar volumes(physical matter) would be frozen without it.

Spacetime is Scalar, Time from it is relative. It is what causes age. Waves are not using relative time to propagate.