The important factor is that one tower has 2 hallways and the other has one..
Which tower has which?
Please re-post the images in question, with all of the hallways highlighted.
The light bleeds over the staggered floor without the hallway. If you enlarge that sunrise image you will find a wide gray band between the reflected light from the vertically adjacent halls.
How do you know this? I have created an enlargement as you requested (see below). There are no such grey bands.
If you see grey bands, highlight them, and re-post the image.

You'll surely notice the pixellated appearance. Those are the individual pixels from your source image. They
cannot be sharpened without
losing detail, because sharpening destroys existing image information, and replaces it with more differentiated zones of colour. When you post an image, do not sharpen it.
It is no such thing. Proof of fraud requires motive, means and opportunity to commit the crime (in this case, falsifying a report with fraudulent intent).
Your image does not show motive. Your image does not show means. Your image does not show opportunity. Therefore your image is not proof of fraud.
Your image depicts the destruction of the WTC.
A single image is not proof of a "high speed of series" of anything. Absent evidence like plumes of flame, you must realize that without knowledge of what debris is being expelled (average and distribution of mass, coefficients of drag, etc.), and knowledge of the explosion (speed, magnitude, etc.) you cannot accurately predict whether the cloud of dust and smoke is the result of an explosion and collapse, or just of a collapse.
It is not true that you assert that there were 47 1,300 foot columns inthe core area of the towers. I accept raw evidence only and you have produced none whatsoever to prove your assertions. No calculations needed or accepted. An image of the steel core columns in the core area protruding as the building comes down will suffice..
I do not assert that they were continuous. I did not state the quantity (though I have referenced sources which might depict 47). They were constructed by connecting the ends of much shorter column segments together, either by welding, riveting or bolting. This is visible in numerous photos and videos, including the 1983 Port Authority piece.
Why would they necessarily protrude if they were attached to a collapsing building?
Furthermore, you are obviously ignorant of the methods practiced by structural engineers.
Calculations are needed and accepted. When investigating the collapses, do you believe that all the engineering professionals did was to sift through a series of photographs? No, not a chance. It is expected that a structural engineer create and certify his calculations, when he performs an analysis. If you want to tackle problems of a structural engineering nature, you
must also perform calculations. Failing that, all you have is idle speculation.
It is not lighting or perception of detail on the face it is the shape and lack of strcutural steel protruding. Your paragraph is foolis and the link I added to your own words proves it.
It is no such thing. I pointed out that it was impossible to see through the dust cloud.
If you can see through the dust cloud, highlight and re-post the details inside the dust cloud. Identify and label them. But you can't do that, can you?
You cannot see any interior details in the above picture. That's just the way it is. No amount or lack of structural steel protruding will change that fact. You need a higher-resolution image.
You want it both ways now.
You say a pixel is 3 feet wide, How can that be when a
2 foot wide column is visible and the
obvious fine vertical elements which I know to be a hundred or so high tensile steel rebars 3 inches in diameter is also visisble? The rebar is so small it does disappear on the right side. The images prove you wrong and you have never, nor has anyone, provided an explanation for the many fine vertical elements.
If a pixel is 3' wide, what fraction of it is occupied by a 2' column? Did you get 2/3? If so, you should expect that 1/3 of the pixel will be a representation of the background. But because a pixel is the finest unit of detail, its colour is the weighted average of its constituents. 2/3 dark-coloured steel + 1/3 light-coloured background = 1 pixel that is still probably closer to the appearance of dark steel, than it is to light background.
But it is not an image of either, and without knowing beforehand that it was steel and background, you cannot know what was originally contained within this pixel. Let that sink in. If an object is smaller than the pixel size, you are not permitted to say that it is visible, because, by definition, the image does not contain a pixel which belongs uniquely to that object. Something
was there to cause the picture to have a characteristic colour.
But it is totally impossible (not figuratively, but rather literally impossible) to know from a digital image what real-life objects contributed to the pixel, by looking only at that pixel for detail. And what's more, one pixel shows remarkably little detail—you need several pixels to show texture. If you don't have an object several pixels wide, you cannot claim to know anything about the texture.
You are wrong if you claim to recognize hundreds of 3" steel rebars in that picture.
You can perhaps see something that appears to have the same average colour as hundreds of 3" rebars would (in that the pixel that it occupies is coloured the same way), but you cannot see individual rebars. It is impossible. You must understand that there is a distinction between seeing rebar, and seeing a pixel that is equally grey.
If you still claim that I'm wrong, you must draw a 3" (to scale) dimension line on that picture, indicating the width of a rebar seen from the camera's viewing distance. If you can draw such a line, and it is approximately 1/12 of a pixel in width (1/12 of 3' is 3"), then you will have proven me wrong. (Remember, you may not scale the picture, unless you preserve the original pixellation.)