That's a little misleading. Acceleration hasn't any effects on human body. You can't sense gravity: free fall is the same as ingravity. What you can feel is forces being transmitted by matter contact.
If you can create a field that transmits a force similar to gravity uniformly, there would be no pressure.
Now you're moving again goal posts just "to be right". That's incredibly childish.
Of course you haven't adressed my core point, possibly because you can't understand it.
Edit: try stating my point and we'll see what's on your mind.
I believe your core point is that humans can't detect a force which acts identically on their whole body. Have I understood? This statement is true, of course, but does not seem relevant in context, as it seems to ignore all but the one sentence you quoted, which itself is true in its own context. I don't consider Pyxl101's ignoring of magical-seeming hypothetical technology to be misleading.
Pyxl101's comment [1], which you replied to, is all about practical technology. In that context, your comment seems like an irrelevant technicality (I think this is why you got downvoted), as no practical mode of transport can move someone without physical contact, which transfers force unevenly (just to the parts of the body in contact with the vehicle).
More than "detect", a uniform force simply doesn't affect us.
This statement is true, of course, but does not seem relevant in context...
On the contrary, the thread was started discussing if we could be facing a far superior technology, continued by Pyxl101 speculating UFOs could be drones because enormous accelerations prevent manned ships, and then I pointed that, if it's really a futurist technology, acceleration in itself could not be a problem.
... no practical mode of transport can move someone without physical contact
The "practical" thing has been inserted by yourself. Also it's not about "practical" it's about "known by us".
That would be pretty bulky and costly to include in an aircraft cockpit, but I wonder if it would solve the G-force problem.
I'm not sure if this would actually be better, though. 7 Gs of acceleration would be experienced as 7 bar pressure, equivalent to water pressure at 60 meters underwater, which is quite deep. Rapid changes in pressure between 1 bar and let's say 7 bar would probably be more uncomfortable to experience than regular G-forces.