I remember seeing an experiment a long time ago where someone wore goggles which inverted their view of the world. Within a few days their brain had adapted and they could function normally. I cannot remember if the world still looked upside-down to them.
Sorry, but i couldn't resist beeing sarcastic. Everything in Australia is upside down, isn't it?
Just think of it as wiring the sensors (our eyes) correctly and you get the kind of result you want.
@keith1200rs Isn't it amazing how flexible the brain is!? Automatically rewiring the sensors in a few days.
A few years ago I read the book "Your Brain: The Missing Manual" and I was shocked for weeks by how fuzzy the brain is.
Just think of it, the world is managed by jelly lumps like this.
It's absolutely worth buying but if you search the net there seem to be many places where you can download the ebook.
Here is something more for you to worry about. The image from each eye is partially split at the optic chiasm and mapped to different sides of the optic cortex. See: Optic chiasm - Wikipedia, the free encyclopedia So, the image our brains get is actually coded and processed for interpretation.
Another intriguing thing about our eyes is that injuries seeming to affect only one eye may affect the other as well. That explains some of the treatments that are used to prevent such sympathetic pathology. It also played an interesting historical role in the life of Braille: