Quote:
Originally Posted by Subterranean
So, in their extremes:
Environment\field = infinite + inert
Object = local + volatile
um..i dunno about that...
you can have continuous fields (Ni; Si) or discrete fields (Ti; Fi)
you can have continuous objects (Ne; Se) or discrete objects (Te; Fe)
i don't kow how infinite/local and inert/volatile fit in with this
"it's kind of like trying to explain the concept of time to children without using objects. "
time is changes that occur relative to something else, so yes, in order to explain the concept of time, you have to use objects.
Time is an
abstract concept (as opposed to requiring involvement);
Time requires the use of
fields (changes that occur relative to an object);
Time is generally considered
continuous (as opposed to discrete);
Ni has been defined as abstract continuous fields
this is why Ni and Time are attributed to each other.
(but Ni isn't limited to focusing on time, time is just one example of Ni)
But break up that time into discrete changes that occurred relevant to something else, and you've moving into the realm of Ti/Fi.
Try to define those discrete changes and you've moved into Ti.
so really...anytime we try to define Ni using worded examples, we're pretty much forced into Ti-ing it.