시간
-----------------
자 ㅣ 같다 다르다
ㅣ
ㅣ
리 ㅣ 다르다 같다

Well, I tried to show you a simple flow table or truth table
used in computer designs, but the table does not come out on
koreatimes.com software as I intended, but close enough.
Points
1. There are no exceptions of reality to escape from these 4
outcomes unless you break the fundamental laws of thermodynamics
1st. law - Conservation of energy ; energy and matter can be
tranformed from each other but cannot be created or diminished.
2nd. law - Entropy increases indefinitely and irreversively.
We learned everything existing in the universe since the big bang(theory) 13.5 billion years ago has to obey these laws at least. Nobody knows what was there before then. Even this last
point may be meaningless because time we know started at that
moment of the big bang.
---------------

Even '묘한 무" cannot escape these laws, because our perception
of any kind arises from our brains - only about 3 lbs. of neurons, dendrites, axons and synapses...they are all under these laws.
---------------

The simple truth table above allows us to perceive the reality
in all possible combinations of time and reality; you cannot hide or escape anywhere else. You can enjoy vanila icecream with
pistachio nuts, which is the case of at the same time, at the same place. You can enjoy this icecream at 12 noon and a lobster dinner in the evening, which can be the case of the same place, at different time. My wife is calling "Dinner!". I'll come back later. I'm back. We eat one meal a day for 20 years or longer now, without getting hungry all day and even
untill late night time dinner too , because of late housework
chores etc.
--------------
You can figure out the rest of the truth table easily.
Where does this mysterious "묘한 무" come in this truth table?
I don't know. I'd like to know. would anyone, please? Could anyone ask 도올 김용옥? Would anyone tell me where to ask?
---------------
X
00 01
Y
10 11

where X and Y are time and place variables, and 0 stands for
different, 1 stand for the same. In computers, XY=00, 01, 10, 11. With 2 variables X and Y, there are only 4 ouputs, not more not less; 1. at different time, at different place.
2. at different time, at same place.
3. at the same time, at different place
4. at the same time, at the same time.
Well, this second try on truth table seems neater and easier to understand. Please tell me where can "묘한 무" exist or hide and
appear later? If there is another place or time, we have to add
more variables to account for them, like computers do within
the limit of word length, like 64 bits of this computer.
Here, I'm borrowing logical, realistic processes of computers
with only 2 variable to show that any theorems based on any number of axioms can exist in a certain number, not in many
different numbers, ie., existing or not existing. Goedel's incomplete theorem only asserts that we never know this certain
number is final, which is not the question here. Science is not
complete, maybe never. But it is the only yard stick we have to help us to comprehend reality. My point is 묘한 무 is only 묘한 무
until our only yard stick, however crude it may be yet, can prove it. I would rather leave it to the poets, for now.
-----------
My second try in truth table did not come on again as I put in
, although both tables still exist in my correction page, as I originally clicked in. My explantions are simple enough for you
to understand.