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Does a digital game industry exist?

“If we take eternity to mean not everlasting time but timelessness, then eternal life belongs to those who live in the present.”
(Ludwig Wittgenstein, Tractatus Logico-Philosophicus, 1921)

When we say ‘Digital Game Industry’, we can forget most of the assumptions we have learned at courses on economy. Games are not homogeneous, each is one of its kind. They have no standard use, they have quite different forms according to game genres and players. Most games cannot be picked up as a ‘product’ or cannot be put on market shelves. We can’t even ‘open’ some games, we only ‘enter’ or ‘leave’ from its door. What is being sold as a game in fact looks like a ticket. Entrance ticket to a perpetual virtual world, or entrance ticket to a virtual world that will be instantly created for you. There are single tickets, monthly tickets, unlimited tickets. Sometimes the door is left open and there are only ‘items’ that we buy from the virtual shelves of the virtual world. These concern the players.

Continue reading “Does a digital game industry exist?”

encapsulation is relativity

I think, therefore I am.
I am // I think
imaginary // symbolic

(imaginary — symbolic)–> real

suture is partial and relative. relativity is absolute. suture is absolute. suture is real.

[virtuality — structure]–> encapsulation

encapsulation is partial and relative. relativity is absolute. encapsulation is absolute. encapsulation is relativity.

***

On this topic:

1) objet petit a = “less than zero” = “less than the empty set”

2) Qualia is uncertainty, uncertainty is conditional counting

3) Virtuality is what is left behind by conditional subtraction

4) encapsulation is relativity

5) relativity?

6) Conditional Counting of Qualia

7) Why N-1 in standard deviation?

***

Virtuality is what is left behind by conditional subtraction

On this topic:

1) objet petit a = “less than zero” = “less than the empty set”

2) Qualia is uncertainty, uncertainty is conditional counting

3) Virtuality is what is left behind by conditional subtraction

4) encapsulation is relativity

5) relativity?

6) Conditional Counting of Qualia

7) Why N-1 in standard deviation?

***

in a conditional relation, subtraction segregates a virtual structure () apart from actual structure {}. a virtual structure is only held up by the dots in it.

Continue reading “Virtuality is what is left behind by conditional subtraction”

Qualia is uncertainty, uncertainty is conditional counting

On this topic:

1) objet petit a = “less than zero” = “less than the empty set”

2) Qualia is uncertainty, uncertainty is conditional counting

3) Virtuality is what is left behind by conditional subtraction

4) encapsulation is relativity

5) relativity?

6) Conditional Counting of Qualia

7) Why N-1 in standard deviation?

***

We can distinguish “conditional counting” from the usual “structural counting” by “opening” and “dotting” the usual number representations given in set theory:

structural counting:

0 = {}
1 = {0} = {{}}
2 = {0,1} = {0,{0}} = {{},{{}}}
3 = {0,1,2} = {0,{0},{0,{0}}} = {{},{{}},{{},{{}}}}
...

conditional counting:

0' = ·
1' = · {·}
2' = · {·} { · {·} }
3' = · {·} { · {·} } { · {·} { · {·} } }
...

Continue reading “Qualia is uncertainty, uncertainty is conditional counting”

objet petit a = “less than zero” = “less than the empty set”

On this topic:

1) objet petit a = “less than zero” = “less than the empty set”

2) Qualia is uncertainty, uncertainty is conditional counting

3) Virtuality is what is left behind by conditional subtraction

4) encapsulation is relativity

5) relativity?

6) Conditional Counting of Qualia

7) Why N-1 in standard deviation?

***

natural numbers are usually shown in set theory as follows:

0 = {}
1 = {0} = {{}}
2 = {0,1} = {0,{0}} = {{},{{}}}
3 = {0,1,2} = {0,{0},{0,{0}}} = {{},{{}},{{},{{}}}}

if we introduce objet petit a, a new representation becomes possible:

Continue reading “objet petit a = “less than zero” = “less than the empty set””