Duration: 2:27

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It's a gfx representation of nodes with connections created in my simulation (experiment) of the early universe at t=1000

In every step t, one random node splits, and new connections are created to keep the universe consistent and whole (because there can only be 1 everything, so everything has to be connected:) ...

btw, if there is no split ... there is no time. In other words, time=change ... my guess is that all 'forces' will emerge from this rule, if my rule is the correct one that is. Now I started with Nothing, and the big question was, 'Now what?' ... and the only answer was 1 (and a self connection). Again the question was, 'Now what?' and that obviously was 2 ... but not only 2 but a 1-2 state (with the connection). The change from 1 to 1-2 creates 1t (and thereby creates time). The next step obviously is 3. In my current rule I take a random node, split it and (re)wire the connections. Some nodes drift apart because nodes are created in between them, yet these drifted apart nodes are still directly connect in some previous step ...this might be what we call 'gravitation'

... anyway, there is still work to do:)

snippet of phyton/sqlite:

cur.execute("INSERT INTO Network (N1,N2,Jump) VALUES (1,1,0)")
for N in range(1,U):
x = random.randint(1,N)
m = N+1
y = cur.execute("SELECT N2 FROM Network WHERE N1=? AND Jump=0",(x,)).fetchone()[0]
cur.execute("UPDATE Network SET Jump=1 Where N1=?",(x,))
cur.execute("INSERT INTO Network (N1,N2,Jump) VALUES (?,?,?)",(x,m,0))
cur.execute("INSERT INTO Network (N1,N2,Jump) VALUES (?,?,?)",(m,y,0))