E = G = v = s = achange= 0 + 1 ´ 1 = 1/1 = 1 = 1 any = ∞ = variable = constant , or:
E = G = v = s = achange= 0 + ∞ = ∞/∞ = 1 = 1/1 = 1 any = ∞ = variable = constant
T = f = ρdensity= m = FE = FG = 0 constant (any geometric point or absence of s ; any black hole 0 centre).
Any multiples ]1, 2, 3…∞[ = 0
Any differences 1 – 1;∞ = 0
Any negatives – 1;– ∞ = 0
Examples therefore:
1 = ∞ ¹ 0
1 ´ ;/ 0 = 0
1 ´ ;/ ]1, 2, 3…∞[ = 1 ´ ;/ 0 = 0
1 + 1 = 1
1 – 1 = 0
1 +;– 0 = 1
1 +;– 2 = 1 +;– 0 = 1
2 +;– 3 = 0 +;– 0 = 0
1 ´ ;/ 6 = 1 ´ ;/ 0 = 0
4 ´ ;/ 4 = 0 ´ ;/ 0 = 0
1 ´ (5 / 2) = 1 ´ (0 / 0) = 0
2 / (46 ´ 7) = 0 / (0 ´ 0) = 0
(981 ´ 10) / 3 = (0 ´ 0) / 0 = 0 ; 333 / (37 ´ 9) = 0 / (0 ´ 0) = 0 , etc.
Theory by A. Einstein: “E”= mc² = 0 ´ 1 º = 0 ; by current Standard Physics Model: “v”= s/T = 1/0 = 0 ; “v”= 1 metre/sec = 1/0 = 0 ; “v”= 195,43 km/h = 0/0 = 0 ; “c”= λf = 1 ´ 0 = 0 ; “c”= 300 000 000 metres/sec = 0/0 = 0 ; “a”= a/T = 1/0 = 0 ; 1 metre/100 centimetres = 1/0 = 0 ; 1 metre ´ 1000 = 1 ´ 0 = 0 ; 1°C ´ 100 = 1 ´ 0 = 0 ; 2+2=4–1=3´2=6–6=0… , etc: i.e. non-real/physical current algebra of multiples, negatives and differences.
1 ´ ;/ 1 = 1
1, 1… ∞ = 1 = ∞
A.Chobur, PhD © 2002