1.   Screen projection while audience is being seated

      2.   Demonstration of numerical inherent order in the solar system

      3.   Demonstration of numerical order in the Periodic Table of Elements

4.      Crop circles at Barbury Castle in Wiltshire, England in 2008

      5.   The crop circle segmented into tenths (36°)

6.      The hidden numerical order of 10 digits of Pi rounded off at the last digit

7.      The size-3 magic square showing its embryonic deficiency

8.      The size-4 magic square showing its embryonic deficiency

9.      The first perfect Magic Square – size-5

10. The first near-perfect Magic Square – size-6

11. Attempt to perfect the near-perfect Magic Square – size-6

12. The next in order near-perfect Magic Square – size-10

13. The hidden underlying pattern for the size-10 Magic Square

14. The near-perfect size-18 Magic Square

15. The size-9 perfect Magic Square

16. The size-15 perfect Magic Square

17. The hidden pattern underlying the size-15 Magic Square

18. The size-12 perfect Magic Square (x4)

19. The size-20 perfect Magic Square (x4)

20. The hidden pattern underlying the size-20 Magic Square

21. The alternate pattern underlying a size-20 Magic Square

22. An alternate size-20 perfect Magic Square (x4) with unequal symmetric row pairs but with all equal quadrals

23. The pattern of perfect and near-perfect Magic Squares to size-114

24. The determinants of Magic Squares from size-3 to size-16

25. The determinants of Magic Squares from size-17 to size-34

26. Measurement of virtual space vs. real space

27. Isotropy of 2-imensional space

28. Demonstration of Continuous Modularity

29.The characteristic circle of the size-8 Magic Square (4x)

30.The characteristic circle of the size-28 Magic Square (4x)

31.The 3 axes, A, B & C, of a cube

32.The size-3 perfect Magic Cube

33.The Octahedron and its representation in a cubic table

34.The size-4 perfect Magic Cube

35.The size-5 perfect Magic Cube

36.Depth-sums of the size-5 perfect Magic Cube and the reduction along its B-axis to a perfect size-5 Magic Square

37.Characteristic spheres of size-4x perfect Magic Cubes

38.Viewing perfect Magic Quadracubes in 4-dimensions

39.The size-3 perfect Magic Quadracube

40.The duality property of odd-size perfect Magic Quadracubes

41.The identification of hexadectal and icosahedron patterns in perfect Magic Quadracubes

42.Reduction of the size-3 perfect Magic Quadracube along its D-axis to a perfect size-3 Magic Cube

43.The size-4 perfect Magic Quadracube

44.The size-4 perfect Magic Quadracube laid bare

45.Group column exchanges in the size-4 perfect Magic Quadracube

46.Group row exchanges in the size-4 perfect Magic Quadracube and its resulting perfect dual Magic Quadracube

47.The size-16 perfect Magic Square for comparison with the square table of  the size-4 perfect Magic Quadracube

48.The perfect size-5 Magic Quadracube

49.The four axial depth-sums of the perfect size-5 Magic Quadracube

50.Reduction of the size-5 Magic Quadracube’s depth-sum table along the D-axis to a perfect size-5 Magic Cube

51.Reduction of the depth-sum table of the resulting perfect size-5 Magic Cube along its own B-axis to a perfect size-5 Magic Square

52.Reduction of depth-sum tables along both the B- and D-axis of the size-5 perfect quadracube to two perfect size-5 Magic Squares simultaneously, each the transpose of the other

53.Embedded cubes in 4-dimensional space -- a 4-dimensional cube

54.The size-5 Magic Quadracube mapping of the 4-dimensional cube as a torus

55.Aview of the torus’s mapping in 4D space alongside the mapping of its dual quadracube

56.The matchmakers magic square of size-9

57.The matchmakers magic square of size-9 normalized and laid bare

58.The characteristic circle of the size-12 matchmakers magic square

59.The reduction of the depth-sum table of the size-5 matchmakers Magic Cube along all 3 axes showing that the cube is identical when viewed from any axial direction

60.Confirmation of identical views along all three axes

61.The Mandelbrot pattern, a complex fractal pattern that reproduces itself in various segments on the same level and on higher and lower levels simultaneously just as does the magic quadracube and its same-size cubic contraction and quintacubic expansion

62.The Dzeni pattern, a fractal pattern that only consumes and reproduces itself on higher and lower levels but not across the same dimensional level

63.A jet breaking the sound-barrier and the StrarTrek Enterprise spaceship entering the 4^th dimension after accelerating through the light-barrier

64.A table summarizing all the known physical dimensions along with the hypothesized 4^th dimension indicating that time is a property of the dimensional level and not a dimension itself: the lower the dimensional level the faster the passage of time

65.The size-7 perfect Magic Grid-Diamond

66.The size-7 perfect Magic Criss-cross Diamond