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Perfect magic squares
Most magic 4x4x4 cube
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How to use a panmagic 4x4 square to produce a ‘most magic’ 4x4x4 cube?
 
 
Read on http://en.wikipedia.org/wiki/Perfect_magic_cube everything about the features of the perfect magic cube.
Perfect magic cubes exist from the size (order) of 5x5x5 and bigger.

 
See on www.trump.de/magic-squares/magic-cubes/cubes-1.html the following 4x4x4 magic cube. This 4x4x4 magic
cube is nearly perfect.
 


  



The above mentioned 4x4x4 magic cube has the following magic features:
 
-         the 4 rows, the 4 columns and the 2 diagonals in each level give the magic sum of 130:
-         the 16 pillars give the magic sum of 130;
-         the 16 diagonals (2x4 from the corners and 8x from the middle of the sides) through the 4 levels give the
magic sum of 130;
-         The space diagonals give 100, 120, 140 respectively 160 instead of the magic sum of 130.
 
 
 
You can use a 4x4 panmagic square to produce a ‘nearly perfect’ magic 4x4x4 cube in the next five steps:
 
 
■ Transform a 4x4 panmagic square into the basic pattern of the 1st level of the 4x4x4 magic cube:
 
 
Panmagic 4x4 square              ->              Basic pattern 1st level
1
8
10
15
 
 
 
 
8
1
10
15
12
13
3
6
 
 
 
 
13
12
3
6
7
2
16
9
 
 
 
 
11
14
5
4
14
11
5
4
 
 
 
 
2
7
16
9
 
 
■ Transform the basic pattern of the 1st level into the basic pattern of the 2nd level of the 4x4x4 magic cube:
 
 
Basic pattern 1st level              ->            Basic pattern 2nd level 
8
1
10
15
 
 
 
 
14
11
4
5
13
12
3
6
 
 
 
 
1
8
15
10
11
14
5
4
 
 
 
 
7
2
9
16
2
7
16
9
 
 
 
 
12
13
6
3
 
 
■ Produce the basic pattern of the 3rd level by diagonal (= vertical + horizontal) mirroring of the basic pattern of
the 2nd level of the 4x4x4 magic cube:
 
 
Basic pattern 2nd level    ->   Hor./vertical mirroring    ->     Basic pattern 3rd level
14
11
4
5
 
 
12
13
6
3
 
 
3
6
13
12
1
8
15
10
 
 
7
2
9
16
 
 
16
9
2
7
7
2
9
16
 
 
1
8
15
10
 
 
10
15
8
1
12
13
6
3
 
 
14
11
4
5
 
 
5
4
11
14
 
 
■ Produce the basic pattern of the 4th level by diagonal (= vertical + horizontal) mirroring of the basic pattern of the
1st level of the 4x4x4 magic cube:
 
 
Basic pattern 1st level    ->   Hor./vertical mirroring     ->    Basic pattern 4th level
8
1
10
15
 
 
2
7
16
9
 
 
9
16
7
2
13
12
3
6
 
 
11
14
5
4
 
 
4
5
14
11
11
14
5
4
 
 
13
12
3
6
 
 
6
3
12
13
2
7
16
9
 
 
8
1
10
15
 
 
15
10
1
8
 
 
■ Add in each level fixed column patterns to the basic patterns and produce the level by adding 1x digit from the basic
pattern to 16x the digit from the same cell of the column patern:
 
 
Basic pattern 1st level          Column pattern 1st level             4x4x4 kube, 1st level
8
1
10
15
 
 
3
1
2
0
 
 
56
17
42
15
13
12
3
6
 
 
1
0
3
2
 
 
29
12
51
38
11
14
5
4
 
 
2
3
0
1
 
 
43
62
5
20
2
7
16
9
 
 
0
2
1
3
 
 
2
39
32
57
 
 
Basic pattern 2nd level           Column pattern 2nd level          4x4x4 cube, 2nd level
14
11
4
5
 
 
1
0
3
2
 
 
30
11
52
37
1
8
15
10
 
 
0
2
1
3
 
 
1
40
31
58
7
2
9
16
 
 
3
1
2
0
 
 
55
18
41
16
12
13
6
3
 
 
2
3
0
1
 
 
44
61
6
19
 
 
Basic pattern 3rd level            Column pattern 3rd level           4x4x4 cube, 3rd level
3
6
13
12
 
 
2
3
0
1
 
 
35
54
13
28
16
9
2
7
 
 
3
1
2
0
 
 
64
25
34
7
10
15
8
1
 
 
0
2
1
3
 
 
10
47
24
49
5
4
11
14
 
 
1
0
3
2
 
 
21
4
59
46
 
 
Basic pattern 4th level            Column pattern 4th level           4x4x4 cube, 4th level
9
16
7
2
 
 
0
2
1
3
 
 
9
48
23
50
4
5
14
11
 
 
2
3
0
1
 
 
36
53
14
27
6
3
12
13
 
 
1
0
3
2
 
 
22
3
60
45
15
10
1
8
 
 
3
1
2
0
 
 
63
26
33
8
 
 
You can use this method to produce a ‘most magic’ 4x4x4 cube from each panmagic 4x4 square.


See also a method of construction to produce a perfect 8x8x8 cube.




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Perfect magic squares|Contact / guestbook|3x3 magic square|3x3 magic square, explanation|Sudoku method (1)|Sudoku method (2)|Sudoku method (3)|Pan magic 4x4 square|Pan magic 4x4 square, explanation|Transformation method|Pan magic 5x5 square|Pan magic 5x5 square, explanation|6x6 magic square|Most perfect magic squares, explanation|Khajuraho method|Khajuraho method, explanation|Basic pattern method (1)|Basic pattern method (2)|Basic pattern method (3)|Analysis Franklin panm. 8x8|Basic key method (1)|Basic key method (2)|pan magic 9x9 square|2x extra magic 9x9 square|10x10 magic square|Pan magic 15x15 square|3x extra magic 15x15 square|The perfect magic square|Ultra pan magic 25x25 square|Pan magic 27x27 square|Pan magic 35x35 square|Bordered squares|Inlaid square (1)|Inlaid square (2)|extra magic 44x44 square|Each magic sum|Water retention challenge|Most magic 4x4x4 cube|Perfect magic 8x8x8 cube|Favorite Links