A 4x4x4 magic cube consists of an array of cells that each
hold a number. These numbers are such that each row, column, pillar, and each of
the four triagonals sum to the constant.
Imagine a structure such that each cell was actually itself a small cube. If we
place a number on each of the six surfaces of each cubelet, it is possible to
have 6 magic cubes, one of which is represented by each face of the cubelets.
Herein is described a physical model of such a cube.
![]()
The Six cubes listed
![]() |
White S = 760
Bottom +
1 Bottom
|
Blue S = 764
Top
Top - 1 Bottom + 1 Bottom
2
356
218
188
368
38
152
206
110
248
326
80
284
122
68
290
374 32
158
200
20
338
236
170
266
140
50
308
104
254
320
86
56
302
272
134
314
92
98
260
164
194
380
26
230
176
14
344
332
74
116
242
62
296
278
128
224
182
8
350
146
212
362
44
Red S = 768
Top
Top - 1 Bottom + 1 Bottom
3
357
219
189 369
39
153
207
111
249
327
81
285
123
69
291
375
33
159
201
21
339
237
171
267
141
51
309
105
255
321
87
57
303
273
135
315
93
99
261
165
195
381
27
231
177
15
345
333
75 117 243 63 297 279 129
225 183 9 351
147 213 363 45
Pink S = 772
Top
Top - 1 Bottom + 1 Bottom
94 316
262 100 304 58 136 274 178 232 346 16 196 166 28 382
298 64 130 280 76
334 244 118
214 148 46 364
184 226 352 10
40 370 208 154
358 4 190 220
124 286 292 70
250 112 82 328
340 22 172 238
34 376 202 160
256 106 88 322
142 268 310 52
Green S = 776
Top
Top - 1 Bottom + 1 Bottom
95
317
263
101
305
59
137
275
179
233
347
17
197
167
29
383
299
65
131
281
77
335
245
119
215
149
47
365
185
227
353
11
41
371
209
155
359
5
191
221
125
287
293
71
251
113
83
329
341
23 173 239
35
377 203 161
257
107 89 323
143
269 311 53
Yellow S = 780
Top
Top - 1 Bottom + 1 Bottom
240
174
24
342
162
204
378
36
324
90
108
258
54
312
270
144
156
210
372
42
222
192
6
360
72
294
288
126
330
84
114
252
282
132
66
300
120
246
336
78
366
48
150
216
12
354
228
186
102
264 318 96
276
138 60 306
18
348 234 180
384 30 168 198
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Harvey Heinz harveyheinz@shaw.ca
This page last updated
October 14, 2009
Copyright © 2003 by Harvey D. Heinz