0 Foreword	13
1 Introduction	20
Aristoteles, Bruno, Descartes	20
In Search of the Engram	21
Jeffress delay model 1948	22
Noise reduction and channel number	25
Race circuits, space-time duality	27
The concept of interference	28
One-dimensional neural map	30
Bit sequences and time functions	32
Discretized convolution (in half grid)	32
Interference product as a convolution integral	33
Discrete interference product at any angle	34
Continuous interference product at any angle	35
Matrix-Notation	35
Interference nets	36
Mesh-algorithm	36
Genetic code volume	37
Network Types	40
The current neuron doctrine	41
2a Wave propagation	42
Self-interference projection	42
Matrix descriptions of firing pixels	43
Channel vector	44
Pixel mask (pixel vector, interference vector)	45
Channel matrix	47
Example: image convolution into channel space	48
Interference location, difference vector	50
Diffraction	52
Self-interference of a pulse	52
Cross interference (coherence of pulse trains)	53
General phase condition; Coherence	54
Plane projection	55
2b Continuous wave propagation	57
Spherical opening	57
Isotropic curvature with orthogonal front direction	57
Isotropic buckling	58
Parallel guides	60
Articulated rod models	61
Wave propagation at boundaries	62
Perpendicular refraction	63
Perpendicular reflection	63
Symmetrical (optical) reflection	64
Orthogonal reflection and orthogonal refraction	64
Prismatic orthogonal refraction	66
Total reflection	66
Free reflection	67
Free refraction	68
3 Projections without change in refractive index	70
Orthogonal Matrix	70
Elliptical projection	73
Superposition of concentric maps	74
Elliptic inversion	74
Hyperbolic projection	76
Hyperbolic inversion	79
Parabolic projection	80
Combination body	82
Spherical projection	82
Surface projection	83
Projection on the spherical surface	83
Projection on arbitrarily curved surfaces (thread construction)	84
Evolute and involute	84
Conformal mapping, existence theorem	85
4 Projections with refractive index change	87
Movement	87
Zoom	89
Potential control of the interference location (interference adjustment)	90
Delay lenses	91
Focal lengths in the off-axis space	92
Back focal lengths in the space away from the axis	93
Calculation in paraxial space, convex lens	94
Calculation in paraxial space, concave lens	96
Curved meridians of different propagation speeds	97
5 Special Projections	98
Wandering interference location	98
burst generation, underdetermined projection	99
Phase detection by bursts	99
Compositional projections	100
Dimensional change, permutation, partial mapping	100
Permutatory projection	101
Interleaving of pulse sequences, Channel congestion due to cross interference	102
Overlay projection (conjugate p.)	104
Axial conjugate	105
Radial conjugate	105
Permutation & Conjugation	106
Projection of non-morphological maps	107
Storage of channel information	107
Hierarchy formation	109
Feature Extraction	111
Edge detection	111
Tree interference	112
Tree-like hierarchy	113
Areas of action on neuron	114
Detection of geometries	115
Cross interference projections	116
Classification of tutographic projections	117
Multiple cross-interference	118
Code referenced location and vice versa	119
Radial (hyperbolic) location code reference	120
Canonical time allocation	121
Code dependent threshold	123
Mirroring at variable delays	123
Intermedial projections	124
Transit time difference to two receivers	126
6 Delay lines	128
Resolving potential of nerves	128
Technical replicas	129
Stretching experiment on the thumb Thumb experiment	130
Analysis of receiving sites of high entropy	132
Spinal cord excitation model	133
Fiber elongation	133
Neurites with myelination	134
Impulse hike	136
Field types for directed propagation processes	139
Properties of consumption fields	140
Refractory distance; Pulse depletion zone	141
Models for momentum propagation	142
Extinction of meeting impulses	144
Conduction Velocities in Fiber Systems	144
Observation of inaccessible places	145
7 System Optimization	147
Pulse-spacing and running time	147
Dimension and number of channels	148
Burst avoidance	148
Minimum number of channels in an n-dimensional space	149
Curvature of the image plane, extinction	149
Distorted coupling	150
Phantom images	151
Aliasing immunity and redundancy	152
Matrix grid and resolution	153
Reproduction of pulse shape	155
Multiplicative reproduction	155
Summative reproduction	156
Self-Replicating Operations	156
Parameters of pulse interference systems	158
Bandwidth, signal value and priority	160
8a Time functions	161
Rectangular impulse representation	161
Fourier decomposition of periodic signals	161
Complex Fourier Representation	163
Single pulse	163
Gaussian pulse representation	164
Gaussian impulse	164
Gaussian pulse train	166
Calculations with impulse trains	167
Difference of two pulse sequences	167
Sum and product of pulse trains	167
Discretized sum (OR) of impulse trains	167
Discretized product (AND) of impulse trains	168
Theorem on sums and products	169
Equivalent circuit multiplier/adder	171
Pulse combining circuits	171
Relations between pulse sets	172
Migration of interference maxima	174
Opposing waves in self-interference	174
Determining equations for maxima	176
Coincident waves in self-interference	177
Concurrent waves in cross-interference	178
Maxima of periodic time functions	179
8b Code selection with runtime wires	181
Ring-shaped series-connected delay chain	181
Channels of different speeds	181
Ring and line detector equations	182
Transit Time Difference Detector	184
Multiple differential detector for serial code	186
Sequence Analysis and Synthesis	187
Sequence analysis	187
Sequence synthesis	188
Sequence storage	189
Delay Filter	190
Frequency filter	190
Phase detector	190
Runtime Generator	191
Obtaining static levels	191
9a Visualization of waves	194
Snapshots	194
Straight impulse wave	194
Interference of two waves	195
Interference of three waves	197
Skewed encounter of waves	198
9b Multiple interference	200
Circular Wave	201
Hyperbolic wave	202
Intersecting circular waves	203
Quadruple circular wave interference (time-of-flight field)	204
An example of self- and cross-interference	204
Processes that change over time	206
Time plot of opposing impulse waves	206
10 Elementary functions of a neuron	209
Dynamic code generation	210
Dynamic code detection	210
Address of a burst	210
Dynamic neighborhood inhibition	211
Dynamic level generation	212
Simulative verification	212
Summary	214
11 Colored interference systems	218
Inhibition and evolution	218
Potential field, plasticity and stability	218
Inhibition in unstained interference systems	219
About the relative length of a pulse	220
Material interference, colored momentum system	221
Coexistence of colored pulse systems	223
Memory trace; Depth of colored interference space	224
Unstained interference systems, inhibition	226
Swap equivalent for load detection	227
Refractory period and myelination	227
Model of limited resources	228
Ability to learn in hierarchies	228
Refractory period model	231
Threshold model	232
Threshold shift (glia)	234
Distributed runtime model	235
Dendritic dipole momentum	237
Optimal reception	237
Wavefronts on a model neuron	238
Feedback in nerve networks	239
Dynamic Feedback Blocker	239
Static Feedback Avoidance	240
Dynamic inhibition	241
Static inhibition	242
On the structure of stochastically interconnected networks	243
12 Biological modeling	244
Somatotopic areas	244
Model of the visual field	246
Neocortical interference system	247
Model of standing (Proprioception)	248
Model of Humunculus	249
Right-Left Reversal	251
Hyperbolic body projection	251
Dermatome assignment	252
Radial Projection	253
Altitude Mappings of Hand and Spinal Cord	253
Model example command execution	255
Model of back roots	256
Model of the cerebral cortex (pallium)	257
Muscle activation model	259
Wavelength versus muscle length	259
Muscle excitement control model	260
Model of spasm induction	261
Conduction velocity of giant axons	262
Snaking model	262
Model of hearing. Model of movement	263
Changed research methods	264
13 Analytical tools	267
Elements	267
Runtime Diagram	268
Mesh Analysis	269
Path analysis	270
Custom Coordinate Systems	271
Matrix representations	273
Orthogonal interference product (matrix product)	273
Bidirectional interference product	273
Orthogonal interference sum	274
Bidirectional interference sum	274
Walsh analysis	275
14 Mean, Correlation, Convolution	276
Time averaging	276
Linear mean, first order moment	276
Root mean square, second order moment	277
Correlation	277
Autocorrelation	277
Cross correlation	277
Fourier expansion	278
Convolution (Faltung)	278
Summative interference convolution	280
Mask algorithm for interference convolution	280
Comparable Techniques	281
Optical analogue	281
Transformation	283
Calculator implementation	285
Peculiarities of interferential imaging methods	286
Possible applications	288
15 Usability under intellectual property law	289
Summary	290
16 Sources	292
Index	295

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