NEUROSCIENCE IN THE AGE OF COMPLEXITY

NEUROSCIENCE IN THE AGE OF COMPLEXITY

CONTENTS

INTRODUCTION

Chapter 1 MIND FORCE THEORY: HYPER-NETWORK DYNAMICS IN NEUROSCIENCE

ABSTRACT

1. INTERACTING OSCILLATORS

2. PRECURSORS

3. FIELDS

4. FORCE

4. CONSCIOUS MENTAL FIELDS

5. THE ACONSCIOUS

6. ENERGY

7. FOUR PILLARS

8. MODELING

CONCLUSIONS

BIBLIOGRAPHY

Chapter 2 WHAT IS NEURAL RESONANCE FOR?

ABSTRACT

1. INTRODUCTION

2. THE RESONATE AND FIRE MODEL

3. SIGNAL PROCESSING AND RNF

4. COMPUTING WITH WAVE INTERFERENCE; THE ROLE OF DENDRO-DENDRITIC CONNECTIONS

CONCLUSIONS

REFERENCES

Chapter 3 AN INQUIRY/REVIEW INTO THE GENERALIZED SPECTRUM OF DIMENSIONS, DQ, AND ITS RELEVANCE TO RESEARCH

ABSTRACT

1. INTRODUCTION

2. MATHEMATICAL ANALYSIS

3. EXPERIMENTAL TECHNIQUE AND SIGNAL PROCESSING

4. FRACTAL SPECTRA OF EEGS

5. VISUALIZATION

6. MY WISH LIST

REFERENCES

Chapter 4 CIRCLE MAPPING APPLIED IN NEURAL IMPULSE SEQUENCE ANALYSIS― NEURON CODE RESEARCH

ABSTRACT

I. INTRODUCTION1

II. CIRCLE MAPPING BASED ANALYSIS ON OUTPUT IMPULSE FROM NEURON

III. SYMBOLIC DYNAMICS FOR CIRCLE MAPPING

IV. THE ORDERING RULE FOR RESPONSE OF NEURONS STIMULATED BY IMPULSES OF DIFFERENT FREQUENCIES

V. RULES OF CHANGES OF NEURON WITH RESPECT TO IONIC CHANNEL AND OTHER PARAMETERS

A. Change of K ionic Channel

B. Change of Cell Membrane Capacitance

C. Change of Na Ionic Channel

VI. FURTHER DISCUSSION ON CIRCLE MAPPING

VII. SIGNAL SPACE, ORBIT SPACE AND SYMBOLIC SPACE

VIII. DISCUSSION

REFERENCES

Chapter 5 GENDER-SPECIFIC STRANGE ATTRACTORS DESCRIBE HUMAN BRAIN DEVELOPMENT DURING CHILDHOOD, LATENCY, ADOLESCENCE AND YOUNG ADULTHOOD

ABSTRACT

INTRODUCTION

METHOD

RESULTS

Gender-Specific Regional Clusters of Neural Networks

Local Neural Networks from the Left Hemisphere

Local Neural Network T3T5

Local Neural Network O1T3

Local Neural Network P3F7

Local Neural Networks from the Right Hemisphere

Local Neural Network T4T6

Local Neural Network P4F8

Fitting the Neural Network Data to a Cusp Manifold

CONCLUSION

REFERENCES

Chapter 6 EPILEPTIFORM ACTIVITY IN HIPPOCAMPAL NEURONAL NETWORK TRIGGERED BY HUMAN ANTI-GAD ANTIBODIES

ABSTRACT

1. INTRODUCTION

2. EXPERIMENTAL PROCEDURES

2.1. Cell Preparation and Electrophysiological Recoding

2.2. Sera Acute Application to Cultured Neurons

3. THEORY: THE NEURONAL NETWORK MODEL

3.1. Network Simulation

3.2.IPSPs Simulation and Sorting

3.3. Individual IPSP analysis

3.4. Firing Rates and Inter Spike Interval Distribution

4. EXPERIMENTAL RESULTS

4.1. GAD-Abs Inhibition of GABAergic synapses

4.1. Effect of GAD-Abs on IPSP-Firing Rate and Inter-IPSP-Interval

5. MODEL AND SIMULATIONS

6. DISCUSSION

ACKNOWLEDGMENTS

REFERENCES

INDEX

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