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<H2>Rethinking neural networks: Quantum fields and biological data</h2>

Karl Pribram, editor 1993 "Rethinking neural networks: Quantum fields and biological data"  Lawrence Erlbaum Associates, New Jersey & INNS Press, ISBN 0-8058-1466-3<BR>
<BR>
<B>Foreword	:</b>  Karl H. Pribram<BR>
<B>Keynote	:</b>	 John C. Eccles "Evolution of complexity of the brain with the emergence of conscousness"<BR>
<B>ViewPoint:</b>  Michael Stadler, Peter Kruse "Neurodynamics and synergetics"<BR>


<A id="Section I.  The dendritic microprocess"> </a>
<H3>Section I.  The dendritic microprocess</h3>

<UL>
	<LI><I><B>From stochastic resonance to Gabor functions:</b> An analysis of the probability density function of interspike intervals recorded from visual cortical neurons</i><BR>
		Dale Berger, Karl Pribram 
	<LI><I><B>Automated recognition of action potentials on extracellular recordings</b></i><BR>
		Isaac Bankman 
	<LI><I><B>Cled neural-dendritic processes:</b> Cooperative stochastic ects and the analysis of spike trains</i><BR>
		A.R. Bulsara, A.J. Maren 
</ul>


<A id="Section II.  Quantum neurodynamics"> </a>
<H3>Section II.  Quantum neurodynamics</h3>

<UL>
	<LI><I><B>The basis of quantum brain dynamics</b></i><BR>
		Mari Jibu, Kunio Yasue 
	<LI><I><B>Advances in the theory of quantum neurodynamics</b></i><BR>
		Robert Dawes 
	<LI><I><B>Information processing in the dendritic net</b></i><BR>
		Bruce MacLennon 
	<LI><I><B>Field computation in the brain</b></i><BR>
		Bruce MacLennon 
	<LI><I><B>Analog VLSI network models:</b> Cortical linking neural net models and quantum holographic neural technology</i><BR>
		Walter Shempp 
	<LI><I><B>Quantum theory and neural systems:</b> Alternative approaches and a new design</i><BR>
		Paul Werbos 
</ul>


<A id="Section III. Nanotechnology"> </a>
<H3>Section III. Nanotechnology</h3>

<UL>
	<LI><I><B>Nanoneurology and the cytoskeleton:</b> Quantum signaling and protein confirmational dynamics as cognitive substrate</i><BR>
		Stuart Hameroff, Judith Dayhoff, Rel Lahoz-Beltra, Steen Rasmussen, Ezio Insinna, Djuro Koruga 
	<LI><I><B>Modulation of neurotransmitter function by quantum fields</b></i><BR>
		Glen Rein 
	<LI><I><B>The neuronal cytoskeleton:</b> A complex system that subserves neural learning</i><BR>
		Judith Dayhoff, Stuart Hamerof, Charles Swenberg, Rafael Lahoz-Beltra 
	<LI><I><B>Spatio-temporal chaos information processing in neural network - electronic implementation</b></i><BR>
		Harold Szu, Brian Telfer, George Rogers, Desa Gobovic, Charles Hsu, Mona Zaghloul
</ul>


<A id="Section IV. Perceptual processing"> </a>
<H3>Section IV. Perceptual processing</h3>

<UL>
	<LI><I><B>Neuronal encoding of information related to visual perception, memory, and motivation</b></i><BR>
		Barry Richmond, Timothy Gawne, Troels Kjaer, John Hertz
	<LI><I><B>Efferent programming of the striate cortex</b></i><BR>
		Bruce Bridgeman
	<LI><I><B>The emergence of chaotic dynamics as a basis for comprehending intentionality in experimental subjects</b></i><BR>
		Water Freeman
	<LI><I><B>The formation of live  neural networks on electronic chips</b></i><BR>
		Harold Szu, Jung Kim, Insook Kim
</ul>
<BR>


<B>Afterword :</b>  Karl H. Pribram<BR>
<BR>
<BR>
04Apr2021 initial draft, from book that I bought sometime ~1998-2003<BR>
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