ical polymers composed of 'tubulin', the brain's most prevalent protein, arrayed in microtubule walls as hexagonal lattices, slightly skewed to give Fibonacci pattern geometry. Hameroff had long thought, and written about ,microtubule information processing capabilities, but hadn't considered quantum proc

cal polymers composed of 'tubulin', the brain's most prevalent protein, arrayed in microtubule walls as hexagonal lattices, slightly skewed to give Fibonacci pattern geometry. Hameroff had long thought, and written about ,microtubule information processing capabilities, but hadn't considered quantum proce

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