Đang chuẩn bị liên kết để tải về tài liệu:
Theory of Brain Function quantum mechanics and superstrings - part 1

Vi ống (tấn), cao phân tử protein xây dựng the Cytoskeleton, tham gia vào một loạt các quá trình động học trong tế bào. Quan tâm đặc biệt đối với chúng tôi là tham gia tấn trong bioinformation quá trình như học tập và bộ nhớ, bằng cách sở hữu một số nhị phân nổi tiếng sửa lỗi mã | arXiv hep-ph 9505374 v1 24 May 95 ACT-08 95 CERN-TH 95-128 CTP-TAMU-22 95 hep-ph 9505374 Theory of Brain Function Quantum Mechanics and Superstrings D.V. NANOPOULOS Center for Theoretical Physics Department of Physics Texas A M University College Station TX 77843-4242 USA and Astroparticle Physics Group Houston Advanced Research Center HARC The Mitchell Campus The Woodlands TX 77381 USA and CERN Theory Division 1211 Geneva 23 Switzerland Abstract Recent developments efforts to understand aspects of the brain function at the subneural level are discussed. MicroTubules MTs protein polymers constructing the cytoskeleton participate in a wide variety of dynamical processes in the cell. Of special interest to us is the MTs participation in bioinformation processes such as learning and memory by possessing a well-known binary error-correcting code K1 13 26 5 with 64 words. In fact MTs and DNA RNA are unique cell structures that possess a code system. It seems that the MTs code system is strongly related to a kind of Mental Code in the following sense. The MTs periodic paracrystalline structure make them able to support a superposition of coherent quantum states as it has been recently conjectured by Hameroff and Penrose representing an external or mental order for sufficient time needed for efficient quantum computing. Then the quantum superposition collapses spontaneously dynamically through a new string-derived mechanism for collapse proposed recently by Ellis Mavromatos and myself. ACT-08 95 CERN-TH 95-128 CTP-TAMU-22 95 May 1995 Extended version based on an invited talk presented at the XV Brazilian National Meeting on Particles and Fields Angra dos Reis Brazil October 4-8 1994 and on an invited talk at the Physics without frontiers Four Seas Conference Trieste Italy June 25-July 1 1995. E-mail dimitri@phys .tamu. edu or nanopoud@cernvm. cern. ch At the moment of collapse organized quantum exocytosis occurs i.e. the simultaneous emission of neurotransmitter molecules