Danko Georgiev's Papers
GEORGIEV, D. (2005). Complementarity is not violated – critical analysis of Afshar's experimental setup. Pre-print
GEORGIEV, D., PAPAIOANOU, S. & GLAZEBROOK, J. (2004). Neuronic system inside neurons: molecular biology and biophysics of neuronal microtubules. Biomedical Reviews 15: 67-75
GEORGIEV, D. (2004) Solitonic effects of the local electromagnetic field on neuronal microtubules – tubulin tail sine-Gordon solitons could control MAP attachment sites and microtubule motor protein function. CogPrints ID 3894
GEORGIEV, D. (2004). The nervous principle: active versus passive electric processes in neurons. Invited chapter for Electroneurobiologia Vol. 12 (2), pp. 169-230
GEORGIEV, D. (2004). Consciousness operates beyond the timescale for discerning time intervals: implication for Q-mind theories and analysis of quantum decoherence in brain. NeuroQuantology 2(2): 122-145
GEORGIEV, D. (2004). Hitchcock’s Timeless But Changing Universe is Superposed Universe of Space Gradients. NeuroQuantology 2(1): 50-53
GEORGIEV, D. (2004). Chalmers' principle of organizational invariance makes consciousness fundamental but meaningless spectator of its own drama. PhilSci ID 00001702
GEORGIEV, D. (2004). Bose-Einstein condensation of tunneling photons in the brain cortex as a mechanism of conscious action. CogPrints ID 3539
GEORGIEV, D. (2003). Revisiting the microtubule based quantum models of mind: tubulin bound GTP cannot pump microtubule coherence or provide energy for α<->β computation in stable microtubules. CogPrints ID 3251
GEORGIEV, D. (2003). Electric & magnetic fields inside neurons and their impact upon the cytoskeletal microtubules. CogPrints ID 3190
GEORGIEV, D. (2003). Interneuronal macroscopic quantum coherence in the brain cortex! The role of the intrasynaptic adhesive proteins β-neurexin and neuroligin-1. PhilSci ID 00001355
GEORGIEV, D. (2003). Solving the binding problem: cellular adhesive proteins and their control of the cortical quantum entangled network. CogPrints ID 2923
GEORGIEV, D. (2002). Impairment of consciousness in Alzheimer's disease: the amyloid water-filled nanotubes manifest quantum optical coherence interfering with the normal quantum brain dynamics? Quant-ph/0211171
GEORGIEV, D. (2002). The causal consciousness: β-neurexin promotes neuromediator release via vibrational multidimensional tunneling. Quant-ph/0210102
GEORGIEV, D. (2002). Where do the photons collapse - in the retina or in the brain cortex? Quant-ph/0208053
GEORGIEV, D. (2002). The β-neurexin-neuroligin-1 interneuronal intrasynaptic adhesion is essential for quantum brain dynamics. Quant-ph/0207093