Author String Time Crystal

Introduced by the author, string time crystals conceptualize a state of matter that defies the time-translation symmetry inherent in classical physics. In this theoretical system, strings exhibit periodic motion in their ground state, akin to the spatial periodicity in crystal lattices, effectively breaking the symmetry of time translation in a predictable, clock-like pattern.

Dr Habdank Tadeusz

Bio

Doktor Tadeusz Habdank, Nanotechnology and nanomaterials specialist, inventor, B.Eng. and M.Sc. in metrology at West Pomeranian University of Technology, completed postgraduate studies of Technical Physics at AGH UST, received his PhD in materials science (West Pomeranian University of Technology, Szczecin, Poland ,1991). Since 1980 research specialist at AGH-UST, Krakow, Poland, Acting chairman of the Polish SEP Committee for Graphene Technology, Director of DARQ PINS Institute. Specializes in graphite sensory materials. Later expanding to research in quantum electrochemistry, electrotribology, nanomaterials, micronanotechnology, Graphene Quantum Tunneling Composites for applications in sensors. Has broad experience in practical applications and is member of a range of research projects and research consortiums. Author of more than 90 publications and about 20 patents. He is interested in the advancements in quantum computers and participates in IMB Quantum Experience platform. Most recently, he is actively involed in projects within health improvement, focused on the electrophysiological research, electromagnetic biometrics and the therapeutic use of neurofeedback, bioresonance as well as quantum therapies. Currently develops scitific foundation for Superstring Time Crystal and Quantum Neurofeedback with Bifurcation Oscillations

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