Backgrounds: Based on SYK-related models, Majorana particle is a fermion that is its own antiparticle. Recent discovery on simulating traversable wormhole by quantum processor based on Majorana particle is a significant progress in quantum simulation. By adding possible extendable approaches, more possibility could be suggested. Objectives: Discovering symmetry conservation attribute from Majorana particle to expand its usage for wormhole. Methods: By applying to the simplified non-unit model, additional considerations for simulating wormhole would be discovered. Results: Additional considerations of expanding holographic wormhole could be discussed in model.
Backgrounds: Based on SYK-related models, Majorana particle is a fermion that is its own antiparticle. Recent discovery on simulating traversable wormhole by quantum processor based on Majorana particle is a significant progress in quantum simulation. By adding possible extendable approaches, more possibility could be suggested. Objectives: Discovering symmetry conservation attribute from Majorana particle to expand its usage for wormhole. Methods: By applying to the simplified non-unit model, additional considerations for simulating wormhole would be discovered. Results: Additional considerations of expanding holographic wormhole could be discussed in model.
Backgrounds: Based on SYK-related models, Majorana particle is a fermion that is its own antiparticle. Recent discovery on simulating traversable wormhole by quantum processor based on Majorana particle is a significant progress in quantum simulation. By adding possible extendable approaches, more possibility could be suggested. Objectives: Discovering symmetry conservation attribute from Majorana particle to expand its usage for wormhole. Methods: By applying to the simplified non-unit model, additional considerations for simulating wormhole would be discovered. Results: Additional considerations of expanding holographic wormhole could be discussed in model.