Characteristics of an on-chip polariton successively filtered circuit

Impact of the Energetic Landscape on Polariton Condensates' Propagation along a Coupler

“…Concurrently, diverse polariton devices have been proposed, such as polariton lasers, [ 11–13 ] optical gates, [ 14 ] transistors, [ 15–17 ] spin‐based elements, [ 18–21 ] and integrated circuits. [ 22–24 ] Yet, a close look at the dynamics of propagating polariton condensates along non‐straight circuits is lacking, a void we start filling with this work. We find that the potential landscape that polaritons experience depends on their position along the circuit and that this fact is not linked with a wedge gradient, habitual in semiconductor microcavities.…”

Deep Meditation Model based-on Polariton Successive Filtering Method

“…The temporary situation at the singularity point of time will be gone forever (nirvana) [13]. In a manipulation, the polariton signal filtering system can be modeled and similarly found in the references [8,12]. By using the almost closed system operation, from which the required polariton signals generated by the coupling between the strong electromagnetic fields and the ionic-dipole-like charges, in which the optical field propagation through the gold grating within the system can generate the quasi-polariton, which is the wave-particle aspect.…”

“…Human brain signals can be configured by the electromagnetic waves that circulate within the brain and connect to cells throughout the body, in which the communication between the brain and cells can be performed [1][2][3][4]. Principally, the coupling between the strong electromagnetic field which is a very short and intense pulse and the ionic dipole can introduce the waveparticle duality form called a polariton [5][6][7][8]. The polariton is a quasi-particle having two Rabi oscillation frequencies generated by a two-level energy system [9][10][11], which has two Rabi oscillation frequencies.…”