Rabi antenna using microstrip add-drop multiplexer for electron warp speed investigation

Multiband Rabi antenna using nest microstrip add-drop filter (NMADF) for relativistic sensing applications

“…From the experiments obtained from the circuit according to Fig. 1 , when a particle (electron) moves along the circumference of the circuit, a wave is formed in the middle of the cycle that follows the wave-particle relationship mentioned above and in ref [21] . This work begins with the movement of particles at the speed of light from the input of an alternating electric signal to the input port of the circuit medium.…”

“…The design of the NMADF circuit was based on the work of Sonasang et al [21] , with a more complex structure. The physical dimension of NMADF is made according to matching frequency and ring radius, the frequency response along the length of the circle radius (R) has different frequency effects.…”

“…Relativistic electronics requires that the speed of electrons in a medium be faster than the speed of light in a vacuum. Lately, Yupapin and Sonasang et al [20] , [21] proposed that warp speed electrons can be generated in a microstrip add-drop multiplexer. The electron warp speed is formed, the electron velocity between the ground and the excited state is always faster than the velocity generated over the transition space, which can be increased by using successive filter circuit operations [22] .…”

Proposal of Relativistic Electronic Circuit using Microstrip Add-drop Multiplexer

“…Table 1. The potential application using the relativistic circle concept [2,5,6,9,10,[13][14][15][16][17][18][19][20]. List Mathematical Model Types of Application 1 Warp speed temperature sensors, heating/cooling environment, hibernation, thermos-electric device [6,20] 6…”

“…The speed of particles can be increased to the warp speed by increasing the wave frequency. The technique is known as a successive filtering of the wave frequency can offer to obtain higher frequency [5][6][7][8], from which the speed of particle along the circular path is faster than light. The device structure offers this behavior is a nonlinear material adddrop filter [9][10][11][12], where the matching between the ring radius and driven frequency is the criteria of the structure.…”