PSYCHIATRIC INVESTIGATION USING WGMs IN MICRORING CIRCUITS

Kreangsak Tamee,Preecha P Yupapin

doi:10.1142/s1793545813500442

Abstract

The use of an electrical probe is formed by whispering gallery modes (WGMs) of light within the coated microring circuits, in which the electrical signal is generated by trapped electron tunneling along the circular path of the coated microring circuit. The collection of electrons is formed within the WGMs, where in this study, a modified nonlinear microring resonator known as a PANDA ring resonator is coated by gold material and forms the mirroring circuit. The induced current (magnetic field) within the circuit occurs by the coupling effects between trapped electrons and coated ring, which can penetrate into the brain cells and transform to the required signals via the terahertz carrier for psychiatric investigations. The use of WGMs for 3D image construction using a PANDA conjugate mirror is also discussed, which is useful for thermal and imaging sensors.

Highlights

Yupapin has reported an interesting technique of light behaviors that use whispering gallery modes (WGMs) of light in a PANDA ring,[13] which can be applied for nerve/cells communications,[14] i.e., remote monitoring, where the use of microscale device based on microring resonator circuits has shown promising challenges
The capsule can open by capsule switching control, in which the WGMs can switch o® after the optical capsule is induced into the PANDA ring via the add port, which can be used to form the on-o® switching communication between the brain cells and tunneling signals, in which the communication between brain cells and WGMs can be useful for psychiatric investigation and therapy, where as in this case the specic atom/molecules can be brought into the brain cells, which is suitable for specic therapy.[27]
The use of WGMs generated by light in PANDA ring circuits for medical applications, especially, psychiatric investigation has been proposed

Summary

Introduction

Optical devices and methods have been convincing tools for medical applications, where new methods of medical diagnosis and ways to treat diseases, for instance, the optical techniques have been employed to investigate the applications such as early detection. Yupapin has reported an interesting technique of light behaviors that use whispering gallery modes (WGMs) of light in a PANDA ring,[13] which can be applied for nerve/cells communications,[14] i.e., remote monitoring, where the use of microscale device based on microring resonator circuits has shown promising challenges. By using this proposed technique, mobile communication link of the psychiatric investigation can be formed via the radio frequency generated by the microring circuits, which will be detailed in the following paragraph.

Methodology

Light Probe and Brain Cells Investigation

Conclusion