najoNanosystems: Physics, Chemistry, MathematicsНаносистемы: физика, химия, математика2220-80542305-7971Университет ИТМО10.17586/2220-8054-2021-12-1-65-72najo-379Research ArticlePHYSICSФИЗИКАStudy of nonclassicality in fifth harmonic generation nonlinear optical processИсследование неклассичности нелинейно-оптического процесса генерации пятой гармоникиPriyanka.Priyanka.

Kurukshetra 136119

Kurukshetra 136119

Chauhan7101@gmail.comGillSavitaGillSavita

Kurukshetra 136119

Kurukshetra 136119

Savita2015@kuk.ac.inDepartment of Applied Science, University Institute of Engineering and TechnologyИндияDepartment of Applied Science, University Institute of Engineering and TechnologyIndia2021280720251216572Copyright © Priyanka .., Gill S., 20252025Priyanka .., Gill S.Priyanka .., Gill S.This work is licensed under a Creative Commons Attribution 4.0 License.https://nanojournal.ifmo.ru/jour/article/view/379

We have examined non classical effect i.e. higher order single mode antibunching and intermodel antibunching and higher order sub-poissonian photon statistics (HOSPS) in fifth harmonic generation non linear optical process using short time interaction technique. We have found that nonclassical effects directly depend on number of photons prior to interaction with non linear medium. The higher the number of photons present prior to an interaction, the higher will be the nonclassicality in the system. It is additionally found that stoke mode doesn’t fulfill the condition of single mode antibunching and HOSPS in fifth harmonic generation process. To examine the optical nonlinearity of nanoparticles, there are significant research efforts concerning the estimation of higher order nonlinear susceptibility which can be utilized as a source for the generation of higher order harmonic generation nonlinear optical processes [19].

Мы исследовали неклассический эффект, то есть одномодовое антигруппирование и межмодовое антигруппирование более высокого порядка, а также субпуассоновскую фотонную статистику более высокого порядка (HOSPS) в нелинейном оптическом процессе генерации пятой гармоники с использованием метода короткого времени взаимодействия. Мы обнаружили, что неклассические эффекты напрямую зависят от количества фотонов до взаимодействия с нелинейной средой. Чем выше количество фотонов, присутствующих до взаимодействия, тем выше будет неклассичность системы. Дополнительно установлено, что сток-мода не удовлетворяет условию одномодовой антигруппировки и ХОСПС в процессе генерации пятой гармоники. Для изучения оптической нелинейности наночастиц предпринимаются значительные исследовательские усилия, касающиеся оценки нелинейной восприимчивости более высокого порядка, которую можно использовать в качестве источника для генерации нелинейно-оптических процессов генерации гармоник более высокого порядка.

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The authors declare that there are no conflicts of interest present.