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Journal of Emerging Technologies and Innovative Research

Development of a Camera-Based Photonic Quantum Emulator with Optical Signal Analysis for Engineering Education and Algorithm Validation

udayana ananth kumar

Published Aug 6, 2026• 0 citations
Publisher

Abstract

This paper was originally published in the Journal of Emerging Technologies and Innovative Research (JETIR), Volume 13, Issue 8, August 2026 (Paper ID: JETIR2608050)
DOI
10.5281/zenodo.21821655

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Abstract This study investigates a cloud-native framework for topological quantum computing in which distributed photonic quantum networks support anyon-mediated logical operations, validated through formal reasoning agents, proof agents and benchmark-oriented simulation. The central research problem concerns the gap between theoretically robust anyonic quantum information processing and the operational realities of distributed quantum infrastructure, where photonic loss, repeater latency, cloud orchestration overhead, service-chain anomalies and proof-level uncertainty jointly shape the viability of large-scale computation. The proposed framework treats topological protection, photonic entanglement distribution and cloud-native service governance as a single cyber-physical architecture rather than as separate hardware, software and mathematical layers. 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Abstract This study investigates a cloud-native framework for topological quantum computing in which distributed photonic quantum networks support anyon-mediated logical operations, validated through formal reasoning agents, proof agents and benchmark-oriented simulation. The central research problem concerns the gap between theoretically robust anyonic quantum information processing and the operational realities of distributed quantum infrastructure, where photonic loss, repeater latency, cloud orchestration overhead, service-chain anomalies and proof-level uncertainty jointly shape the viability of large-scale computation. The proposed framework treats topological protection, photonic entanglement distribution and cloud-native service governance as a single cyber-physical architecture rather than as separate hardware, software and mathematical layers. 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Pasupuleti, MK 2021h, 'Stochastic Modelling and Scenario Generation for Cloud Workload and Network Traffic in OR Models', International Journal of Academic and Industrial Research Innovations (IJAIRI), vol. 01, no. 12, National Education Services, pp. 26-50, doi: 10.62311/nesx/rp-m2-dec-2021. Pasupuleti, MK 2021i, 'Stochastic Optimization Models for Energy-Aware Cloud Resource Allocation Using Simulation-Derived Scenarios', International Journal of Academic and Industrial Research Innovations (IJAIRI), vol. 01, no. 12, National Education Services, pp. 51-75, doi: 10.62311/nesx/rp-m3-dec-2021. Yan, Z, Wang, Y-C, Ma, N, Qi, Y & Meng, ZY 2021, 'Topological phase transition and single/multi anyon dynamics of Z2 spin liquid', npj Quantum Materials, pp. 6, 39, doi: 10.1038/s41535-021-00338-1. 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Welcome to the inaugural issue of ACM Transactions on Quantum Computing (TQC), a high-impact, peer-reviewed journal that supports the quantum computing community.As the editors-in-chief for TQC, we are delighted to introduce this new journal at a time when quantum computing, and quantum information broadly, are rapidly developing.In recent years, research groups worldwide, as well as both large and small companies, have begun developing quantum computers and computing devices that go beyond the prototype stage toward useful computational tools.The computer science community has already started to understand, evaluate, and build infrastructure around this novel paradigm.Our journal, TQC, is dedicated to providing a central venue for research in this new territory of computer science.The journal aims to publish high-quality papers on both the theory and practice of quantum computing, including but not limited to models of quantum computing, quantum algorithms and complexity, quantum computing architecture, principles and methods of fault-tolerant quantum computation, design automation for quantum computing, issues surrounding compilers for quantum hardware and noisy intermediate-scale quantum implementations, quantum programming languages and systems, distributed quantum computing, quantum networking, quantum security and privacy, and applications (e.g., machine learning and AI) of quantum computing.Quantum computing is interdisciplinary by nature, and the field has been developed from its beginning through the combined effort of researchers from different areas, including computer science, physics, engineering, and mathematics, among many others.We particularly welcome submissions reporting innovative research at the intersection of computer science and these other areas, as well as the application of quantum computing technologies to domains such as quantum simulation, machine learning, and mathematics.We wish to thank the many people who have helped to envision and establish TQC as a highcaliber journal for the quantum community.We are grateful to the members of advisory board for their strong support.We would like to thank our esteemed editorial board members who have joined with enthusiasm in participating in founding this journal.And, of course, we are grateful to the ACM for providing a home for the emerging innovations of quantum computer science.This first issue of TQC presents a collection of five outstanding research papers that capture the breadth and sophistication of quantum computing research.Baker et al. (https://
Wave–particle dualism is a fundamental concept that has shaped physics since the early twentieth century and remains central to modern physics research. This study aims to examine the development of wave–particle dualism through three key phenomena: black-body radiation, the photoelectric effect, and Compton scattering. The method employed is a systematic literature review of 10 peer-reviewed journal articles published between 2018 and 2024, focusing on theoretical perspectives, experimental evidence, and conceptual implications. The results indicate that research on black-body radiation has progressed from the development of high-precision radiation sources toward the control of atomic energy shifts and light polarization. Studies on the photoelectric effect reveal its dual role as both an effective educational tool through simple, low-cost experiments and a platform for advanced investigations of electron momentum distribution. Meanwhile, research on Compton scattering spans practical applications such as radiation detector calibration and theoretical modeling of photon–electron interactions in extreme quantum fields. Overall, this study demonstrates that wave–particle dualism is not merely a historical concept but an evolving framework that continues to inform theoretical development, experimental validation, and technological innovation. The findings have implications for physics education, experimental design, and future research on quantum phenomena by highlighting the interconnected nature of foundational quantum effects.