Conference Archive

International Conference on Wave Equations, Optical Engineering and Quantum Mechanics

Theme: International Conference on Wave Equations, Optical Engineering and Quantum Mechanics

31 March - 30 April 2025 Barcelona, Spain, Barcelona, Spain / Virtual

Registration Closed Abstract Closed Contact Us Back to All Conferences

Sessions 10

Speakers 50

Sponsors 8

Venue Barcelona, Spain

About This Conference

Welcome to International Conference on Wave Equations, Optical Engineering and Quantum Mechanics (ICWOQ 2025)

About the Conference:

The International Conference on Wave Equations, Optical Engineering and Quantum Mechanics, the event is scheduled to take place in person in Barcelona, Spain, on 25 April, 2025 followed by a virtual session on 26 April, 2025. This conference serves as a premier platform for Researchers, Scientists, Engineers, and Practitioners to discuss recent advancements, exchange ideas, and explore emerging trends in Wave Equations, Optical Engineering, and Quantum Mechanics.

The Wave Equations, Optical Engineering and Quantum Mechanics-2025 will provide a platform to discuss futuristic advancements in these fields. It is a global gathering that attracts participants from the wave equations, optical engineering, and quantum mechanics research communities worldwide. Now is the time to explore innovative strategies, new technologies, and effective collaborations that can meet the needs of both experts and industry stakeholders. The conference features keynote presentations, poster sessions, exhibitions, and oral talks.

Conference Highlights:

Keynote Speakers: Leading experts and researchers delivering insightful talks on cutting-edge topics.
Plenary Sessions: Comprehensive sessions covering theoretical and applied aspects of wave equations, optical engineering, and quantum mechanics.
Technical Sessions: Presentations of research papers and case studies showcasing innovative methodologies and findings.
Poster Presentations: Opportunity for researchers to present their work in a visual format and engage in discussions.
Workshops: Interactive sessions focusing on practical applications and skills development.
Networking Opportunities: Connect with peers, collaborators, and industry professionals from around the world.
Exhibition Area: Explore advancements in technology, products, and services related to wave equations, optical engineering, and quantum mechanics.
Social Events: Engage in networking activities in a relaxed and collegial atmosphere.

Call for Papers:

Researchers and practitioners are invited to submit abstracts on topics related to wave equations, optical engineering, and quantum mechanics, including but not limited to:

Wave propagation and scattering
Optoelectronics and photonics
Quantum information and computing
Quantum optics and lasers
Applied optics and engineering applications

Note: The conference proceedings of ICWOQ-2025 will be evaluated for inclusion in PubMed, Web of Science (WoS), Book Citation Index (BkCI), SCOPUS, and other reputable indexing services (Terms & Conditions apply)*. This indexing ensures extensive visibility and academic recognition for contributors, facilitating the widespread dissemination of research presented at the conference to a global audience of researchers and scholars.

Note the Dates:

Early & Save-Submit your Abstract Today
Third Round of Abstract Submission Closes on March 31, 2025
Mid Term Registration Closes on March 31, 2025

Registration:

Early bird registration details and fees announced.

Benefits of Attending:

• Website visibility to the visitors.
• Thought to provoke Symposiums and Workshops.
• Keynote sessions by the world’s most eminent researchers.
• Grow Your Professional Network with experts in the field.
• The best platform to develop new partnerships & collaborations.
• Abstracts will be published in the Conference Proceeding Book.
• Platform to the global investment community to connect with stakeholders.
• Certification by IOCM (International Organizing Committee Member).
• Exquisite Platform for showcasing your products and International Sponsorship.

Organizers:

ICWOQ 2025 is organized by Scientific Research Conferences, dedicated to advancing knowledge and fostering collaboration in wave equations, optical engineering, and quantum mechanics.

Honorarium

We are pleased to offer honorariums to our esteemed keynote and invited speakers. To qualify for an honorarium, speakers must secure a minimum of 5 paid registrations or group paid registrations from their students, colleagues, or peers. The amount of the honorarium will be determined based on the number of registrations obtained. We encourage our speakers to actively promote the conference within their networks to ensure a rewarding experience for all.

Accommodation

Accommodation facilities can be booked through the conference for speakers who have confirmed their registration. These arrangements will only be available to conference registrants. Our team will provide assistance with booking accommodations at the conference venue hotel once registration is confirmed. Please note that accommodations are subject to availability.

Travel

Due to limited budget resources, we regret to inform you that the conference is unable to sponsor or cover travel expenses for any participant, including speakers. We encourage speakers to make their own travel arrangements and plan accordingly.

Important Note

Please note that this conference is organized independently without sponsorship or support from any external organizations. The registration fees are primarily used to cover the cost of amenities and services provided to our registered members, including meals, snacks, sessions, networking opportunities, and other event-related activities. We appreciate your understanding and support.

Contact Us:

For inquiries about the conference, sponsorship opportunities, abstract submissions, or any other details, please contact us at contact@srcmeetings.com

Conference Program Outline
International Conference on Wave Equations, Optical Engineering and Quantum Mechanics (ICWOQ 2025)

Venue: Holiday Inn Barcelona Sant Cugat
Carrer del Danubi, 24, 08174 Sant Cugat del Vallès, Barcelona, Spain

Dates: 25 April, 2025 (Physical); 26 April, 2025 (Virtual)

Day 1 – April 25, 2025

Time: 09:30 AM – 10:30 AM | Keynote Speaker – Oral Presentation |
Name: Yoshihiko Muramoto - Founder, President & CEO of Nitride Semiconductors Co., Ltd., Japan

Abstract Title: Micro Ultraviolet LED with Photonic Crystal

Networking Break & Photo Session (10:30 AM – 11:00 AM)

Time: 11:00 AM – 12:00 PM | Keynote Speaker – Oral Presentation |
Name: Constantin Meis - Professor at the National Institute for Nuclear Science and Technology, France

Abstract Title: Reappraisal of QED Mathematical and Physical Fundamentals

Time: 12:00 PM – 01:00 PM | Keynote Speaker – Oral Presentation |
Name: Zhipeng Deng - Department of Mechanical and Aerospace Engineering at University of Central Florida, USA

Abstract Title: Quantum Computing Approach to Future Real-Time Control of Buildings and Cities

Networking Lunch Break (01:00 PM – 02:00 PM)

Time: 02:00 PM – 03:00 PM | Session Speaker – Oral Presentation |
Name: Helena Cristina Vasconcelos - Department of Physics, NOVA School of Science and Technology, Caparica, Portugal

Abstract Title: VUV Spectroscopy of Metal Oxide Thin Films: Bridging Structure and Photonic Applications

Time: 03:00 PM – 04:00 PM | Keynote Speaker – Oral Presentation |
Name: Xiao En Wang - Weifang Engineering Vocational College, Qingzhou City, Shandong Weifang, China

Abstract Title: On Quantum Physics Without Schrödinger Equation

Networking Break (04:00 PM – 04:30 PM)

Time: 04:30 PM – 05:30 PM | Keynote Speaker – Oral Presentation |
Name: Mohammad Haidar - Postdoc in Quantum Computing Sorbonne University, Paris, France

Abstract Title: OpenVQE – Empowering Quantum Education and Collaboration

Time: 05:30 PM – 06:00 PM | Video Presentation
Name: Karen De La Mora - Department of Theoretical, Atomic and Optical Physics, Spain

Abstract Title: Dissociation of O2 Molecule ON MO4 , MO3 (PT, PD, RE AND NI) Clusters for PEM Fuel Cell - Study DFT

Delegates

Name: Pietro Calandra, CNR-ISMN National Council of Research – Montelibretti (RM) & INSTM, Italy

Name: Yinbo Wang, College of Chemistry and Chemical Engineering, Qufu Normal University, China

April 26th, 2025 (Virtual)

Time: 10:30 PM – 11:00 PM (USA Time) | Session Speaker | Pavan Kumar Devarashetty - Staff SAP Architect, Illumina, USA

Abstract Title: Seamless Integration of ERP Technologies in Healthcare and Biotech: Advancing Operational Efficiency

Time: 09:10 AM – 09:40 AM (Ukraine Time)|Session Speaker | Nastasenko Valentin Alekseevich - Doctor of Technical Sciences, Professor of the Department of Transport Technologies and Mechanical Engineering, Kherson State Maritime Academy, Ukraine

Abstract Title: Photons and Antiphotons, Rationale for their Structure, Formation and Movement Processes

Time: 12:20 PM – 12:50 PM (India Time) | Session Speaker | Satya Gargi - University of Houston-Downtown, Department of Natural Sciences, Houston, USA

Abstract Title: Age of the Universe: Manifestation and Disintegration of the Matter in Spacetime - A Geochmeical/Isotopic Perspective

Time: 09:30 AM – 10:00 AM (UK Time) | Session Speaker | Ben Campbell-Biezanek - Independent Natural Philosopher, Shropshire, England, UK

Abstract Title: Gaussian Scientific Unified Number Theory

Time: 06:30 AM – 07:00 AM (Mexico Time) | Session Speaker | Claudia Zendejas-Morales - Faculty of Sciences, National Autonomous University of Mexico, Mexico City, Mexico

Abstract Title: Quantum Optimization with Variational Algorithms

Time: 08:00 AM – 08:30 AM (Colombia Time) | Session Speaker | Cristian Edwin Susa Quintero - Department of Physics and Electronics, University of Cordoba, Monteria, Colombia

Abstract Title: Criterion for Locally Inaccessible Quantum Nonlocality and Steering

Time: 12: 00 PM – 12:30 PM (Saudi Arabia Time) | Session Speaker | Abra Alkhamisi - PhD in Computer Science, Experienced Educator & Researcher, AI and Cybersecurity Specialist, Saudi Arabia

Abstract Title: Security in Multi-Controller Software-Defined Networks: Present Trends and Future Directions

Join Us at ICWOQ 2025 !

Participate in ICWOQ 2025 to contribute to the forefront of research and innovation in wave equations, optical engineering, and quantum mechanics. Network with leading experts, share your research findings, and explore new avenues for scientific advancement.

Sessions

Conference sessions

Browse the current session list for International Conference on Wave Equations, Optical Engineering and Quantum Mechanics.

Total Sessions 10

Emerging Trends in Quantum Technologies

This session explores emerging trends and future directions in quantum technologies, including quantum communication networks, quantum sensing arrays, and scalable quantum computing architectures. Discussions will cover quantum information processing platforms, quantum simulation techniques, and challenges in scaling quantum systems. Quantum technologies hold transformative potential for revolutionizing information technology, secure communication, and computational capabilities beyond classical limits. By discussing technological advancements and research challenges, this session aims to foster international collaboration, inspire innovation in quantum technology development, and accelerate progress towards practical applications in quantum computing, communication, and sensing.

Quantum Biology and Biophotonics

This session focuses on quantum biology research, biophotonics applications, and quantum effects in biological systems. Discussions will cover light-matter interactions in biological tissues, quantum coherence in photosynthesis, and quantum-inspired approaches to understanding biomolecular processes. Quantum biology investigates how quantum phenomena influence biological processes, offering new perspectives on biological functions and potential applications in medicine and bioengineering. By discussing quantum biology findings and biophotonics innovations, this session aims to bridge disciplines between physics and biology, inspire collaborative research initiatives, and advance knowledge in applying quantum principles to biological systems and healthcare technologies.

Quantum Optomechanics and Quantum Sensors

Addressing quantum optomechanics and quantum sensors, this session examines interactions between light and mechanical systems at the quantum level, and applications in precision measurements and quantum sensing technologies. Discussions will cover optomechanical devices, cavity optomechanics, and quantum-enhanced sensors for detecting gravitational waves and magnetic fields. Quantum optomechanics explores the interface between quantum mechanics and macroscopic mechanical systems, offering new insights into quantum control and measurement techniques. By discussing quantum optomechanics research and sensor developments, this session aims to advance quantum technology applications, enhance sensitivity in measurement devices, and explore quantum-enabled solutions for scientific and industrial sensing challenges.

Optical Metrology and Imaging Techniques

This session focuses on optical metrology methods, imaging systems, and precision measurement technologies. Discussions will cover interferometry, diffraction imaging, and advancements in optical coherence tomography (OCT) for biomedical imaging. Optical metrology plays a crucial role in industrial quality control, astronomical observations, and biomedical diagnostics, providing high-resolution imaging and accurate measurements of physical quantities. By showcasing optical metrology innovations and research applications, this session aims to promote collaboration among metrologists, engineers, and scientists, accelerate technology transfer, and foster advancements in optical imaging and measurement techniques for diverse industrial and scientific applications.

Quantum Electrodynamics and Particle Physics

Addressing quantum electrodynamics (QED) and particle physics, this session examines fundamental interactions, quantum field theory, and experimental insights into particle properties. Discussions will cover Feynman diagrams, gauge theories, and experimental techniques in high-energy physics. QED provides a theoretical framework for understanding electromagnetic interactions between charged particles, essential for predicting particle behavior and developing particle accelerators. By discussing theoretical advancements and experimental discoveries, this session aims to deepen understanding of fundamental forces in nature, guide future particle physics experiments, and inspire breakthroughs in quantum field theory and high-energy physics research.

Fundamentals of Wave Equations and Quantum Mechanics

This session explores foundational principles of wave equations, quantum mechanics, and their mathematical underpinnings. Discussions will cover wave equation derivations, quantum mechanical postulates, and mathematical frameworks such as Schrödinger's equation and the Dirac equation. Understanding the fundamentals is crucial for researchers and students alike to grasp the theoretical basis of quantum phenomena, wave propagation, and quantum states. By discussing foundational concepts, this session aims to provide a solid theoretical grounding, facilitate knowledge exchange among physicists and mathematicians, and inspire innovative research directions in quantum theory and wave equations.

Quantum Information Theory and Computing

This session focuses on quantum information theory, quantum computing algorithms, and quantum cryptography. Discussions will explore quantum entanglement, quantum error correction, and applications of quantum algorithms in solving computational problems. Quantum computing promises exponential speedup over classical computers for certain calculations, revolutionizing fields such as cryptography, materials science, and optimization. By discussing theoretical advances and experimental progress in quantum information science, this session aims to advance quantum computing research, train future experts, and explore practical applications of quantum information processing for societal and industrial challenges.

Optical Engineering and Photonics Applications

Addressing advancements in optical engineering and photonics, this session examines optical materials, devices, and applications in telecommunications, imaging, and sensing technologies. Discussions will cover fiber optics, laser systems, photonic integrated circuits, and quantum optics. Optical engineering plays a pivotal role in developing high-speed communication networks, biomedical imaging techniques, and quantum information processing. By showcasing optical innovations and research breakthroughs, this session aims to foster collaboration between engineers, physicists, and industry leaders, accelerate technology transfer, and promote the development of next-generation optical devices for diverse applications.

Wave Propagation and Acoustics

Addressing wave propagation phenomena, this session examines acoustic wave theory, waveguides, and metamaterials for controlling wave behavior. Discussions will cover acoustic imaging, wavefront manipulation, and applications in ultrasonic sensing and medical diagnostics. Wave propagation studies are crucial for understanding sound transmission, signal processing, and designing acoustic devices with enhanced performance characteristics. By discussing theoretical models and experimental findings, this session aims to foster interdisciplinary collaboration between physicists, engineers, and biomedical researchers, accelerate innovations in acoustic technologies, and improve healthcare diagnostics through advanced acoustic imaging techniques.

Nonlinear Optics and Ultrafast Phenomena

This session explores nonlinear optical phenomena, ultrafast laser pulses, and nonlinear optical materials for generating and manipulating light. Discussions will cover nonlinear spectroscopy techniques, frequency conversion processes, and applications in quantum electronics and precision metrology. Nonlinear optics enables the development of ultrafast lasers and nonlinear imaging techniques, essential for studying dynamic processes in materials and biological systems. By sharing research on nonlinear optical materials and ultrafast laser technologies, this session aims to advance fundamental understanding of light-matter interactions, facilitate technology development in optical communications and sensing, and inspire innovative applications in quantum information science.

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Speakers

Featured speakers

Keynote, session, and delegate speakers currently associated with this conference.

Total Speakers 43

Atomic Structure, Solar System Formation, Cosmological Models

Theoretical simulation for the development of new materials focused on PEM fuel cells and the acquisition of green energy

Quantum Computing, Quantum Optimization, Quantum Machine Learning

Structural Content of Quantization and Quantum Numbers

• Light-Matter Interactions in Sustainable Water Treatment • Nanotechnology

Quantum Technology

Research work involved structural analysis, and isotopic geochemical study of the Grenville gneisses in the Southern Appalachians in the Blue Ridge of Georgia.

Developing Research and Building Ecosystems focused on Quantum Technologies

Dynamic and motivated professional specializing in AI, IoT, and computer science, dedicated to driving technological innovations through impactful research, education, and strategic leadership.

Quantum-Inspired Techniques, Optical Signal Processing

Fundamental Aspects of Quantum Mechanics and Quantum Information, Quantum Technologies, Open Quantum Systems, Entanglement and Quantum Correlation Theories

CAD/CAM Programming, Laser Cutting and Water Jet, Three-dimensional Measuring Machine, Monitoring and Optimization of Production, Manufacturing Methods, Production Order and Cutting Tools

Cloud Architecture, Security Architecture, Enterprise Architecture, Solution Architecture, Cloud Migration, Database Migration, Development, Big Data, AI/ML

Quantum Computer Applications, Quantum Computing

Quantum Information Theory, Quantum Key Distribution, Quantum Error Correction, Topological Quantum Computing, Quantum Annealing

Quantum ‎Computing, Quantum Technologies

Department of Mathematics

SAP Materials Management, SAP Supply Chain Management, Solution Design and Configuration, Process Optimization, Project Management, Custom Development, Web Development

Quantum Machine Learning for Data Streams

Optics and Photonics

Biomedical Engineering, Radiation Physics, Optical Materials, Fluorescence, and Photonics

Speaker biography will be updated soon.

Fundamentally New Physical Theory, Quantum-Classical Mechanics and their Applications in Physics, Chemistry, Biology and Biomedicine‎

Data Science, Machine Learning, Artificial Intelligence, Software Engineering

Advances in Science, Technology, Engineering Systems

Atomic Physics, Quantum Optics and Lasers

Basic Theoretical Research, Quantum Mechanics, Atomic Physics, The Formation of the Solar System

Decarbonization in Buildings and Cities, Grid-Interactive Buildings, Sustainable Built Environment, Computational Fluid Dynamics, Quantum Computing

Semiconductor Physics

Optical Concept of Quantum Mechanics

Quantum Computing, Quantum Technology

Organometallic Chemistry of Earth-Abundant Metals–Synthesis of organometallic complexes for the catalytic conversion of small molecules (e.g., CO2, N2, O2, H2O, CH4, etc.) into more valuable sustainable materials. Pol...

Digital Forensics, Machine Learning, Information Security, Image ‎Processing, IOT, and Computer Networking.

Phenomenological Structuralism, Consciousness Field Theory

Theoretical Physics, Cosmology, Theory of Dark Energy, Quantumfieldtheory (QFT) and General Theory of Gravititation (ART), Nature of Time Theory of Dark Energy": (TDE)

Medical Education, Clinical Work, Statistics, Computer Science

Quantum Physics, The Theory of Gravitation, Fundamentals of the Material World and the Birth of the Universe‎

Our group has succeeded to fabricate a Photonic Crystal on micro Ultraviolet (UV) LED. A photonic crystal is a structure in which the refractive index changes periodically, and is used to confine light in a small area...

Mathematical Physics, Quantum-Relativity

Geometric Modeling, Numerical Methods, Probabilistic Methods, Game Theory, Operational Research

Mathematics and Statistics

Development of the Multireference Single, Study of Nonadiabatic Effects in the Electronic Spectra of Polyatomic Molecules Using Ab Initio MRD-CI Wavefunctions, Use of Relativistic Effective Core Potentials in Ab Initi...

Parametric Spectral Estimation, Time Frequency, Wavelets, Time-Space, Multifractals

OCM

Organizing committee members

Conference leadership and organizing contacts currently available in the system.

Committee Members 7

Parametric Spectral Estimation, Time Frequency, Wavelets, Time-Space, Multifractals

Venue

Barcelona, Spain

Barcelona, Spain / Virtual

Barcelona, Spain

City Barcelona, Spain / Virtual

Attractions 0

Nearby attractions will be added soon.

Exhibition & Sponsorship

Showcase, partners, and publishing resources

Browse exhibition highlights, sponsor visibility, and supporting journal links for this conference.

Resources 9

Partners

Event sponsors

Robert J Buenker

Moutngui See

Hari Mohan Srivastava

Yoshihiko Muramoto

Paul C Mocombe

Zhala Sarkawt Othman

Ben Campbell-Biezanek

Dariusz Jacek Jakobczak

Publishing

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Open journal

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