5th of August 2025
We are pleased to announce that registration for the TMP2025 is now officially open.
Following a rigorous peer-review process, the list of accepted papers is now available. Congratulations to all authors whose submissions have been accepted. Accepted authors are required to register and prepare for their poster presentations during the scheduled session.
We invite all participants and attendees to register early to secure their participation. In addition to the poster session, TMP2025 will feature a keynote address and a series of invited speaker sessions, showcasing cutting-edge developments in photonics science and technology. The event will also include research exhibitions and displays from key industry partners including Kabex and SST, offering valuable insight into photonics applications and innovations.
Full details of the conference programme, accepted papers, and registration information are available on the official website.
Thank you.
Submission Open : 5th Apr ’25
Submission Deadline : 5th May ’25
Results : 5th June ‘25
Early Bird Registration (deadline) : 5th July ‘25
Over the past decade, photonics has been a driving force behind groundbreaking innovations in optical communications, quantum technologies, biomedical imaging, and energy-efficient devices. In Malaysia, its expansion has been instrumental in advancing industries such as semiconductor manufacturing, telecommunications, and medical diagnostics. With the nation's strong push toward Industry 4.0 and smart technologies, photonics continues to reshape national development, enabling transformative breakthroughs in artificial intelligence, quantum computing, and sustainable energy solutions.
Beyond these applications, photonics plays a crucial role in quantum communication, cryptography, and high-precision sensing, ensuring secure data transmission and advanced measurement capabilities. Its integration into hydrogen energy research is fostering new innovations in production, storage, and distribution, paving the way for a low-carbon, sustainable energy future. Furthermore, photonics-driven solutions are revolutionizing carbon capture and storage (CCS), enhancing optical monitoring techniques for environmental sustainability.
As photonics rapidly evolves, it is essential to create a platform for academia to share knowledge, exchange ideas, and strengthen expertise. TMP2025 is designed as an academic-driven meeting, where researchers from diverse backgrounds come together to discuss the latest advancements, explore new research directions, and expand their knowledge. The meeting also welcomes industry involvement, providing opportunities to bridge academia and industry, fostering discussions that translate research into real-world applications.
Through TMP2025, we aim to cultivate strategic collaborations that will elevate Malaysia’s photonics research landscape. The meeting will showcase the contributions of local experts, introduce emerging researchers, and encourage meaningful interactions between academic institutions and industry players. By enhancing knowledge-sharing and networking, TMP2025 strives to position Malaysia at the forefront of photonics innovation, ensuring a brighter, technology-driven future.
Join us at TMP2025, where academia meets academia, and research meets impact.
The Topical Meeting on Photonics (TMP2025) is organized by the IEEE Photonics Society, Malaysia Chapter (MyIPS) to provide a dedicated platform for knowledge sharing and collaboration in photonics science, technology, and applications.
This year, TMP2025 is hosted by Photonics Technology Research Group (Photonics), a prominent research group at Universiti Kebangsaan Malaysia (UKM), recognized for its contributions to photonics research. In collaboration with Jurnal Optoelektronik (JoE), the conference ensures a rigorous peer-review process, with accepted papers published in JoE’s special issue. Through this meeting, we invite researchers to connect, exchange insights, and contribute to the advancement of photonics research in Malaysia and beyond.
We would like to extend our sincere appreciation to our sponsor for supporting the Topical Meeting on Photonics 2025. Their contribution plays a vital role in making this event possible and in advancing the growth of the photonics community in Malaysia.
TMP2025 brings together distinguished keynote and topical invited speakers who will share insights on cutting-edge photonics advancements, emerging trends, and specialized applications. These expert-led sessions aim to inspire discussions, spark collaborations, and expand knowledge among researchers and industry professionals.
Photonics, UKM
Advancing Distributed Fiber Optic Sensing in Malaysia: From Fundamental to Application
Confocal and Fluorescence Imaging with Mixed-Mode Endoscopic Scanners and Modular Upright Microscopy
Quantifying Palm Oil Quality Using Inline NIR Spectroscopy Analyzer
Advancing Optical Sensing Through Tapered Optical Fiber and Tilted FBGs: Fundamentals, Trends, And Hybrid Possibilities
From Chemistry to Sensing: Designing Functional Materials for Enhanced Optical Sensor Sensitivity
AI-Powered MMI Coreless Optical Fiber Sensors: Advancing MMI Sensor for Wide-Range RI Detection
Nanomaterial Integration for Sensitivity Improvement in SPR-Based Metal Ion Sensors
Broadband LRSPR Sensing for High-Viscosity Liquids
Fabrication of tapered and arc-shaped fiber for saturable absorber device in pulse fiber laser operation
Development and Characterization of a Luminescent Probe-Based Optical Fiber Oxygen Sensor
Fabrication of Plasmonic Tapered Microfibers for Optical Trapping Applications
Methylene Blue Dye Degradation Using Zinc Oxide/Iron Oxide Magnetic Nanocomposite Produced via Laser Ablation in Liquid Technique
Tuning MoS2 Properties via Sulfurization and Sputtering for Optoelectronic Applications
Advancing Optical Fiber Hydrogen Sensors with MoO₃ and MoS₂ Nanostructures: Toward Safer and Greener Technologies
Inclination detection using Edge-core Parallel Gratings Manufactured by Femtosecond Laser
Low Frequency Vibration Monitoring Using PDMS Coated Fiber Bragg Grating Sensors
Towards Reliable Indoor Formaldehyde Monitoring: ReS₂-Enhanced Tapered Optical Fiber Sensors
All accepted contributed papers will be presented as poster presentations, where presenters are expected to showcase and discuss their work during a dedicated poster session. This session serves as a valuable platform for knowledge exchange, interactive discussions, and networking among researchers, fostering insightful conversations that drive advancements in photonics research.
In recognition of outstanding contributions, Best Paper Awards and Best Student Paper Awards will be presented to selected works based on research quality and impact.