Symposiums

The "NexGen Energy: Storage and Conversion for Sustainability" session presents recent advancements in energy science and technology. Primary research domains encompass electrochemical storage systems (novel electrode and electrolyte architectures as well as interfacial phenomena), and energy conversion processes (catalysis for CO₂ reduction, photocatalytic/photoelectrochemical hydrogen evolution, and electrochemical transformation pathways). Particular emphasis is placed on integrated storage-conversion systems exhibiting synergistic functionalities. Photovoltaic research encompasses innovative materials and device physics advancing solar energy utilization. This session provides a forum for fundamental and applied research advancing Thailand's sustainable energy infrastructure.

Genetic modification has been significantly facilitated by the discovery of the CRISPR/Cas system, which provides an efficient molecular tool for editing the genomes of living organisms for desirable traits. The rapid development of omics technologies and computational data analysis tools is accelerating the application of genome editing, leading to more effective genetic studies of important microorganisms, plants, and animals, as well as a wider range of genome-based biotechnological applications. In recent years, the integration of these frontier technologies and advanced biological knowledge has established a platform that significantly enhances scientists' ability to engineer novel organisms with desirable properties, which is greatly instrumental to the field of synthetic biology. With advancements in genome editing and synthetic biology, biological systems can be redesigned or created to perform specific tasks. These include producing new drugs, vaccines, biofuels, and bio-based chemicals, as well as providing enhanced nutritional value or possessing increased tolerance to stressed conditions in crops. In this session, the seminar will cover frontier research in the field of genome editing and synthetic biology in various organisms by leading scientists. These studies are not only expanding our fundamental understanding of biology but also paving the way for a new era of biotechnology – one where solutions to some of humanity's greatest challenges lie within our grasp.

Exploring the Critical Role of Colour Science and Technology We invite researchers, scholars, and professionals from all fields of Colour Science and Technology, Light, and their Applications to submit abstracts or full papers for presentation at the upcoming STT51 Conference. This conference aims to bring together a diverse community of experts to explore and exchange knowledge on the critical role of colour in science, technology, and society. Topics of interest include, but are not limited to: • Fundamentals of colour science • Colour measurement and standards • Lighting and illumination technologies • Colour in imaging, display, and digital media • Human perception, vision, and cognition • Applications in design, architecture, conservation, art, and industry STT51 provides a dynamic forum for interdisciplinary dialogue, fostering innovation and collaboration across academia, research, and industry. We look forward to your contributions that will shape the future of colour science and technology.

Colour in Cultural Heritage: Bridging Tradition and Digital Innovation We invite researchers, professionals, and practitioners from all fields of Cultural Heritage to submit abstracts or full papers for the STT51 Conference, with a special focus on the theme: “The Critical Role of Color in Cultural Heritage: Traditional and Digital Perspectives.” The conference seeks to bring together experts and scholars to explore how color—both in its traditional material forms and digital representations—shapes the preservation, interpretation, and experience of cultural heritage. We welcome contributions in areas including (but not limited to): • Traditional color materials and techniques in art and architecture • Color in conservation science and restoration practices • Colorimetry, spectral imaging, and analysis of artworks • Color perception in cultural contexts • Case studies combining traditional knowledge and digital technology STT51 offers an interdisciplinary platform for advancing discussions at the intersection of science, technology, history, and culture, supporting innovation in both research and practice.

Astrophysics plays a central role in unraveling the fundamental questions of the cosmos. Continued progress in this field depends on the synergy between cutting-edge observations and advanced theoretical modeling. With the advent of next-generation telescopes and sophisticated simulations, researchers are making unprecedented strides in areas such as star and planet formation, galaxy evolution, black holes, dark matter, cosmology, and high-energy astrophysical phenomena. We invite researchers, scholars, and students in astrophysics and related fields to submit abstracts for the upcoming STT51 conference. This session will highlight recent advances in our understanding of the universe—from nearby stars to distant galaxies—through both observations and theoretical approaches. This session aims to foster the exchange of ideas, data, and insights across diverse areas of astrophysics, and to inspire innovative research that address mysteries of the universe.

The experimental science known as X-ray crystallography is by far the most effective way to ascertain how atoms are arranged in a crystalline solid in three dimensions. This technique has been employed in the field of structural chemistry and the study of biological macromolecules for more than a century. In biological crystallography, three-dimensional molecular structures including proteins and nucleic acids are ascertained atomic level. This facilitates our comprehension of the fundamental mechanisms of biomolecules, while also assisting in the exploration of new medicine development. A combination of X-ray crystallography and other techniques such as NMR spectroscopy and electron microscopy unveils the secret of life, shedding light on complex biological molecules. These techniques work together to provide a comprehensive understanding of molecular interactions and dynamics. Apart from macromolecular crystallography, the determination of crystal structures of organic, organometallic and coordination compounds, known as small molecule or chemical crystallography, is crucial and extremely valuable for comprehending the relationship between structure and properties, as well as the supramolecular interactions (such as hydrogen bonds, halogen bonds, and π–π stacking) of crystalline solids. Significantly, it also facilitates crystal engineering to enhance structural design and achieve desired functionality. This session will share current research in X-ray crystallography, feature a discussion panel on its applications, and include a comprehensive workshop focused on both small-molecule and protein X-ray crystallography.

Radioecology is a multidisciplinary scientific concerning the presence/concentration of both natural (e.g., 238U, 232Th, 226Ra, 222Rn, 40K, 7Be, 14C, and others) and artificial (e.g., 90Sr, 134Cs, 137Cs, and others) radionuclides in the environment, the complexity of their transfer processes within and between ecosystems, and the effects of ionizing radiation on human and non-human biota. Investigations in radioecology consist of field samplings and experiments, controlled-lab experiments, and laboratory procedures including radiochemistry and radioactivity measurement. Radioecological studies normally focus on three main environments in the biosphere: marine environment, freshwater environment, and land environment. They could provide necessary data for radiation dose estimation and radiological risk assessment on human and the environmental health using predictive models. Interest and studies in the area of radioecology, environmental radioactivity, and utilization of radiotracers to reveal biogeochemical and ecological processes have significantly increased to ascertain and manage radiological risks associated with both routine and accidental releases from the historical nuclear testing, the nuclear accidents/facilities, and non-nuclear facilities. This session welcomes presentations on both basic and advanced research programmes on radioecology, environmental radioactivity, and related disciplines in order to promote and advance the science of environmental radioactivity research, and to enhance the radiological protection of humans and the environment.

In a society increasingly shaped by the rapid development of science and technology—such as artificial intelligence (AI)—and global crises like climate change, food insecurity, and pandemics, the role of science communication has become more vital than ever. Effective science communication enhances public scientific literacy, helping people combat misinformation and myths that can easily spread in the digital era and have serious consequences for individuals, businesses, and society as a whole. Moreover, it fosters a culture of curiosity, critical thinking, and scientific engagement, empowering people to make informed decisions on issues that affect their lives and influence government policy. This symposium aims to bring together international participants from both academic research and professional practice to exchange insights and experiences in science communication, with a focus on advancing global efforts to promote scientific literacy.

Nature-based Solutions (NbS) enhance natural ecosystems to address climate change and biodiversity loss through restoration, protection, and sustainable management. Recognized globally, NbS are integrated into the Nationally Determined Contributions (NDCs) of over 105 countries under the Paris Agreement. In Thailand, a key NDC strategy involves generating carbon credits from the forestry and land-use sectors. However, progress toward Net Zero targets is hindered by a shortage of certified professionals and limited understanding of NbS. To overcome this, a national initiative supported by PMU-B has been launched to build technical capacity and establish demonstration sites for Green, Blue, and Teal Carbon. The project supports the development of an NbS-based research and implementation ecosystem, contributing to Thailand’s climate goals through applied science and skilled workforce development. This symposium aims to share NbS research and build networks to strengthen collaborations, leading Thailand toward effective climate mitigation and enhanced human wellbeing under the NbS framework.

We are pleased to invite submissions of abstracts and full papers for the upcoming STT51 conference, featuring a focused session on Valorization of Biomass-Related Wastes. This session aims to bring together researchers working at the forefront of chemical engineering, chemistry, biochemical engineering, and applied sciences fields that are driving innovation in the conversion of biomass wastes into high-value products. This session will provide a platform for researchers and experts to share cutting-edge developments in areas such as thermochemical conversion (e.g., pyrolysis, gasification), catalytic upgrading, biochemical pathways (e.g., fermentation, enzymatic hydrolysis), process intensification, reactor design, and techno-economic and environmental assessment for valorization of biomass-related wastes. We particularly welcome interdisciplinary studies that bridge laboratory scale innovation with industrial scalability and policy relevance. Moreover, we encourage contributions that explore the molecular-level mechanisms underlying biomass conversion, the design of novel catalysts or solvents, and the integration of green chemistry principles into waste valorization strategies. Short communications on emerging technologies or case studies of industrial implementation are also welcome. Beyond presenting data, this session is a space for dialogue linking diverse disciplines, scales of research, and both theoretical and applied perspectives. By bringing together diverse expertise from chemical and biochemical sciences, we hope to catalyze new synergies and accelerate progress toward the sustainable development goals (SDGs). Join us as we explore how fundamental and applied chemical sciences can reshape our understanding and utilization of biomass-related wastes.

In a rapidly changing world, science educators play a vital role in preparing students to engage with complex global challenges such as climate change, biodiversity loss, and sustainable development. This symposium aims to empower and inspire science teachers by highlighting innovative, interdisciplinary teaching strategies and collaborative practices that connect classroom learning to real-world issues. Through shared experiences, practical tools, and forward-thinking pedagogy, the session will strengthen the capacity of educators to foster scientific curiosity, critical thinking, and a deeper understanding of the natural world. It will also provide a platform for dialogue among educators, researchers, and policymakers to support continuous professional growth and impactful science education.

The Science Society of Thailand under the Patronage of His Majesty the King (SCISOC) recognizes the urgent need to nurture and train the next generation of scientists and technologists. The development of highly skilled professionals in these fields is vital to advancing research and innovation, which are key drivers of Thailand’s long-term economic growth and social development. In response to this need, SCISOC has established the Young Rising Stars of Science Award (YRSS) since 2020 to recognize exceptional senior research projects at the university level. The competition covers eight research areas: Biology, Chemistry, Physics, Computer Science, Food Science & Technology, Geology & Environmental Science, Materials Science, and Mathematics & Statistics. Furthermore, SCISOC has launched the Junior Young Rising Stars of Science Award (JYRSS) since 2021. This award honors outstanding high school science research projects conducted under the mentorship of faculty members from science faculties at universities across Thailand. The JYRSS not only recognizes excellence in student research but also aims to inspire and encourage students to pursue undergraduate studies in science. Through these initiatives, SCISOC is committed to fostering scientific excellence and encouraging talented young individuals to pursue careers as scientists and technologists. It is expected that these youth will grow to become leaders in science and technology at both national and international levels.