The Analytical Chemistry section encompasses fundamental discoveries, innovations, and applications in all branches of analytical chemistry, with broad applications in environmental monitoring, pharmaceuticals, food and beverage industries, clinical diagnostics, and forensic science. The scope of this section welcomes the following areas:
The catalytic Chemistry Section includes contributions in heterogeneous and homogeneous catalysis with fundamentals and/or application-based studies. Examples are as follows, but not limited to:
Novel educational ideas or approaches, content for the classroom or laboratory, pedagogical advances, or educational research. Presentations can address a specific content area, describe a new pedagogy or teaching method, or provide results on an innovation or chemical education research study. Instructors of chemistry from school through graduate school, professional staff who support these teaching activities, as well as presenters from industry, and government are all welcome
The section of Environmental chemistry and renewable energy encompasses all branches of the chemical processes and techniques for the environment and renewable energy. Environmental chemistry could be applied to all chemical and physicochemical techniques for monitoring, analyses, and treatments of pollutants in air, water, and soil. For renewable energy, all types of energy resources, storges, and utilizations are included. The scope of this section welcomes the following areas:
A symposium on "Food, Agriculture, and Cosmetics" focuses on the advancements in the chemistry and biochemistry of these sectors, as well as the analytical methodologies employed. This section encompasses a broad range of topics, including but not limited to:
The section of inorganic chemistry encompasses a wide range of topics within the field with a particular focus on the synthesis and study of molecular systems with interesting optical, magnetic, redox and structural properties, with applications in catalysis, sensing, molecular devices and medicine. The scope of this section welcomes the following areas:
The section of Industrial and engineering chemistry encompasses all branches on leveraging the chemistry for sustainable economic growth in industrial sector especially the bio- circular and green or BCG economy. Sustainable development goal (SDG) is also considered to be one of the core of this section. Emerging digital transformation for industrial and engineering chemistry is included. Initiations of Industrial engagement in engineering and applied chemistry education are discussed for experience sharing and networking. The scope of this section welcomes the following areas:
A symposium on " Materials science and Nanotechnology " focuses on the interdisciplinary intersections of chemistry, materials science, and nanotechnology. The scope of this section includes, but not limited to, the following areas.
The section of Natural Products, Biological Chemistry and Chemical Biology focuses on discovery, isolation and characterization, biosynthesis, biosynthetic engineering, bioactivity, and pharmaceutical and other applications of natural compounds. The scope of this section welcomes the following areas:
The section of Organic synthesis and medicinal chemistry encompasses all branches of the theory and practice of organic chemistry for molecular synthesis. Synthesized organic molecules could be applied to interdisciplinary applications, including medicinal chemistry, materials science, agrochemicals, and biological research. The scope of this section welcomes the following areas:
This session aims to provide a platform for polymer chemists to meet and share their research and development in the areas such as the following:
The Physical and Theoretical Chemistry section focuses on understanding physical properties of atoms and molecules, materials chemistry, and unraveling mechanisms of chemical processes, using computational and/or experimental approach. The scope of this section welcomes the following areas:
A symposium on "Emerging Technologies for Climate Change Solutions" focuses on innovative approaches aimed at addressing the pressing challenges posed by climate change. The scope of this section includes, but not limited to, the following areas:
"Novel Materials and Technologies for Future Semiconductors" explores cutting-edge advancements in semiconductor science and engineering, aiming to revolutionize electronic devices and systems. The symposium encompasses the discovery and characterization of new semiconductor materials, such as perovskite, two-dimensional materials, quantum dots and organic semiconductors along with innovative fabrication techniques and device architectures. The focus lies on enhancing semiconductor performance, energy efficiency, and functionality for applications spanning from consumer electronics, electric current generation to healthcare. The scope of this symposium welcomes the following areas:
The special symposium encompasses a wide range of topics at the intersection of chemistry and quantum technology. The arrival of the second quantum revolution opens doors to designing new materials with desired properties, understanding complex chemical processes, and developing novel drug candidates. Quantum sensors with their unparalleled sensitivity promise unprecedented clarity in detecting and analyzing chemical compounds, leading to breakthroughs in fields like environmental monitoring and disease diagnosis. This special symposium welcomes submissions in the following areas:
A symposium on "Advancing Healthcare through Bio-Chemistry" focuses on the intersection of biology and chemistry in the context of improving healthcare outcomes. The scope of this section welcomes the following areas: