Technical Programming

Aside from the standard general chemistry topics, the technical and non-technical programming will emphasize our theme by exploring innovative research and practical applications that highlight transparency, reproducibility, and communication.

We plan to include sessions on the following topics:

●      Advanced Polymer Characterization

●      Sustainability & Renewable Energy

●      AI & Automation

●      Chemical Biology & Therapeutics

●      Environmental Chemistry & Sensing

●      Advanced Catalysis

●      Additive Manufacturing of Advanced Materials

●      Region specific topic (Soft Matter, Adhesives)

Advanced polymer characterization will showcase emerging analytical techniques that reveal crucial structure-property relationships in next-generation polymers, ensuring claims are grounded in rigorous science. In sustainability and renewable energy, breakthroughs in green syntheses and circular-economy designs will be explored, supported by transparent life cycle assessments that counter greenwashing claims and drive a low-carbon future.

We will delve into AI and automation, where integrating machine learning and automated platforms accelerates discovery. These sessions will emphasize best practices for ensuring data quality and transparency, dispelling myths around AI as a "black box." Local industry applications will be highlighted through region-specific case studies, addressing local anti-science narratives and showcasing innovations from soft-matter consumer products to advanced adhesives.

Further discussions will cover advances in chemical biology and therapeutics, reinforcing chemistry's role in health and biotech with reproducible and open protocols. Environmental chemistry and sensing sessions will focus on developing next-gen sensors and community-driven monitoring programs, enhancing public trust through effective communication. The program will also include innovations in advanced catalysis, unlocking new bond-forming strategies with minimal waste, and additive manufacturing of advanced materials, where multi-material and nanoscale printing accelerates innovation in tailored catalysts and sensors.