The initiation or sustainment of chemical transformations by mechanical forces, known as mechanochemistry, represents an exciting synthetic methodology for the design of novel molecules and materials. Acknowledged in 2019 as one of the top ten emerging methodologies for a sustainable future by the International Union of Pure and Applied Chemistry (IUPAC), the foundations of mechanochemistry are intrinsically correlated to green chemistry and its principles, since it allows the creation of cleaner, safer, cost-effective, and more efficient processes and products.
To promote long-lasting and systemic changes, a connection between teaching, research, and service approaches can further advance the application of mechanochemistry in academia and industry with the goals of achieving a healthier planet.
The ‘Mechanochemistry and Green Chemistry: A Connection Between Education, Research, and Innovation for a Healthier Planet’ symposium will focus on diverse approaches based on mechanochemistry for the development of greener processes and products. Participants will learn about how the field of mechanochemistry is being employed by different sectors to advance the achievement of the United Nations Sustainable Development Goals (UN SDGs). Moreover, attendees will be connected with educators, scientists, and leaders in the field worldwide to learn ways in which this methodology can be applied in their own settings, promote future collaborations, and inspire others to use mechanochemistry as a means to promote good health and well-being for current and future generations.
Abstract submissions showcasing innovative research, practical applications, or educational strategies related to mechanochemistry are highly encouraged.