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2023 Situtat International Symposium on Molecular and Supramolecular Science
Date: 2023-06-02Read: 0
The year 2023 marks the first year of the International Symposium on Molecular and Supramolecular Science organized by Dr. J. Fraser Stoddart, a Nobel laureate and academician of Northwestern University in the United States, and Professor Huang Feihe from Zhejiang University as the conference chairman. Scholars from countries such as the United States, Canada, Germany, Singapore, Australia, Israel, and Hong Kong were invited to participate in in-depth exchanges and discussions on supramolecular assembly theory, the preparation of new artificial molecular machines, the design and synthesis of new assembly elements, and the expansion of the foundations and applications of supramolecular materials.
The conference was held from the 1st to the 3rd of this month at the Hangzhou International Science and Technology Innovation Center of Zhejiang University in Xiaoshan, Hangzhou. More than 20 foreign professors, including Nobel laureates and academicians, attended, and more than 20 professors from domestic universities such as Peking University, Tsinghua University, Zhejiang University, and Shanghai Jiao Tong University gave academic presentations, attracting over 300 audience members to gather and discuss together.
The advancement of technology has driven a rapid increase in demand for new materials, therefore innovative automation, intelligent research and development, and high-throughput technology are playing an increasingly important role in the development of new materials. Liyang, with over 20 years of professional experience in the field of chemical automation research and development, also joined hands with Chemspeed at this grand conference to showcase how to "break through the ice" in China's new materials and supramolecular research and development.
At the same venue, Liyang showcased the latest ChemspeedCrystal Powderrose fully automatic solid powder samplerThe lightweight body can integrate scales, robotic arms, sample storage tanks, porous plates, and multi specification small bottle placement racks into a compact platform, saving laboratory space. Its sample addition range is accurate to sub milligrams, attracting customers to stop and inquire.
Product Display
Chemspeed assists laboratory material synthesis
Accelerate product development
In the field of synthetic applications, the Chemspeed automation platform uses computational simulation and machine learning to make predictions, and mines boundary conditions and other information to obtain molecules within a suitable range. Through this, high-throughput sample preparation, synthesis, process development, formulation, application or testing can be carried out, accelerating the product development cycle.
The synthesis effect is obvious to all
Highly welcomed by international organizations and universities
clariant
Clariant
Chemspeed's "plug and play" technology helps customers gain flexible advantages from diverse experiments, enabling their R&D teams to quickly assemble the required components and tools for the desired experiments, and efficiently achieve project to project integration.
The Commonwealth Scientific and Industrial Research Organisation, Australia's national scientific institution
CSIRO
After using Chemspeed's ISYNTH compound library fully automated synthesis platform, the RAMP Research Center synthesized nearly 1500 types of polymers in 0.5 to 1.0 grams in just 10 days, demonstrating astonishing research and development speed.
Jena University
Friedrich Schiller University Jena
The automated synthesis platform enables us to achieve a 5 to 10 fold improvement in terms of time, speed, or new scientific knowledge such as polymers. Combining advanced characterization techniques, the Chemspeed platform elucidates the key technologies of polymer structure performance relationship.
University of Liverpool
University of Liverpool
The Robot Chemist, independently developed by the University of Liverpool, utilized laboratory automation and artificial intelligence systems to complete 688 experiments in 8 days. Within a week, they studied 1000 catalytic formulations and discovered a new catalyst.