Polyoxometalate (POM) chemistry is an important branch of the molecular nanotechnology. Over the past decades, POMs as molecular metal–oxide clusters have attracted extensive interest because of their unmatched range of physical properties that make them ideal building blocks for the development of a wide variety of structures and advanced multifunctional materials. They have been applied in many research fields such as optics, magnetism, energy storage, biological medicine and catalysis. Further, these molecular materials from low-cost, earth-abundant elements and with well-defined structures are a major focus since they provide an ideal platform for understanding the reaction mechanisms of various processes. However, the control and manipulation of molecules with predefined properties tailored to specific applications is a great challenge.

Herein, I present about our current work, which is focused on the synthesis and development of multifunctional systems based on POMs and to harness their properties for practical applications relevance to the Helmholtz POF strategies.

https://kit-lecture.zoom.us/j/63304176571?pwd=VmlxZm1SOTRrWmw4NjFJUVo1amNCdz09

Meeting ID: 633 0417 6571 
Passcode: 586660