Discovery and Synthesis Optimization of Isoreticular Al(III) Phosphonate-Based Metal-Organic Framework Compounds Using High-Throughput Methods

I see the periodic table as a huge playground, and in our research, we focus on the synthesis of new materials, porous materials, such as this here, that's a structural model, and we see holes in the framework, and that can be used to store molecules or also to separate molecules based off on the size of these. And in addition to that kind of studies, we also develop new reactor systems in order to accelerate the discovery process. The current experimental challenges are to further accelerate the synthesis and characterization process with additional high throughput instrumentation, such as high throughput absorption characterization device.

The leg of detail and publications regarding the synthesis and characterization procedure affecting reproducibility is a well known problem in chemistry. By providing a thorough description of our method and setup, we aim to encourage other groups to adopt the described methodology, thereby increasing the reproducibility of experimental studies. We do not know what the future will bring, since we work on the discovery of new materials, and we never know what kind of properties these materials will have.