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Richard Robson - Chemist
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Richard Robson

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description Richard Robson Overview

Richard Robson was a prominent chemist specializing in materials science based in Melbourne. His research significantly advanced the understanding of porous materials, especially metal-organic frameworks (MOFs). He developed innovative techniques for synthesizing silicone polymers and related compounds. Robson's work is particularly relevant to researchers and engineers involved in areas such as catalysis, gas storage, and separation technologies.

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What is Richard Robson best known for in chemistry?

Richard Robson is best known for pioneering work on coordination polymers and metal-organic frameworks. His late-1980s research showed how metal ions and organic linkers could form extended crystalline networks.

How is Robson connected to metal-organic frameworks?

Robson's work helped establish the design idea behind MOFs: using metal nodes and organic linkers as building blocks. That concept later became central to porous materials research for gas storage, separation, and catalysis.

Was Richard Robson an organosilicon chemist?

He is not mainly remembered for organosilicon chemistry. The widely cited Richard Robson in modern materials chemistry is associated with coordination networks and MOF-like structures, especially through work at the University of Melbourne.

Why do people cite Robson's 1989 work?

His 1989 paper is often treated as a foundational step toward reticular chemistry and MOF design. The key idea was not just making one compound, but showing a strategy for building predictable extended networks.

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