Anders Hammershøi

Anders Hammershøi serves as an Associate Professor in the Department of Chemistry at the University of Copenhagen, specializing in coordination chemistry with emphasis on stereochemical control in metal-templated organic synthesis. His research bridges inorganic mechanisms and biomimetic applications through innovative cobalt(III) methodologies.

Education:

• 1977: Master of Science (Chemistry), University of Copenhagen (Supervisor: Prof. Erik Larsen)
• 1981: Ph.D., Australian National University (Supervisor: Prof. Alan M. Sargeson)
• 1981-1982: Postdoctoral Research Affiliate, Stanford University (Supervisor: Prof. Henry Taube)

Research Focus: Dr. Hammershøi pioneers metal-directed stereospecific synthesis, notably developing cobalt(III)-assisted routes to enantiopure amino acids and polyamines via the Self-Regeneration of Stereocenters (SRS) principle. His work establishes critical connections between coordination geometry and organic reactivity, with applications in bioinorganic modeling for zinc-dependent enzymes. Key innovations include water-compatible Mannich reactions and chelation-controlled formylation techniques that preserve stereochemical integrity.

Publication Trends: Analysis of his 39 research outputs reveals consistent focus on cobalt(III) stereochemical templates (2005-2015), evolving from crystallographic characterization of diastereoisomeric complexes toward synthetic applications in aqueous media. His most impactful contributions demonstrate how coordination geometry dictates stereoselectivity in amino acid derivatization, with growing emphasis on environmentally relevant reaction conditions and biological relevance through enzyme mimicry.

Collaborations: Extensive co-authorship with J. Bendix and M. Schau-Magnussen across crystallography, synthesis, and mechanistic studies indicates sustained laboratory partnerships within the Department of Chemistry. Current research likely continues exploring stereoselective transformations through advanced coordination frameworks.