George Serghiou

Official web page

Present :Lecturer
Faculty:
Science and Engineering
School: Engineering and Electronics
University of Edinburgh

 

Previous: Research Associate

Max-Planck Institute for Chemistry

Chemistry Department Technical University Darmstadt

Education

BSc. Bioengineering University of California Berkeley

PhD Chemical Engineering Carnegie Mellon University

Contact

University of Edinburgh
School of Engineering and Electronics
King's Buildings, Edinburgh EH9, 3JL
Scotland, UK
email: george.serghiou@ed.ac.uk

tel. (+44) 131 6508553
fax. (+44) 131 6506551

 

Teaching

Carnegie Mellon University, Teaching Assistant
Courses: Thermodynamics, Chemical Engineering Laboratory

University of Edinburgh, Lecturer
Training: Faculty teaching development course
Courses: Reactions and Reactor Design (third year), Chemical Engineering laboratory (third year), Solids Processing (third year), Biochemical Engineering (second year)

Administration

Course Organizer
Director of Studies

 

Research
Interests

Synthesis (at high pressures and temperatures) and characterization of structure and properties (superhard, advanced optical, electronic properties) of new materials (inorganic and organic)
Development of equilibrium and metastable high P, T phase diagrams
Study of the effect of pressure on chemical reactions
Determination of the stability and composition of planetary interiors
Correlation of increase in density to transport processes (diffusion, ion partitioning)
Clarification of the mechanism of crystal-crystal and crystal-non-crystalline transitions
Examination of the effect of crystal size (nano to bulk) on synthesis and phase changes
Understanding of electronic transitions (insulator-metal)
Investigation of the influence of pressure on melting
Use of compression to understand function of biological systems (extremophiles)
Polymerized hydrocarbons, drug delivery
More on our Materials Research

Techniques

Synthesis, Processing - diamond cell, multi-anvil, piston-cylinder, low pressure bombs, inert furnace
Characterization - Raman, X-ray, SEM, TEM, optical microscopy, Mass spectrometry, FIB

Publications

Representative publications