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Professor Bartlomiej Andrzej Glowacki

Biography:

Bartlomiej Andrzej Glowacki earned MA degree at Cambridge, MSc in Physics at University of Wroclaw Poland then PhD in  Low Temperature Physics and Superconductivity at Polish Academy of Science, before receiving a faculty position in Cambridge.  He received the life title of Professor from the President of Poland in recognition of the scope and international impact of my research.  He received medal ‘The Foundation for the Promotion of Industrial Science’, 2003, Institute for Industrial Science, University of Tokyo, the 3rd Annual EEEGR Energy Innovation Award 2006 ‘Fusion Island’, East of England Energy Group and recently received Nomination for 2011 ENI Award in the category of The Renewable and Non-Conventional Energy. Also in 1988 he actively participated in programme "Horizon" 'Superconductor: The Race for the Prize' BBC-2 for which achieved UK Technology Press Awards of 1988 (This programme was named Technology Programme of the year (TV and radio). He is a Board member of the European Energy Research Alliance Joint program: ‘Basic Science for Energy’ also  he is a Member of World Energy Council. He is an editorial Board Member of Journal of Energy Science. He has published five book chapters, 17 patents and more than 270 scientific papers. To promote Science he elaborated a unique video series “Lectures on Superconductivity” to educate researchers and students in the many interdisciplinary aspects of applied superconductivity (77,500 viewings[1]) also resourced from the IEEE web site.1 http://sms.cam.ac.uk/institution/MET/collections

Research themes

Nuclear Energy:

Development of superconducting materials for ITER and DEMO reactor

Engines and Turbines:

Bearings for superconducting generators

Energy Storage:

Development of the efficient hydrogen liquefaction processes.

Solid Oxide Fuel Cells, Solid Oxide Electrolyser Cells, Direct Carbon Fuel Cells

Flywheel with superconducting hybrid bearing

Buildings and Cities:

Development of energy efficient and sustainable buildings and hospitals infrastructure based on decentralised hydrogen loop

Manufacturing:

Efficient ink jet printing of electroceramic materials: Coated conductors YBCO, TiO2, SOFC, Plasma coatings

Transport:

Liquid hydrogen tanks for transport

Materials and Chemistry:

Optimisation of the electromagnetic assisted processing of materials

Smart Systems and Device Design:

Integration of the Smart grid with decentralised hydrogen infrastructures (generation, liquefaction storage, use)

Energy Efficiency:

Application of superconductivity in everyday life

Research Interests

  • Superconductors
  • Fuel Cells
  • Hydrogen
  • Photocatalysts
  • Fusion
  • SuperGrid
  • Ink jet printing
  • Biomagnetism

 

Key Publications