Michael Coey wins prestigious Gutenberg prize. Strasbourg 23/01/2015
At a ceremony at the University of Strasbourg, the president of the Cercle Gutenberg, Professor Pierre Braunstein, announced the winners of the 2015. Gutenberg prizes and visiting professorships. Michael Coey, who will be carrying out a project on ‘Microfluidics without walls’ in collaboration with Bernard. Doudin of IPCMS and Thomas Heremans of ISIS was honoured, together with Veronique Dimier of Université Libre de Bruxelles whose project is on the ‘Influence of former British and French colonial administrators on the EU’s development policy in Africa’ and Giovanna Guidobon of the University of Indiana, whose project is on ‘Mathematical modeling of the circulation of blood in the brain’.
The Cercle Gutenberg, consisting of Nobel Laureates and Members of the French and other Academies of Science based in Alsace, has selected three Laureates every year since 2007. The award is €60,000 of which €50,000 is used to help support a research project at the University of Strasbourg. Michael Coey’s project aims to revolutionize microfluidics, an emerging technology that handles minute quantities of liquid reagents in channels about 100 microns wide for applications like in vitro diagnostics and new drug discovery. By using magnetic liquid confinement instead of solid walls to define the fluid channels he expects to overcome the main drawbacks of the technology – clogging, sluggish mixing and inflexible operation, thereby giving birth to a radical transformation of the ‘Lab on a Chip’.
Hongjun Xu wins the 2013 CRANN Image Competition
Hongjun Xu has won the 2013 CRANN Image Competition for his picture How does science start? The image is of a CVD grown nickel-graphene sample, and the colour was added.
Hongjun is the third member of the group to win CRANN Image Competition. Amir Esmaeily won in 2012 and Lorena Monzon won in 2011.
Closed pores of Anodic Aluminium Oxide (AAO) templates for the fabrication of one dimensional nanostructures by Amir Esmaeily
Electrochemical growth of hexagonal cobalt microcrystals on a substrates coated with polyaniline by Lorena Monzon. Background adapted from http://www.eso.org/public/../img/eso1006a/ESO/J. Emerson/VISTA. Acknowledgment: Cambridge Astronomical Survey Unit
Professor Michael Coey wins Humboldt Research Award
Professor Michael Coey is the recipient of a 2013 Research Award from the Alexander von Humboldt Foundation. The Foundation grants awards to internationally-renowned senior academics in any field in recognition of their entire research career. Prof. Coey has been granted €60,000 to pursue research on rare-earth free permanent magnets with Prof. Claudia Felser of the Max-Planck Institute for Chemical Physics in Dresden.
Professor Michael Coey nominated to European Academy of Science
Professor Michael Coey has been elected to the European Academy of Science (EURASC). The European Academy of Science is an independent organisation that aims to promote excellence in science and technology. Based in Belgium, its members include Nobel Prize and Fields medal winners and some of the best European scientists having a vision for the scientific, economic and social future of Europe. Prof. Coey is the first Irish member.
Dr. Lorena Monzon secures Enterprise Ireland funding
Dr. Lorena Monzon has secured funding of €112, 911 from Enterprise Ireland for a one-year project beginning on 1st August 2013. Her project aims to improve the electropolishing process of medical devices, in collaboration with industrial partners.
New electron beam lithography system to be installed in CRANN
A dedicated electron beam lithography system is to be purchased and installed in CRANN. Electron beam lithography is a well-established top-down research method for creating nanoscale thin-film structures. It is versatile, and can be used for single nanoscale devices or large arrays of nano-objects. E-beam lithography complements UV lithography, which is used for micron-scale devices and structures.
The system is an Elionix 7700 75keV which we are acquiring from Notre Dame University in the USA. The tool has a laser stage for precise alignment and 10nm lateral resolution. Funding for the purchase and installation has come from the TCD-SFI Opportunistic Fund, and from CRANN.
Plamen Stamenov receives special SFI award
Prof. Plamen Stamenov has been awarded a Starting Investigator Research Grant (SIRG) by SFI 2012-2017 (€ 500 K). This project will advance the Andreev reflection technique, a type of point-probe superconducting spectroscopy, which can be applied to determine spin polarization in many magnetic materials and device structures.
Magnetic Solutions Ltd. acquired by Tokyo Electron
Magnetic Solutions Ltd. has been acquired by Tokyo Electron. Magnetic Solutions (MSL), is the leading supplier of magnetic annealing systems and processes used in the development and manufacture of non-volatile memories such as MRAM and STT-RAM, read/write heads in high density disk drives, GMR and TMR sensors. It was founded as a TCD Campus Company in 1994 by Professor Coey, who served as a director from 1994-2006.
Tokyo Electron Limited (TEL), established in 1963, is a leading supplier of innovative semiconductor and FPD production equipment worldwide. Product lines include coater/developers, oxidation/diffusion furnaces, dry etchers, CVD systems, surface preparation systems, gas cluster ion beam technologies, and test systems.
Huseyin Tokuc has been awarded a PhD for his thesis of Organic/Ferromagnet Interfaces and Magnetoresistive Characteristics of Small Molecule Organic Semiconductor.
Two other group members, Simone Alborghetti and Damaris Fernandez Donoso, received their PhDs in 2012. Simone’s thesis was on Electron and Spin Injection in Short-Channel Organic Semiconducting Devices; he is now working in the Graphene Institute of the University of Singapore. Damaris received her PhD for a thesis on Influence of magnetic fields on cathodic growth of phases in acidic sulphate and acidic copper sulphate systems; she is currently working with Mike Lyons in the TCD Chemistry Department.
Damaris Fernandez Donoso