Gyula Faigel curriculum vitae

 

 

ADDRESS:

Research Institute for Solid State Physics Budapest, 114 POB 49.

H-1525 Hungary

PERSONAL DATA:

Born September 17, 1954 in Ormosbánya, Hungary. Married,with one child.

EDUCATION:

1974-1979: Undergraduate at the Natural Science Faculty of the Loránd Eötvös University Budapest in the Physics Faculty. M.Sc. Thesis title: "The study of the local order in As-Te calcogenid glasses" M.Sc. degree excellent".

1979-1981: Graduate student, Central Research Institute for Physics. Ph.D. Thesis title: "Setting up of an EXAFS spectrometer". Ph.D. degree "summa cum laude".

1988: Academic degree: "The Candidate of Physical Sciences", Hungarian Academy of Sciences. Thesis title: Investigation of Nuclear Bragg Scattering".

1998 Academic degree: „ Doctor of the Hungarian Academy of Sciences” Title: Nuclear Resonant Scattering in Solid State Physics”

2001 Member of the Hungarian Academy of Sciences

PROFESSIONAL POSITIONS:

1981-1985: Scientific coworker, Central Research Institute for Physics

1985-1987: Visiting Scientist at Brookhaven National Laboratory

1987-1989: Scientific worker, Central Research Institute for Physics

1989-present: Research Professor, leader of X-ray Laboratory in Research Institute for Solid State Physics and Optics

 

HONORS & AWARDS:

1981: Award for Young Scientists founded by Central Research Institute for Physics

1984: Award for Young Scientists founded by Central Research Institute for Physics

1994  Gyulai Zoltán honor  of the Physical Society of Eotvos Roland

1996 Award for  Senior Scientists founded by Hungarian Academy of Sciences

1999 Széchenyi Prize of the Hungarian Republic

 

MEMBERSHIPS:

Rorland Eötvös Physical Society

European Synchrotron Radiation Society

IUPAP

 

 

MAIN RESEARCH TOPICS:

X-ray and g-ray spectroscopy of condensed rnatter. Powder and single crystal diffraction and structure analysis. Nuclear resonance scattering and X-ray holography. Fullerenes, low dimensional systems, amorphous materials, artificial structures, single molecule imaging.