Professional background (unorthodox)
· Born in Budapest, Hungary, 1951.
· Attending mathematical class at Fazekas Mihály secondary school (the institute renown as acting like magnet in collecting talents of
future’s mathematicians) was his
deliberate choice en route to gain inerrant
fundament on following his plans in science.
· In this period at age of 17, he brought success to Hungary as participant in 1st International
Chemistry Olympiad held in Prague, 1968.
· During his chemical studies at Eötvös Lóránd University, Hungary, between
1970-75, he specialized towards organic chemistry, with a marked
interest in diverse analytical and spectroscopic methods too. This three domain
he technically combined in his MSc
thesis, to offer grounds for proposed reaction-mechanism after
product-analysis & identification for compounds containing aryl-conjugated
double-bonds oxidized by lead(IV)tetra-acetate.
· On starting career he opted to begin with gaining
deeper experience first with modern methods of chromatography. This meant an
engagement with Research Institute for Pharmaceutical
Chemistry, where as a debutant he managed to carry out a separation that
cried for long for a definite solution, via applying a trick offered by keeping
intimacy with subtle details of organic chemistry. [Argentation chromatography of some stilbene derivatives Journal of Chromatography A 169, 1979, 469-474pp https://doi.org/10.1016/0021-9673(75)85085-0
]
· Works from this era gave the material for his doctoral
thesis. [Selected Chapters in HPLC, 1978]
· Later events turned him back to gas-chromatography.
· At this new position he built up a laboratory capable
of accomplishing analyses of great diversity for environmental samples targeting
sub-micro level, while the tasks to attend to were mostly routine.
· This tepidity was stirred by a thought, which took 5
years to elaborate and led to the very clue enabling to realize
multi-dimensionality unlimited. [Zone gas
chromatography Analytical Chemistry 1989, 61, 1478-1485pp https://doi.org/10.1021/ac00189a003
(The picture below is taken from this period.)]
· The introductory tremors and turmoil that grew in
intensity as the economic collapse of state-communism proceeded swept lab, job,
institute, and whatever remained save life and knowledge in the head. Which
both are put in service now in the country, where people navigate helpless amid
issues like the blessing/misery brought by sewage-plants and forced
canalization at large in villages, or ways of remediation of a poisoned habitat
destroyed by the previous.
· Results of this commitment, which slow by slow became like a profession –
which aimed to promote the dissemination of József Országh’s Eautarcie system through the most
diverse and in-depth explorations – were first published in blogs: · After completing some additional supplementary tour touching Eautarcie, I decided to mend a long-overdue hiatus, which was ultimately evoked by
the fact that a prominent practitioner of the field in which I had previously
worked had announced a serious failure regarding previous efforts of the GCxGC
method [Blumberg 2008, https://doi.org/10.1016/j.chroma.2008.02.044]. In light of this, the competitiveness of a
forgotten method, comparing past and present, has been revised, in a book form:
Ø ZGC: Számadás , Zóna Gázkromatográfia
Kulcs és
elrendezés a teljes-elérésű multi-dimenzionalitáshoz
(2024 ISBN 978-615-02-1835-9)
ZGC:Giving account of, Zone
Gas Chromatography
Key & method to access MDGC unlimited
More can be read on: https://hitelesseg-szakmaisag.blogspot.com/p/zgc-szamadas.html
Where clues are given about the circumstances of the necessity of writing the
book including the reception of the theme so far. To substantiate the said
stands the public correspondence made with the editor-in-chief of the journal Analytical
Chemistry and then with Leon Blumberg – placed behind the
English-language book description.
Dég (Hungary) January
22, 2020 Endre Fuggerth
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