Resolving Stefan's Problems for Koller's sake
Josef Stefan’s main mentor Marian Koller used to be the very-best astronomer from Upper Carniola besides Augustin Hallerstein who excelled in Beijing. Today, Koller’s work related to Dalton minimum is again in limelight as the alternative explanation of disputed global warming phenomena. Koller deci...
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ftzenodo:oai:zenodo.org:8111033 2024-09-15T18:08:09+00:00 Resolving Stefan's Problems for Koller's sake Stanislav Južnič 2023-07-03 https://doi.org/10.5281/zenodo.8111033 eng eng Zenodo https://doi.org/10.5281/zenodo.8111032 https://doi.org/10.5281/zenodo.8111033 oai:zenodo.org:8111033 info:eu-repo/semantics/openAccess Creative Commons Attribution 4.0 International https://creativecommons.org/licenses/by/4.0/legalcode Josef Stefan's teacher Karl Robida Stefan Problem and Stefan Number phase transition Philosophical Magazine collaboration between literati of London Paris Geneve and Vienna history of physics in middle Victorian era Marian Koller's teacher Josef Jenko Babbage's proteus anguinus Doppler and Exner against Petzval and Ettingshausen Boltzmann's antagonist Simon Šubic against Maxwellian equipartition Clausius-Krönig's kinetic atomism Baumgartner lectures on kinetic atomistic heat Joseph Fourier Lamé-Clapeyron's elasticity Fresnel's wave optics Weber's electrodynamics of Faraday's induction in Vienna Dalton minimum Sunspots Bohinj Kremsmünster Benedictine versus Jesuitical physics History of Observational Astronomy Geomagnetism and Meteorology Central European Studies History of Science and Technology Melting and Solidification of Metals for metallurgy of continuous ingots as the continuous casting methods for ingot processing Melting and Solidification of Arctic Ice as well as agricultural land and its crops Lev Isakovič Rubinstein Global Warming Hypothesis Polar expeditions oil industry oilfield-petroleum mechanics melting of nanoparticles info:eu-repo/semantics/book 2023 ftzenodo https://doi.org/10.5281/zenodo.811103310.5281/zenodo.8111032 2024-07-26T05:09:48Z Josef Stefan’s main mentor Marian Koller used to be the very-best astronomer from Upper Carniola besides Augustin Hallerstein who excelled in Beijing. Today, Koller’s work related to Dalton minimum is again in limelight as the alternative explanation of disputed global warming phenomena. Koller decisively supported a talented Josef Stefan, a Slovene from Klagenfurt, who won his brilliant blitzkrieg pedagogical path from a high school professor to the leading scholar in then Habsburg Monarchy. His greatest helper was his fellow Slovenian Marian Koller, a Benedictine erudite from Bohinj as a leading counsellor at the Ministry of Education. The successful cooperation of both leading Slovenian experts promoted the Habsburgian sciences worldwide. Koller’s international connections and pedagogical-scientific ideas enabled the initial success of young Stefan. In his turn, Stefan made his atomistic kinetic theories mandatory in Habsburgian monarchy except for Ernst Mach’s Prague which traditionally opposed Viennese ideas already during the prevailing influences of the Jesuit Rudjer Bošković’s sciences a century earlier. Already in 1842, Koller’s astronomical measurements read for then Londoner Monthly Notices of the Royal Astronomical society were noted in Phil.Mag . Stefan widely used that prestige of his benefactor Koller. It was previously not widely known that Josef Stefan published more than twenty papers in London, Edinburgh, and Dublin Philosophical magazine . His Viennese and Leipzig publications were also translated or at last abstracted in Paris and Geneva. You might support our USA-EU research team by donation on bank account SI56 0232 3170 0617 923 of Stanislav Joze Juznic, Dunajska 83, 1000 Ljubljana, Slovenia-EU: we will have a privilege to honorably note your name into our forthcoming books which you'll receive for free Book Global warming Zenodo |
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ftzenodo |
language |
English |
topic |
Josef Stefan's teacher Karl Robida Stefan Problem and Stefan Number phase transition Philosophical Magazine collaboration between literati of London Paris Geneve and Vienna history of physics in middle Victorian era Marian Koller's teacher Josef Jenko Babbage's proteus anguinus Doppler and Exner against Petzval and Ettingshausen Boltzmann's antagonist Simon Šubic against Maxwellian equipartition Clausius-Krönig's kinetic atomism Baumgartner lectures on kinetic atomistic heat Joseph Fourier Lamé-Clapeyron's elasticity Fresnel's wave optics Weber's electrodynamics of Faraday's induction in Vienna Dalton minimum Sunspots Bohinj Kremsmünster Benedictine versus Jesuitical physics History of Observational Astronomy Geomagnetism and Meteorology Central European Studies History of Science and Technology Melting and Solidification of Metals for metallurgy of continuous ingots as the continuous casting methods for ingot processing Melting and Solidification of Arctic Ice as well as agricultural land and its crops Lev Isakovič Rubinstein Global Warming Hypothesis Polar expeditions oil industry oilfield-petroleum mechanics melting of nanoparticles |
spellingShingle |
Josef Stefan's teacher Karl Robida Stefan Problem and Stefan Number phase transition Philosophical Magazine collaboration between literati of London Paris Geneve and Vienna history of physics in middle Victorian era Marian Koller's teacher Josef Jenko Babbage's proteus anguinus Doppler and Exner against Petzval and Ettingshausen Boltzmann's antagonist Simon Šubic against Maxwellian equipartition Clausius-Krönig's kinetic atomism Baumgartner lectures on kinetic atomistic heat Joseph Fourier Lamé-Clapeyron's elasticity Fresnel's wave optics Weber's electrodynamics of Faraday's induction in Vienna Dalton minimum Sunspots Bohinj Kremsmünster Benedictine versus Jesuitical physics History of Observational Astronomy Geomagnetism and Meteorology Central European Studies History of Science and Technology Melting and Solidification of Metals for metallurgy of continuous ingots as the continuous casting methods for ingot processing Melting and Solidification of Arctic Ice as well as agricultural land and its crops Lev Isakovič Rubinstein Global Warming Hypothesis Polar expeditions oil industry oilfield-petroleum mechanics melting of nanoparticles Stanislav Južnič Resolving Stefan's Problems for Koller's sake |
topic_facet |
Josef Stefan's teacher Karl Robida Stefan Problem and Stefan Number phase transition Philosophical Magazine collaboration between literati of London Paris Geneve and Vienna history of physics in middle Victorian era Marian Koller's teacher Josef Jenko Babbage's proteus anguinus Doppler and Exner against Petzval and Ettingshausen Boltzmann's antagonist Simon Šubic against Maxwellian equipartition Clausius-Krönig's kinetic atomism Baumgartner lectures on kinetic atomistic heat Joseph Fourier Lamé-Clapeyron's elasticity Fresnel's wave optics Weber's electrodynamics of Faraday's induction in Vienna Dalton minimum Sunspots Bohinj Kremsmünster Benedictine versus Jesuitical physics History of Observational Astronomy Geomagnetism and Meteorology Central European Studies History of Science and Technology Melting and Solidification of Metals for metallurgy of continuous ingots as the continuous casting methods for ingot processing Melting and Solidification of Arctic Ice as well as agricultural land and its crops Lev Isakovič Rubinstein Global Warming Hypothesis Polar expeditions oil industry oilfield-petroleum mechanics melting of nanoparticles |
description |
Josef Stefan’s main mentor Marian Koller used to be the very-best astronomer from Upper Carniola besides Augustin Hallerstein who excelled in Beijing. Today, Koller’s work related to Dalton minimum is again in limelight as the alternative explanation of disputed global warming phenomena. Koller decisively supported a talented Josef Stefan, a Slovene from Klagenfurt, who won his brilliant blitzkrieg pedagogical path from a high school professor to the leading scholar in then Habsburg Monarchy. His greatest helper was his fellow Slovenian Marian Koller, a Benedictine erudite from Bohinj as a leading counsellor at the Ministry of Education. The successful cooperation of both leading Slovenian experts promoted the Habsburgian sciences worldwide. Koller’s international connections and pedagogical-scientific ideas enabled the initial success of young Stefan. In his turn, Stefan made his atomistic kinetic theories mandatory in Habsburgian monarchy except for Ernst Mach’s Prague which traditionally opposed Viennese ideas already during the prevailing influences of the Jesuit Rudjer Bošković’s sciences a century earlier. Already in 1842, Koller’s astronomical measurements read for then Londoner Monthly Notices of the Royal Astronomical society were noted in Phil.Mag . Stefan widely used that prestige of his benefactor Koller. It was previously not widely known that Josef Stefan published more than twenty papers in London, Edinburgh, and Dublin Philosophical magazine . His Viennese and Leipzig publications were also translated or at last abstracted in Paris and Geneva. You might support our USA-EU research team by donation on bank account SI56 0232 3170 0617 923 of Stanislav Joze Juznic, Dunajska 83, 1000 Ljubljana, Slovenia-EU: we will have a privilege to honorably note your name into our forthcoming books which you'll receive for free |
format |
Book |
author |
Stanislav Južnič |
author_facet |
Stanislav Južnič |
author_sort |
Stanislav Južnič |
title |
Resolving Stefan's Problems for Koller's sake |
title_short |
Resolving Stefan's Problems for Koller's sake |
title_full |
Resolving Stefan's Problems for Koller's sake |
title_fullStr |
Resolving Stefan's Problems for Koller's sake |
title_full_unstemmed |
Resolving Stefan's Problems for Koller's sake |
title_sort |
resolving stefan's problems for koller's sake |
publisher |
Zenodo |
publishDate |
2023 |
url |
https://doi.org/10.5281/zenodo.8111033 |
genre |
Global warming |
genre_facet |
Global warming |
op_relation |
https://doi.org/10.5281/zenodo.8111032 https://doi.org/10.5281/zenodo.8111033 oai:zenodo.org:8111033 |
op_rights |
info:eu-repo/semantics/openAccess Creative Commons Attribution 4.0 International https://creativecommons.org/licenses/by/4.0/legalcode |
op_doi |
https://doi.org/10.5281/zenodo.811103310.5281/zenodo.8111032 |
_version_ |
1810445485921533952 |