How Famous Is Theodor Grotthuss in Lithuania?
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THEODOR VON GROTTHUSS (1785-1822) – a TRAIL BLAZER Bruno Jaselskis, Carl E
Bull. Hist. Chem., VOLUME 32, Number 2 (2007) 119 THEODOR VON GROTTHUSS (1785-1822) – A TRAIL BLAZER Bruno Jaselskis, Carl E. Moore, and Alfred von Smolinsk, Loyola University of Chicago Two hundred years ago Theodor Grotthuss published a This challenge engaged the best minds of science major paper entitled “Mémoire sur la décomposition de throughout Europe, in particular those working in the l’eau et des corps, qu’elle tient en dissolution a’ l’aide field of static electricity, and especially those who were de l’élecrticite galvanique.”(1) In a short time this trying to explain the mechanism of the production of document was reprinted in other journals (2, 3) and was static electricity. Out of the ferment of the times came translated into English (4). In this paper Grotthuss pre- a young novice scientist, Theodor Grotthuss, a student, sented an electrolysis concept based on physical-chemi- eager to absorb knowledge and resolute in his desire to cal phenomena rather than on the prevailing established form his own opinions and interpretations uncluttered electrostatic interpretation of the galvanic process. He with the dogma of the established thinking. perceived the battery not only as a galvanic generator but also as a polarized system composed of particles J. A. Krikštopaitis, in his interesting book written in (molecules) of opposing electrical nature. This landmark the Lithuanian language, titled “Pralenkęs Laiką” (Ahead document laid out new directions for the interpretation of of the Times), describes the life of Theodor Grotthuss and galvanic phenomena. It influenced future investigations his scientific contributions. He states (6): carried out by Sir Humphry Davy, John J. -
Melania G. Mazzucco
Mamoli Zorzi and Manthorne (eds.) FROM DARKNESS TO LIGHT WRITERS IN MUSEUMS 1798-1898 Edited by Rosella Mamoli Zorzi and Katherine Manthorne From Darkness to Light explores from a variety of angles the subject of museum ligh� ng in exhibi� on spaces in America, Japan, and Western Europe throughout the nineteenth and twen� eth centuries. Wri� en by an array of interna� onal experts, these collected essays gather perspec� ves from a diverse range of cultural sensibili� es. From sensi� ve discussions of Tintore� o’s unique approach to the play of light and darkness as exhibited in the Scuola Grande di San Rocco in Venice, to the development of museum ligh� ng as part of Japanese ar� s� c self-fashioning, via the story of an epic American pain� ng on tour, museum illumina� on in the work of Henry James, and ligh� ng altera� ons at Chatsworth, this book is a treasure trove of illumina� ng contribu� ons. FROM DARKNESS TO LIGHT FROM DARKNESS TO LIGHT The collec� on is at once a refreshing insight for the enthusias� c museum-goer, who is brought to an awareness of the exhibit in its immediate environment, and a wide-ranging scholarly compendium for the professional who seeks to WRITERS IN MUSEUMS 1798-1898 proceed in their academic or curatorial work with a more enlightened sense of the lighted space. As with all Open Book publica� ons, this en� re book is available to read for free on the publisher’s website. Printed and digital edi� ons, together with supplementary digital material, can also be found at www.openbookpublishers.com Cover image: -
FROM DARKNESS to LIGHT WRITERS in MUSEUMS 1798-1898 Edited by Rosella Mamoli Zorzi and Katherine Manthorne
Mamoli Zorzi and Manthorne (eds.) FROM DARKNESS TO LIGHT WRITERS IN MUSEUMS 1798-1898 Edited by Rosella Mamoli Zorzi and Katherine Manthorne From Darkness to Light explores from a variety of angles the subject of museum ligh� ng in exhibi� on spaces in America, Japan, and Western Europe throughout the nineteenth and twen� eth centuries. Wri� en by an array of interna� onal experts, these collected essays gather perspec� ves from a diverse range of cultural sensibili� es. From sensi� ve discussions of Tintore� o’s unique approach to the play of light and darkness as exhibited in the Scuola Grande di San Rocco in Venice, to the development of museum ligh� ng as part of Japanese ar� s� c self-fashioning, via the story of an epic American pain� ng on tour, museum illumina� on in the work of Henry James, and ligh� ng altera� ons at Chatsworth, this book is a treasure trove of illumina� ng contribu� ons. FROM DARKNESS TO LIGHT FROM DARKNESS TO LIGHT The collec� on is at once a refreshing insight for the enthusias� c museum-goer, who is brought to an awareness of the exhibit in its immediate environment, and a wide-ranging scholarly compendium for the professional who seeks to WRITERS IN MUSEUMS 1798-1898 proceed in their academic or curatorial work with a more enlightened sense of the lighted space. As with all Open Book publica� ons, this en� re book is available to read for free on the publisher’s website. Printed and digital edi� ons, together with supplementary digital material, can also be found at www.openbookpublishers.com Cover image: -
Hidrogeologija • Hydrogeology • Гидрогеология Theodor Grotthuss and Modern Hydrogeochemistry
GEOLOGIJA. 2006. T. 53. P. 38–46 38© Lietuvos mokslų akademija, 2006 Vytautas Juodkazis, Algirdas Klimas © Lietuvos mokslų akademijos leidykla, 2006 Hidrogeologija • Hydrogeology • Гидрогеология Theodor Grotthuss and modern hydrogeochemistry Vytautas Juodkazis, Juodkazis V., Klimas A. Theodor Grotthuss and modern hydrogeochemistry. Geologija. Vilnius. 2006. No. 53. P. 38-46. ISSN 1392-110X Algirdas Klimas Theodor Grotthuss (1785–1822), as many other talented scholars, made a number of discoveries and accumulated new information not only in his own area, but also in adjacent fields of science. The studies of Smardonė mineral spring carried out by Grott- huss in Lithuania should be considered to be a lucky chance for hydrogeochemistry formed in the 20th century, since he not only created new water analysis methods, but also revealed the genesis of water chemistry and the occurrence of hydrogen sulphide in the water. He foresaw this phenomenon to take place in the aquifers; later studies and modern achievements of hydrogeochemistry confirmed its universal character. In 2005, featuring the 220th birthday of Grotthuss, there was a good opportunity to recall this scientific genius who worked far from famous centres of science, used self-made labo- ratory equipment, but managed to deserve recognition by European scholars. Key words: sulphate reduction, hydrogen sulphide, groundwater, Lithuania Received 22 September 2005, accepted 21 October 2005 Vytautas Juodkazis, Algirdas Klimas. Department of Hydrogeology and Enginee- ring Geology, Vilnius University, M. K. Čiurlionio 21, LT-03001 Vilnius, Lithuania, E- mail: [email protected] INTRODUCTION Paris, where he listened to lectures and took part in experimental scientific work. In 1807 he departed to The origin of Theodor Grotthuss is related to famous Courland and stopped in Munich, Vienna and Warsaw Courland landowners, who moved from Westphalia to on his way home. -
Self-Reporting Biological Nanosystems to Study and Control Bio-Molecular
BIOSCOPE Final Publishable Report BIOs cope Project no. NMP4-CT-2003-505211 Project acronym BIOSCOPE Project full name Self-reporting biological nanosystems to study and control bio- molecular mechanisms on the single molecule level Instrument type SPECIFIC TARGETED RESEARCH OR INNOVATION PROJECT Priority name Priority 3: Nanotechnology and nanoscience, knowledge-based multifunctional materials, new production processes and devices (NMP) Final Publishable Report Period covered: from February 1, 2006 to January 31, 2007 Date of preparation: April 19, 2007 Start date of project: Duration: February 1, 2004 36 month Project coordinator name Dr. Tommy Nylander Project coordinator organisation name Revision 2.0 Lund University (Div. Physical Chemistry 1) Page 1 of (26) BIOSCOPE Final Publishable Report BIOs cope www.BIOSCOPE.FKEM1.LU.SE Project execution The aim with BIOSCOPE was to pioneer the development of new leading edge nanoscale research tools and methodologies that will allow unprecedented insight into bio-molecular mechanisms at biological interfaces on the molecular scale. BIOSCOPE consider the biomolecular system itself as a part of the nanoscopic instrument, which in various ways reports to the out-side world about its current local state. Thereby it will be possible to study the local effects on the molecular level when e.g. a protein interacts with a biomembrane surface or when a lipase interacts with a lipid surface. The objectives of BIOSCOPE were: • To develop instrumentation and methods for manipulation of enzymes and enzyme activity at the nanoscale providing insight into the biomolecular mechanisms on a single molecule level. • To develop novel forms of integration, at the nanoscale level, of enzymes and non-biological systems such as nanoparticles, artificial membranes, electrical field or force field traps. -
Elenco Biografico Dei Soci Dell'accademia Delle
ELENCO BIOGRAFICO DEI SOCI DELL’ACCADEMIA DELLE SCIENZE 1757-2020 aggiornamento del 28-02-2021 Nel 1973 l’Accademia pubblicò nell’«Annuario» un Dizionario biografico dei Soci dell’Accademia, un elenco di tutti i Soci eletti dal 1757, con le notizie che su di essi l’Archivio dell’Accademia possedeva (in particolare i dati di elezione desunti dai verbali manoscritti). Nel Dizionario alcuni Soci erano indicati con il solo cognome (e in taluni casi esso era riportato in maniera errata sia per motivi di difficile lettura degli originali manoscritti sia per effettivi errori di trascrizione dei nomi stranieri). Il Dizionario è poi stato la base che ha permesso nel corso degli anni di costruire la pagina dei Soci storici sul sito web istituzionale, un repertorio di quasi 3.000 nomi. Nel 2020 con l’avvio del progetto Wikipediano in residenza , condotto grazie a una collaborazione con Wikimedia Italia, l’elenco dei Soci dell’Accademia delle Scienze è stato completamente rivisto, aggiornato e integrato. Questo elenco è uno dei frutti di questo lavoro di revisione e intende porsi come uno strumento parallelo alla consultazione del sito web. In alcuni casi potrebbero esserci incongruenze, imprecisioni e aggiornamenti che intendiamo fare via via grazie anche alle segnalazioni che ci verranno inviate (per e-mail alla biblioteca: [email protected]). In ogni caso l’elemento più aggiornato sarà sempre il sito stesso, ma ancor di più wikidata che essendo strumento di conoscenza collettiva e compartecipata vede migliorare i propri dati di giorno in giorno grazie a quello spirito di crescita del sapere che le è proprio. -
The Development of Catalysis
Trim Size: 6.125in x 9.25in Single Columnk Zecchina ffirs.tex V2 - 02/20/2017 1:50pm Page i The Development of Catalysis k k k Trim Size: 6.125in x 9.25in Single Columnk Zecchina ffirs.tex V2 - 02/20/2017 1:50pm Page iii The Development of Catalysis A History of Key Processes and Personas in Catalytic Science and Technology Adriano Zecchina Salvatore Califano k k k Trim Size: 6.125in x 9.25in Single Columnk Zecchina ffirs.tex V2 - 02/20/2017 1:50pm Page iv Copyright © 2017 by John Wiley & Sons, Inc. All rights reserved Published by John Wiley & Sons, Inc., Hoboken, New Jersey Published simultaneously in Canada No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, scanning, or otherwise, except as permitted under Section 107 or 108 of the 1976 United States Copyright Act, without either the prior written permission of the Publisher, or authorization through payment of the appropriate per-copy fee to the Copyright Clearance Center, Inc., 222 Rosewood Drive, Danvers, MA 01923, (978) 750-8400, fax (978) 750-4470, or on the web at www.copyright.com. Requests to the Publisher for permission should be addressed to the Permissions Department, John Wiley & Sons, Inc., 111 River Street, Hoboken, NJ 07030, (201) 748-6011, fax (201) 748-6008, or online at http://www.wiley.com/go/permissions. Limit of Liability/Disclaimer of Warranty: While the publisher and author have used their best efforts in preparing this book, they make no representations or warranties with respect to the accuracy or completeness of the contents of this book and specifically disclaim any implied warranties of merchantability or fitness for a particular purpose. -
Gyvenimas Paaukotas Mokslui
gyvenimas paaukotas mokslui GYVENIMAS PaaUKOTAS MOKSLUI Dramatiška Theodoro Grotthusso istorija Juozas Algimantas Krikštopaitis LIETUVOS MOKSLų akaDEMIja Vilnius 2016 UDK 54(474.5)(092) Kr239 Knygos išleidimą parėmė • © Lietuvos mokslų akademija, 2016 ISBN 978-609-95832-0-4 Turinys Pratarmė • 7 Nerimstančio jaunuolio pasaulis • 9 Gyvenimas bajorų šeimos dvarelyje 9 Esminių siekių brandinimo metas 11 Veikla Europos mokslo centruose 14 Vėl tėvų pastogėje 24 Pasaulinė šlovė, atvėrusi naujas galimybes 27 Dramatiška gyvenimo kelio baigtis 35 Mokslinės veiklos Gedučiuose apžvalga 40 Trumpai apie Kuršo krašto praeitį 41 Gamtos pažinimo vingiai, atsiskleidę mokslo istorijos panoramoje • 49 Mokslas – tai profesija, kuriai būtinas pasišventimas 49 T. Grotthusso idėjų ištakos 52 Teorija, iš principo pakeitusi supratimą apie mikropasaulio sandarą • 55 Elektros reiškinių tyrimai, atvėrę naujus pažinimo kelius 55 Nematomų šuolių galia 57 Klausimo apie šviesos prigimtį sprendimas – iššūkis žmogaus protui • 65 Mėginimai nuspėti šviesos reiškinių paslaptį 65 Drąsus mokslininko iš Lietuvos pakraščio pasiūlymas 66 Pasinėrus į fotochemijos reiškinių tyrinėjimus 69 Idėja, nulėmusi esminį pažinimo kelio posūkį 72 Siekis atskleisti pasaulio sandaros paslaptį • 76 Medžiaginė materijos forma. Jos struktūros tyrimai 76 Atomas – kertinis mikropasaulio sandaros elementas 78 Artėjant prie fizikinės realybės pagrindų supratimo 80 Šuolinės sąveikos – esminė gamtos procesų ypatybė • 83 Gal elektra yra „vienas galingiausių gamtos procesų variklių“? 83 Nauja fizikinių reiškinių pažinimo sritis – elektrodinamika 86 Trys mokslo vyrai, palikę ryškiausius pėdsakus elektrodinamikos istorijoje 89 Tyrimų kryptys, paviliojusios žingeidų jaunuolį • 98 Prie grandininių reakcijų pažinimo ištakų 98 Nuo analizinės chemijos prie mineralinių šaltinių problematikos 99 Meteoritams skirtas gamtos tyrėjo dėmesys 102 Užrašytam žodžiui lemta išlikti • 104 Ar buvo ryšių su Vilniaus akademine bendruomene? 104 Tyrinėjimų rezultatų įamžinimas 108 Mokslo istorikų pagarba asmeniui, gyvenimą paskyrusiam mokslui 115 T. -
Histoire Du Concept D'ion Au Dix-Neuvième Siècle
UNIVERSITÉ DE NANTES FACULTÉ DES SCIENCES ET DES TECHNIQUES _____ ÉCOLE DOCTORALE Sociétés, cultures, échanges (SCE) Année 2013 Histoire du concept d’ion au dix-neuvième siècle ___________ THÈSE DE DOCTORAT Discipline : Epistémologie, Histoire des sciences et des techniques Présentée et soutenue publiquement par Axel PETIT Le 11 décembre 2013, devant le jury ci-dessous Président Gérard EMPTOZ, Professeur des universités honoraire, Université de Nantes Rapporteurs Michel PATY, Directeur de recherche CNRS, Docteur d’État, Université Paris-Diderot Scott WALTER, Maître de conférences HDR, Université de Lorraine Examinateurs Danielle FAUQUE, Docteur, Université Paris-Sud Virginie FONTENEAU, Maître de conférences, Université Paris-Sud Pierre TEISSIER, Maître de conférences, Université de Nantes Stéphane TIRARD, Professeur des universités, Université de Nantes Directeur de thèse : Guy BOISTEL, Docteur HDR Remerciements Cette thèse est le résultat d’influences multiples et de réflexions apportées par plusieurs membres du Centre François Viète. Trois personnes se sont particulièrement impliquées dans mon travail. En premier lieu, Guy Boistel, qui a dirigé mes recherches, m’a permis de réaliser que l’histoire des sciences ne peut se concevoir sans érudition, et qu’il est nécessaire d’y trouver du plaisir. Ensuite, Stéphane Tirard a su m’éclairer avec patience sur la portée globale de mon travail quand je n’en cernais que des détails disparates. Enfin, Pierre Teissier, en m’orientant vers une bibliographie que je connaissais très peu, a ouvert l’horizon de l’histoire que j’expose ici. Mes positionnements épistémologiques dépendent largement de ses suggestions. Je les remercie vivement tous les trois pour le temps qu’ils ont su m’accorder, cette thèse leur est largement redevable. -
Et Tu, Grotthuss! and Other Unfinished Stories ⁎ Samuel Cukierman
Biochimica et Biophysica Acta 1757 (2006) 876–885 www.elsevier.com/locate/bbabio Review Et tu, Grotthuss! and other unfinished stories ⁎ Samuel Cukierman Department of Physiology, Stritch School of Medicine, Loyola University Chicago, 2160 South First Avenue, Maywood, IL 60153, USA Received 26 September 2005; received in revised form 16 November 2005; accepted 2 December 2005 Available online 29 December 2005 Abstract This review article is divided into three sections. In Section 1, a short biographical note on Freiherr von Grotthuss is followed by a detailed summary of the main findings and ideas present in his 1806 paper. Attempts to place Grotthuss contribution in the context of the science done at his time were also made. In Section 2, the modern version of the Grotthuss mechanism is reviewed. The classical Grotthuss model has been recently questioned and new mechanisms and ideas regarding proton transfer are briefly discussed. The last section discusses the significance of a classical Grotthuss mechanism for proton transfer in water chains inside protein cavities. This has been an interesting new twist in the ongoing history of the Grotthuss mechanism. A summary and discussion of what was learned from probably the simplest currently available experimental models of proton transfer in water wires in semi-synthetic ion channels are critically presented. This review ends discussing some of the questions that need to be addressed in the near future. © 2005 Elsevier B.V. All rights reserved. Keywords: Proton transfer; Membrane; Protein; Water; Single ion channel; Proton current 1. Et tu, Grotthuss! Krikštopaitis is found (website addresses are listed as references at the end of this article). -
The 2006–2007 Latvian Academy of Sciences (LAS) Yearbook Is a Follow-Up Edi- Tion—Already the Eleventh One Under This Title
UDK 061.23:001(474.3)(058) La 801 LATVIAN ACADEMY OF SCIENCES Akadçmijas laukums 1 Tel.: (371)7225361 Fax: (371)7821153 Rîga, LV 1050 E-mail: [email protected] Latvia http://www.lza.lv The 2006–2007 Latvian Academy of Sciences (LAS) Yearbook is a follow-up edi- tion—already the eleventh one under this title. The previous issues reflected the situa- tion in 1991, 1992, 1994, 1995, 1996, 1997, 1998/1999, 2000/2001, 2002/2003, and 2004/2005. The Yearbook consists of the main part and the Appendix. The main part includes the principal documents of the Latvian Academy of Sciences, basic information on the Academy, its structure and members, surveys of activities in 2005–2006. Appendix contains brief information on Latvia’s science and research institutes. The contents of the Yearbook are also available on the Website of the LAS (http://www.lza.lv). All data of the Yearbook are given to 15 March 2007. ISBN 978-9984-808-05-5 ISSN 1407-0383 Ó Latvian Academy of Sciences, 2007 CONTENTS Preface ...................................5 PRINCIPAL DATES IN 2007 AND 2008 ....................8 BASIC DOCUMENTS Charter of the Latvian Academy of Sciences ................9 Statute of the Latvian Academy of Sciences ................14 UNITS OF THE LATVIAN ACADEMY OF SCIENCES Senate of the Latvian Academy of Sciences ................29 Presidium of the Latvian Academy of Sciences ...............31 Board of the Latvian Academy of Sciences.................32 Supervisory Council of the Latvian Academy of Sciences...........33 International Relations of the Latvian Academy -
CCT 2016 Book of Abstracts
ISBN 978-609-95511-3-5 2 Thursday, April 28 Friday, April 29 08:00 Registration 08:30 Registration 09:00 Opening 09:00 Dr. R. Skaudžius (Vilnius University, Lithuania) 09:15 Prof. J. Krikštopaitis (Lithuania) 09:20 Dr. E. Orentas (Vilnius University, Lithuania) 09:30 Dr. F. Björefors (University of Uppsala, Sweden) 09:40 Dr. G. Juodeikienė (Kaunas University of Technology, Lithuania) 10:00 Prof. F. Scholz (Greifswald University, Germany) 10:00 Dr. T. Malinauskas (Kaunas University of Technology, Lithuania) 10:30 Coffee break and poster session 10:20 Prof. H. Cesiulis (Vilnius University, Lithuania) 10:40 Coffee break 11:15 Prof. E. Juzeliūnas (Klaipėda University, Lithuania) 11:00 Dr. R. Valiokas (FTMC, Lithuania) 11:20 Dr. A. Sankauskaitė (FTMC, Lithuania) 11:45 Prof. A. Ramanavičius (Vilnius University, 11:40 Mr. J. Tunaitis (UAB "Achema", Lithuania) Lithuania) 12:05 Dr. E. Voitechovič (St. Petersburg State University, 12:00 M. Stankevičiūtė (Kaunas University of Russia) Technology, Lithuania) 12:20 Dr. M. Yıldırım (Canakkale Onsekiz Mart University, 12:15 A. Brangule (Riga Stradiņš University,Latvia) Turkey) 12:35 Prof. G. D. Sulka (Jagiellonian University Krakow, 12:30 M. Bakierska (Jagiellonian University, Poland) Poland) 12:50 P. M. Hannula (Aalto University, Finland) 12:45 Break 13:05 Break 14:30 Prof. R Ramanauskas (FTMC, Lithuania) 14:30 Poster Session 15:00 Prof. E. Lust (Tartu University, Estonia) 15:30 Prof. M. Skompska (Warsaw University, Poland) 15:50 Closing remarks 16:00 Coffee break and poster session 16:00 Excursion 16:30 Prof. G. Valinčius (Vilnius University, Lithuania) 16:50 Prof. O. Forsen (Aalto University, Finland) 17:05 Dr.