Curriculum Vitae Calin Chindris

Total Page:16

File Type:pdf, Size:1020Kb

Curriculum Vitae Calin Chindris Curriculum Vitae Calin Chindris Office Address: University of Missouri-Columbia Mathematics Department Office Phone: 573–882–4125 202 Mathematical Sciences Building Email Address: chindrisc@ math.missouri.edu Columbia, MO 65211 Homepage: http://math.missouri.edu/~chindrisc Education/Employment 2010 – Assistant Professor (Tenure-Track), University of Missouri-Columbia 2008 – 2010 Visiting Assistant Professor (Post Doc), University of Iowa 2005 – 2008 Dunham Jackson Assistant Professor, University of Minnesota 2005 Ph.D. University of Michigan, Ann Arbor, Mathematics (advisor: Harm Derksen) 1999 M.S. Babes-Bolyai University, Cluj Napoca, Romania, Mathematics (advisor: Andrei Marcus) 1998 B.S. Babes-Bolyai University, Cluj Napoca, Romania, Mathematics (advisor: Andrei Marcus) Grants and Academic Awards 2015 – NSA Research Grant H98230-15-1-0022, PI 2014 – 2015 NSF Conference Grant DMS-1444778, Co-PI 2013 – 2014 NSF Conference Grant DMS-1343353, PI 2012 – 2014 NSF Conference Grant DMS-1242322, PI 2011 – 2015 NSF Research Grant DMS-1101383, PI 2005 Oct. Sumner Myers Award for best Ph.D. Thesis in Mathematics, University of Michi- gan, Ann Arbor 2005 Apr. The Wirt and Mary Cornwell Prize in Mathematics, University of Michigan, Ann Arbor 1999 Socrates-Erasmus Fellowship at Universitaire Instelling Antwerpen, Antwerp, Belgium, Spring Term 1994 – 1999 Romanian National Merit Scholarship, Babes-Bolyai University 1994 Third Prize, Romanian National Mathematical Olympiad 1993 First Prize, Romanian National Mathematical Olympiad 1990 – 1994 First Prize, Intercounty Grigore Moisil Mathematical Contest Teaching Awards 2007 Dec. Award from the “Thank a Teacher” program run by the University of Minnesota Center for Teaching and Learning Services, “In appreciation of [my] teaching style and dedication to helping students learn” Calculus IV (Math 2263) Research Interests Representation theory of algebras, Invariant theory, Algebraic combinatorics, Algebraic geom- etry 1 Publications available at http://www.math.missouri.edu/~chindrisc Submitted papers/Work-in-progress 1. (with Dan Kline) On locally semi-simple quiver representations. Preprint available at: arxiv.org/ abs/1507.05689, 2015. 2. (with Andrew Carroll and Zongzhu Lin) Quiver representations of constant Jordan type and vector bundles. Preprint available at: arxiv.org/abs/1402.2568, 2014. Refereed articles (accepted or published) 3. (with Andrew Carroll) Moduli spaces of modules of Schur-tame algebras, Algebras and Rep- resentation Theory, Volume 18, Issue 4 (2015), pp 961-976. 4. (with Andrew Carroll) On the invariant theory for acyclic gentle algebras, Transactions of the American Mathematical Society, 367 (2015), no. 5, 3481-3508. 5. (with Ryan Kinser and Jerzy Weyman) Module varieties and representation type of finite- dimensional algebras, International Mathematics Research Notices (2013); doi:10.1093/ imrn/rnt216. 6. On the invariant theory for tame tilted algebras, Algebra & Number Theory 7 (2013), no. 1, 193-214. 7. On the geometry of orbit closures for representation-infinite algebras, Glasgow Mathematical Journal 54 (2012), 629-636. 8. Geometric characterizations of the representation type of hereditary algebras and of canonical algebras, Advances in Mathematics 228 (2011), no. 3, 1405-1434. 9. Cluster fans, stability conditions, and domains of semi-invariants, Transactions of the Amer- ican Mathematical Society 363 (2011), no. 4, 2171-2190. 10. Orbit semigroups and the representation type of quivers, Journal of Pure and Applied Alge- bra 213 (2009), no. 7, 1418-1429. 11. Quivers, long exact sequences and Horn type inequalities II, Glasgow Mathematical Journal 51 (2009), no. 2, 201-217. 12. Quivers, long exact sequences and Horn type inequalities, Journal of Algebra 320 (2008), no. 1, 128-157. 13. (with Harm Derksen and Jerzy Weyman) Counterexamples to Okounkov’s log-concavity con- jecture, Compositio Mathematica 143 (2007), no. 6, 1545-1557. 14. Eigenvalues of Hermitian matrices and cones arising from quivers, International Mathematics Research Notices 2006, Art. ID 59457, 27 pp. Other publications (non-peer reviewed) 15. Notes on GIT-fans for quivers. Preprint available at: arxiv.org/abs/0805.1440, 2007. Invited Talks 2015 July The Eighth Congress of Romanian Mathematicians, Iasi, Romania May Maurice Auslander Distinguished Lectures and International Conference on Repre- sentations of Algebras and Related Topics, Woods Hole, Massachusetts April International Conference on Representation Theory and Commutative Algebras, Uni- versity of Connecticut 2 2014 Nov. University of Missouri-Columbia, Differential Equations Seminar Sep. XXVIth Meeting on Representation Theory of Algebras, University of Sherbrooke, Sherbrooke, Canada May Maurice Auslander Distinguished Lectures and International Conference on Repre- sentations of Algebras and Related Topics, Woods Hole, Massachusetts Apr. Texas Tech University, AMS Special Session on Linear Operators in Representation Theory and in Applications 2013 Dec. University of Ottawa, CMS Winter Meeting, Scientific Session on Representations of Algebras Sep. University of Missouri-Columbia, Algebra Seminar 2012 Nov. Northeastern University, Quiver Invariant Theory Seminar Oct. Kansas State University, Colloquium Oct. Kansas State University, Algebra Seminar Oct. University of Missouri-Columbia, Number Theory and Representation Theory Semi- nar 2011 Dec. University of Missouri-Columbia, Number Theory and Representation Theory Semi- nar Nov. Northeastern University, Algebra Seminar Sep. Wake Forest University, AMS Special Session on Non-commutative Algebra May University of Missouri-Columbia, Show Me Algebraic Geometry Meeting Apr. Maurice Auslander Distinguished Lectures and International Conference on Repre- sentations of Algebras and Related Topics, Woods Hole, Massachusetts Apr. University of Missouri-Columbia, Algebra Seminar Apr. University of Nebraska-Lincoln, KUMUNU Conference 2010 Nov. Truman State University, Colloquium Oct. Syracuse University, AMS Special Session on Representations of Algebras Sep. University of Missouri-Columbia, Algebra Seminar Sep. University of Missouri-Columbia, Geometry/Topology Seminar Apr. Maurice Auslander Distinguished Lectures and International Conference on Repre- sentations of Algebras and Related Topics, Woods Hole, Massachusetts Apr. Macalester College, AMS Special Session on Combinatorial Representation Theory Feb. Wake Forest University, Colloquium Feb. University of Missouri-Columbia, Colloquium Jan. Wayne State University, Colloquium 2009 Nov. University of California, Riverside, AMS Special Session on Representations of Alge- bras May University of North Carolina at Chapel Hill, Conference on Eigenvalue and Saturation Problems for Reductive Groups Apr. Maurice Auslander Distinguished Lectures and International Conference on Repre- sentations of Algebras and Related Topics, Woods Hole, Massachusetts, USA Mar. University of Illinois at Urbana-Champaign, AMS Special Session on Algebra, Geom- etry and Combinatorics Feb. University of Iowa, Algebra Seminar 2008 Nov. University of Illinois at Urbana-Champaign, Algebra-Geometry-Combinatorics Semi- nar 3 Nov. Iowa State University, Matrix Groups Seminar Feb. University of South Carolina, Colloquium Feb. University of Iowa, Colloquium Feb. University of Texas, Arlington, Colloquium Jan. University of Waterloo, Canada, Colloquium 2007 Oct. Maurice Auslander Distinguished Lectures and International Conference on Repre- sentation Theory and Related Topics, Northeastern University May Universidad Autonoma´ de Zacatecas, joint AMS-SMM Special Session on Representa- tion Theory Apr. University of Arizona, AMS Special Session on Representations of Algebras Mar. University of California, Santa Barbara, Colloquium Feb. University of Minnesota, Combinatorics Seminar 2006 Nov. Northeastern University, Representation Theory Seminar Oct. University of Minnesota, Algebraic Representation Theory Seminar Apr. University of Michigan, Colloquium Mar. University of Pittsburgh, Algebra Seminar 2005 Dec. University of Minnesota, Combinatorics Seminar Oct. University of Minnesota, Jr Colloquium Apr. University of California, Santa Barbara, AMS Special Session on Algebraic Geometry and Combinatorics Apr. University of California, Santa Barbara, Algebra Seminar 2004 Nov. Texas Tech, Red Raider Symposium, Invariant Theory in Perspective (poster presenta- tion) Oct. University of Michigan, Non-commutative Algebra Seminar 2003 Dec. University of Michigan, Student Commutative Algebra/Algebraic Geometry Seminar Teaching activities Courses taught at University of Missouri-Columbia 2015 Spring Calculus II (1700, 2 sections) 2014 Fall Calculus II (1700, 2 sections) 2014 Spring Matrix Theory (4140/7140, 2 sections) 2013 Fall Algebra II (8411) Topics Course in Algebra (8102): Representations of Quivers 2013 Spring Matrix Theory (4140/7140) Algebra I (8410) 2012 Fall Matrix Theory (4140/7140, 2 sections) 2012 Spring Topics Course in Algebra (8102): Representations of Quivers 2011 Fall Basic Algebra (8210) Algebra II (8411) 2011 Spring Algebra I (8410) 2010 Fall Matrix Theory (4140/7140, 2 sections) Courses taught at University of Iowa 2010 Spring Engineering Math III: Matrix Algebra 4 2009 Fall Topics Course in Algebra: Representations of Quivers Calculus III: Vector Calculus 2009 Spring Finite Mathematics: An Applied Approach 2008 Fall Engineering Math IV: Differential Equations (2 sections) Courses taught at University of Minnesota 2008 Sum. Multivariable Calculus and Vector Analysis 2008
Recommended publications
  • Gheorghe Țițeica - Întemeietor De Şcoală Matematică Românească
    1 INSPECTORATUL ŞCOLAR JUDEŢEAN PRAHOVA ŞCOALA GIMNAZIALĂ „RAREŞ VODĂ” PLOIEŞTI Publicaţie periodică a lucrărilor prezentate de elevi la CONCURSUL NAŢIONAL „Matematică – ştiinţă şi limbă universală” Ediţia a IX-a - 2018 2 PLOIEŞTI Nr.42 – SEPTEMBRIE 2018 3 Cuprins 1. Asupra unei probleme date la simulare ................................................................................. 9 Nedelcu Florin Colegiul Tehnic “C. D. Nenițescu” Pitești Prof. coordonator: Veronica Marin 2. Miraculoasa lume a infinitului tainele infinitului ................................................................. 12 Dorica Miruna Școala Gimnazială Corbasca,Județul Bacău Prof. îndrumător Olaru Sorina 3. Metoda reducerii la absurd în rezolvarea problemelor de aritmetică .................................. 14 Buzatu Irina Seminarul Teologic Ortodox "Veniamin Costachi", Mănăstirea Neamț Prof. îndrumător: Asaftei Roxana-Florentina 4. Schimbările climatice la granița dintre știință și ficțiune ..................................................... 16 Ruşanu Maria Ioana, Matei Andreea Mihaela Şcoala Superioară Comercială “Nicolae Kretzulescu”, București Profesori coordonatori Moise Luminita Dominica, dr. Dîrloman Gabriela 5. Gheorghe Țițeica - întemeietor de şcoală matematică românească .................................... 21 Pană Daliana și Mănescu Nadia Liceul Teoretic Mihai Sadoveanu, București Prof. îndrumător Băleanu Mihaela Cristina 6. Aplicații ale coordonatelor carteziene ................................................................................. 26
    [Show full text]
  • Problems in Trapezoid Geometry Ovidiu T. Pop, Petru I. Braica and Rodica D
    Global Journal of Advanced Research on Classical and Modern Geometries ISSN: 2284-5569, Vol.2, Issue 2, pp.55-58 PROBLEMS IN TRAPEZOID GEOMETRY OVIDIU T. POP, PETRU I. BRAICA AND RODICA D. POP ABSTRACT. The purpose of this paper is to present some known and new properties of trapezoids. 2010 Mathematical Subject Classification: 97G40, 51M04. Keywords and phrases: Trapezoid. 1. INTRODUCTION In this section, we recall the well known results: Theorem 1.1. (see [4] or [5]) Let a, b, c, d, be strictly positive real numbers. These numbers can be the lengths of the sides of a quadrilateral if and only if a < b + c + d, b < c + d + a, c < d + a + b, d < a + b + c. (1.1) In general, the strictly positive real numbers a, b, c, d, which verify (1.1) don’t determine in a unique way a quadrilateral. We consider a quadrilateral with rigid sides and con- stant side lengths, its vertices being mobile articulations. Then, this quadrilateral can be deformed in order to obtain another quadrilateral. For trapezoids, the following theorem takes place: Theorem 1.2. (see [5]) Let a, b, c, d, be strictly positive real numbers. Then a, b, c, d can be the lengths of the sides of a trapezoid of bases a and c if and only if a + d < b + c c + d < a + b a + b < c + d or c + b < a + d (1.2) c < a + b + d a < b + c + d By construction, we prove that, in the condition of Theorem 1.2, the trapezoid is uniquely determined.
    [Show full text]
  • Grigore C. Moisil Omul Și Drumul Său
    Grigore C. Moisil Omul și drumul său ste bine cunoscut faptul că în imperiul Austro-ungar, românii din Ardeal nu erau recunoscuți ca o minoritate cu drepturi cetățenești, așa E cum erau maghiarii, sașii și secuii, deși reprezentau 2/3 din populația Transilvaniei. Sentimentul național al românilor era înăbușit prin toate mijloacele. În primul rând nu aveau școli în limba româna și nici drepturi civice. Erau înjosiți și marginalizați, nepermițându-li-se să se manifeste în organele reprezentative decizionale. Cu toate acestea, pentru a se putea apăra de amenințările turcilor, erau imediat înrolați în armată și trimiși pe graniță în punctele cele mai vulnerabile. Așa s-au petrecut lucrurile și în secolul al XVIII-lea, când Maria Tereza a luat hotărârea de a militariza și o serie de sate românești, în anul 1762, din zona județului Bistrița Năsăud de astăzi. Printre acestea s-au numărat și comunele Maieru și Șanț. Evident, anterior s-au făcut o serie de verificări, în privința familiilor si în mod deosebit al membrilor de sex masculin. Datorită acestor demersuri, similar oarecum recensământurilor de astăzi, apare și familia Moisil, având descendenți de frunte, intelectuali și adevărați patrioți, la anul 1758. Această acțiune de militarizare a comunelor românești a permis ridicarea socială, politică și culturală a acestora, oferindu-le ocazia anumitor reprezentanți, patrioți destoinici, să se afirme. Printre aceștia și Grigore Moisil (1814-1891), străbunicul academicianului Grigore C. Moisil. El s-a remarcat în calitate de paroh al ținutului Rodnei, unul din întemeietorii primului liceu românesc din Năsăud. Fratele bunicului său, Grigore, Iuliu Moisil (1859-1947), a fost profesor mai întâi la Slatina si apoi la Târgu Jiu, unde a organizat „Cercuri Culturale” și „bănci populare”.
    [Show full text]
  • On the Meaning of Approximate Reasoning − an Unassuming Subsidiary to Lotfi Zadeh’S Paper Dedicated to the Memory of Grigore Moisil −
    Int. J. of Computers, Communications & Control, ISSN 1841-9836, E-ISSN 1841-9844 Vol. VI (2011), No. 3 (September), pp. 577-580 On the meaning of approximate reasoning − An unassuming subsidiary to Lotfi Zadeh’s paper dedicated to the memory of Grigore Moisil − H.-N. L. Teodorescu Horia-Nicolai L. Teodorescu Gheorghe Asachi Technical University, Iasi, Romania Institute for Computer Science, Romanian Academy, Iasi Branch Abstract: The concept of “approximate reasoning” is central to Zadeh’s con- tributions in logic. Standard fuzzy logic as we use today is only one potential interpretation of Zadeh’s concept. I discuss various meanings for the syntagme “approximate reasoning” as intuitively presented in the paper Zadeh dedicated to the memory of Grigore C. Moisil in 1975. Keywords: logic, truth value, natural language, inference. 1 Introduction I perceive three central ideas in Zadeh’s wide conceptual construction in his work until now. The first one is that words and propositions in natural languages, consequently human thoughts are not representable by standard sets and standard binary predicates. The second central idea in many of Zadeh’s papers is that humans perform computations in an approximate manner that real numbers can not represent well. The third idea, which Zadeh presented in his more recent works, is that of granularity of human mental representations and reasoning. These three strong points were represented by Zadeh in various forms and synthesized in the title of his paper on “computing with words” [1]. Most frequently - and Zadeh himself is doing no exception - authors cite as the initial paper clearly stating the approximate reasoning model the one published in the journal Information Sciences, July 1975 [2].
    [Show full text]
  • Curriculum Vitae
    Curriculum Vitae Personal information • Name: Ana-Maria Taloș • E-mail: [email protected] • Nationality: Romanian • Gender: female 1. Educational background • 2012- 2015: PhD degree, thesis “The impact of lifestyle on population health status. Case study: Ialomița county (Romania)”, Faculty of Geography, University of Bucharest • 2010- 2012: Master degree, “Geography of Health Care Resources and Health Tourism” module, Faculty of Geography, University of Bucharest • 2007- 2010: Bachelor degree, Tourism specialization, Faculty of Geography, University of Bucharest • 2003- 2007: ”Grigore Moisil” National College, Social Sciences, Urziceni, Ialomița County, Romania 2. Teaching activity • 2013- present: professor assistant in the Department of Human and Economic Geography, Faculty of Geography, University of Bucharest • 2015-present: organizing and coordinating practical activities for students (Moieciu, Bucharest) • 2015-present: coordinating students’ final paper (health geography, geodemography) 3. Scientific activity Books: • Taloș Ana-Maria, (2017), Stilul de viață și impactul acestuia asupra stării de sănătate a populației. Studiu de caz: județul Ialomița, Editura Universității din București, colecția Geographica, București, ISBN 978-606-16-0877-5 Articles: • Taloș Ana-Maria (2018), Housing conditions and sanitation in Ialomița County: spatial inequalities and relationship with population, Salute, Etica, Migrazione, Dodicesimo Seminario Internazionale di Geografia Medica (Perugia, 14-16.12.2017), Perugia, Guerra Edizioni Edel srl, ISBN: 978-88-557-0627-8 • Taloș Ana-Maria, (2017), Socio-economic deprivation and health outcomes in Ialomita County, Human Geographies - Journal of Studies and Research in Human Geography, nr 11 (2), p. 241-253, ISSN–print: 1843–6587 | ISSN–online: 2067–2284 • Taloș Ana-Maria, (2017), Population lifestyle and health in Ialomița County (Romania), Romanian Journal of Geography, Bucuresti, nr 61 (1), p.
    [Show full text]
  • A Memorial Tribute to Professor Constantin
    Nonauton. Dyn. Syst. 2020; 7:140–150 Article Open Access Mehran Mahdavi* A Memorial Tribute to Professor Constantin Corduneanu, The Outstanding Mathematician https://doi.org/10.1515/msds-2020-0115 Received May 27, 2020; accepted October 3, 2020 Abstract: This paper contains the biographical sketch and reviews scientic contributions of Professor Con- stantin Corduneanu, an outstanding researcher in stability and control theory, and oscillations. MSC: 01-01; 01-02 Corduneanu’s life Constantin Corduneanu was born on July 26, 1928, in the city of Iaşi, Province of Moldova, Romania, from the parents Costache and Aglaia Corduneanu. He completed his elementary education in the village of Potangeni, Movileni commune in the District of Iaşi, located at a distance of about 25 Km. from the City of Iaşi, where his parents and some uncles were his teachers. This village was also the place where his paternal grandparents were living. At the age of 12, he had to go to the City of Iaşi to get his secondary education. He did not want to take the advice of his parents or his grandfather. Instead, he chose the idea of one of his uncles, who, during the First World War, was a sergeant in the Romanian Cavalry. He participated in the competition for a place at the Military Lyceum of Iaşi, placing 10th out of 400 competitors. He completed his secondary education in 1947. Corduneanu had great mathematics teachers during his secondary education. For example, Nicolae Donciu, who was serving as an assistant to Dimitrie Pompeiu, well known in complex analysis at the time.
    [Show full text]
  • The Perspectives of Scientific Research Seen by Grigore C
    THE PERSPECTIVES OF SCIENTIFIC RESEARCH SEEN BY GRIGORE C. MOISIL FORTY YEARS AGO EUFROSINA OTLĂCAN* Motto: “There are people whose contribution to the progress of mankind is so great that their biography is put into the shade, the life is hidden away by the work”. (Gr. C. Moisil at the W. Sierpinski’s death) Abstract. The creation, the personality and the entire activity of the Romanian mathematician Grigore C. Moisil (1906–1973) are illustrative of the idea of universality in science and cultural integration. Moisil obtained his degree in mathematics at the University of Bucharest and became a PhD in 1929, with the thesis “The analytic mechanics of continuous systems.” The three years of courses at the polytechnic school did not finalize with an engineer diploma, they only meant an opening towards the understanding of technical problems. The scientific area of Moisil’s work covered, among other domains, the functional analysis applied to the mechanics of continuous media, to differential geometry or to the study of second order equations with partial derivatives. One of the most original parts of Moisil’s creation is his work in mathematical logic. Within this frame Moisil developed his algebraic theory of switching circuits. By his theory of “shaded reasoning”, G. C. Moisil is considered, besides L. Zadeh, one of the creators of the fuzzy mathematics. Apart from his scientific and teaching activities, Moisil was a highly concerned journalist, present in many newspapers and on television broadcasts. Keywords: Grigore C. Moisil, mathematical creation, mathematical analysis, mathematical logic, differential geometry, physics, mechanics. 1. BIOGRAPHICAL DATA The History of the mathematics in Romania (Andonie, 1966) in its pages dedicated to Gr.
    [Show full text]
  • Discipolii Acad. Grigore C. Moisil Și Pionieri Ai Informaticii Românești
    Discipolii acad. Grigore C. Moisil și pionieri ai informaticii românești Marin Vlada - Universitatea din Bucureşti, e-mail: vlada[at]fmi.unibuc.ro Abstract Articolul descrie un studiu succint prin analiza, enumerarea și evidențierea unor inițiative, acțiuni, rezultate știintifice, preocupări privind apariția și evoluția domeniului Informaticii la Universitatea din București. Opiniile și concluziii acestui studiu sunt ale autorului, și nu înseamnă că toate pot fi în unanimitate obiective. Inițial, în demersul nostru pentru a înțelege evoluția informaticii la Universitatea din București, am luat în considerare activitatea noastră din domeniul informaticii, dar am ajuns la concluzia că nu vom înțelege apariția și evoluția informaticii dacă nu vom analiza acțiunile și întâmplările așa cum s-au întâmplat în realitate: evenimente, decizii la nivel guvernamental, măsuri de schimbare, fapte și initiative ale unor oameni de știință, mărturii și explicații ale unor fapte petrecute în diverse etape, întâmplări și diverse contexte, etc. 1. Calculatorul, Matematica și Informatica – noi modalități de explorare a cunoașterii Motto "Calculatorul este o unealtă, ca stiloul, ca maşina de scris, ca telefonul, ca automobilul. Îl întrebuinţezi de câte ori ai nevoie. Calculatoarele din universitate sunt cele mai rentabile economic: dau oameni pricepuţi. Cât costă un calculator? Foarte mult, dacă nu ştii să umbli cu el. Mai mult decât un Rolls-Royce. Dar dacă ştii lucra cu el, îşi scoate preţul în doi ani. Care este investiţia de capital care se amortizează în doi ani?" Grigore C. Moisil în „Vom vedea – Ştiinţă şi umanism”, Contemporanul (aprilie 1973) Evoluția și dezvoltarea societății omenești nu se poate realiza, decât prin Cunoaștere și Învățare. Promotorul acestui proces de evoluție sunt considerate științele ce sunt forme de reprezentare virtuală a cunoașterii.
    [Show full text]
  • Communicating Science and Technology in Romanian Schools – the “Hands-On Science” Project
    9th International Conference on Public Communication of Science and Technology (PCST), Seoul, South Korea, 17-19 May 2006 COMMUNICATING SCIENCE AND TECHNOLOGY IN ROMANIAN SCHOOLS – THE “HANDS-ON SCIENCE” PROJECT Dan Sporea, Radu Sporea National Institute for Lasers, Plasma and Radiation Physics, Romania Abstract We are coordinating at national level the European Union funded Comenius project “Hands-on Science”, a project aiming both to improve science teaching in schools, and to rise young people’s interest in science and technology subjects. The paper reveals the various methods we have used to achieve these targets, both from the organizational point of view and means of expression. In several cities of Romania science clubs were organized in schools, where teachers and students from neighborhood schools present every two months reports on various scientific subjects, new set-ups and virtual experiments they developed. Every six months the “Hands-on Science” network is coordinating a science fair at national level, where small research projects run by students are presented as an exhibition like contest. Apart from the classical educational practice (real and virtual experiments, scientific presentation, etc.) we used more unconventional means to introduce science and technology to schools students such as: theater, poetry, live music, visual arts, all on science related subjects. Keywords: Comenius project, hands-on science, high school, science communication 1. Introduction One of the many challenges our society is facing in the modern world is the growing discrepancy existing between the rising demand of highly qualified manpower (in the field of science and technology development) and the low number of young, talented people graduating technical schools.
    [Show full text]
  • The Geometry of Myller Configurations. Applications to Theory of Surfaces
    RADU MIRON THE GEOMETRY OF MYLLER CONFIGURATIONS. Applications to Theory of Surfaces and Nonholonomic Manifolds arXiv:1002.0665v1 [math.DG] 3 Feb 2010 Editura Academiei Romˆane Bucure¸sti, 2010 2 Dedicated to academicians Alexandru Myller and Octav Mayer, two great Romanian mathematicians 3 MOTTO It is possible to bring for the great disappeared scientists varied homages. Sometimes, the strong wind of progress erases the trace of their steps. To not forget them means to continue their works, connecting them to the living present. Octav Mayer 4 Preface In 2010, the Mathematical Seminar of the “Alexandru Ioan Cuza” Uni- versity of Ia¸si comes to its 100th anniversary of prodigious existence. The establishing of the Mathematical Seminar by Alexandru Myller also marked the beginning of the School of Geometry in Ia¸si, developed in time by prestigious mathematicians of international fame, Octav Mayer, Gheorghe Vrˆanceanu, Grigore Moisil, Mendel Haimovici, Ilie Popa, Dim- itrie Mangeron, Gheorghe Gheorghiev and many others. Among the first paper works, published by Al. Myller and O. Mayer, those concerning the generalization of the Levi-Civita parallelism must be specified, because of the relevance for the international recognition of the academic School of Ia¸si. Later on, through the effort of two generations of Ia¸si based mathematicians, these led to a body of theories in the area of differential geometry of Euclidian, affine and projective spaces. At the half-centenary of the Mathematical Seminary, in 1960, the au- thor of the present opuscule synthesized the field′s results and laid it out in the form of a “whole, superb theory”, as mentioned by Al.
    [Show full text]
  • Adelina Georgescu 25.04.1942
    ADELINA GEORGESCU 25.04.1942 - 01.05.2010 3 4 I had the privilege of meeting Professor Adelina Georgescu almost 20 years ago during a series of courses that she held at the University of Craiova, Romania. What followed was more than a collaborative relation- ship; it was a long friendship, during which I discovered in her a gifted Romanian mathematician with a brilliant mind and a sharp spirit of righ- teousness. Born on April 25, 1942 in Turnu Severin, Romania, she lost her mother at the age of two and was subsequently raised by her grandparents in Cas- tranova. She began her schooling in Caracal and also graduated from an all- girls’ high school in the same town. Between 1960 and 1965 she continued her studies in mathematics at the University of Bucharest. Here she benefited from the instruction of famous professors such as Victor Vâlcovici, Miron Nicolescu, Grigore Moisil, Gheorghe Vranceanu, Solomon Marcus, and Caius Iacob. Under the latter’s guidance she completed her degree and earned her university diploma. In 1965 she began working at the Institute of Applied Mechanics Traian Vuia, which later became the Institute of Fluid Mechanics. She then pursued a PhD at the Institute of Mathematics, studying hydrodynamic stability and corresponding with the best world specialists in the field. In 1970 she earned her doctorate degree in mathematics, under the supervision of academician Caius Iacob. Between 1970 and 1975 she worked for the Institute of Mathematics, where she enjoyed a high-quality library, scientifically-advanced seminars, and elaborate discussions with the elite of Romanian mathematicians.
    [Show full text]
  • Romanian Civilization Supplement 1 One Hundred Romanian Authors in Theoretical Computer Science
    ROMANIAN CIVILIZATION SUPPLEMENT 1 ONE HUNDRED ROMANIAN AUTHORS IN THEORETICAL COMPUTER SCIENCE ROMANIAN CIVILIZATION General Editor: Victor SPINEI SUPPLEMENT 1 THE ROMANIAN ACADEMY THE INFORMATION SCIENCE AND TECHNOLOGY SECTION ONE HUNDRED ROMANIAN AUTHORS IN THEORETICAL COMPUTER SCIENCE Edited by: SVETLANA COJOCARU GHEORGHE PĂUN DRAGOŞ VAIDA EDITURA ACADEMIEI ROMÂNE Bucureşti, 2018 III Copyright © Editura Academiei Române, 2018. All rights reserved. EDITURA ACADEMIEI ROMÂNE Calea 13 Septembrie nr. 13, sector 5 050711, Bucureşti, România Tel: 4021-318 81 46, 4021-318 81 06 Fax: 4021-318 24 44 E-mail: [email protected] Web: www.ear.ro Peer reviewer: Acad. Victor SPINEI Descrierea CIP a Bibliotecii Naţionale a României One hundred Romanian authors in theoretical computer science / ed. by: Svetlana Cojocaru, Gheorghe Păun, Dragoş Vaida. - Bucureşti : Editura Academiei Române, 2018 ISBN 978-973-27-2908-3 I. Cojocaru, Svetlana (ed.) II. Păun, Gheorghe informatică (ed.) III. Vaida, Dragoş (ed.) 004 Editorial assistant: Doina ARGEŞANU Computer operator: Doina STOIA Cover: Mariana ŞERBĂNESCU Funal proof: 12.04.2018. Format: 16/70 × 100 Proof in sheets: 19,75 D.L.C. for large libraries: 007 (498) D.L.C. for small libraries: 007 PREFACE This book may look like a Who’s Who in the Romanian Theoretical Computer Science (TCS), it is a considerable step towards such an ambitious goal, yet the title should warn us about several aspects. From the very beginning we started working on the book having in mind to collect exactly 100 short CVs. This was an artificial decision with respect to the number of Romanian computer scientists, but natural having in view the circumstances the volume was born: it belongs to a series initiated by the Romanian Academy on the occasion of celebrating one century since the Great Romania was formed, at the end of the First World War.
    [Show full text]