UNIVERZITETA U BEOGRADU R E F E R A T

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1 NASTAVNO-NAUČNOM VEĆU FIZIČKOG FAKULTETA UNIVERZITETA U BEOGRADU Pošto smo na VI sednici Izbornog i Nastavno-naučnog Veća Fizičkog fakulteta Univerziteta u Beogradu odredjeni za članove Komisije za pripremu izveštaja po raspisanom konkursu za izbor jednog docenta za naučnu oblast Nastava fizike na Fizičkom fakultetu u Beogradu podnosimo sledeći R E F E R A T Na konkurs za izbor jednog docenta za naučnu oblast Nastava fizike na Fizičkom fakultetu u Beogradu, koji je objavljen u oglasniku POSLOVI (dvobroj ), od 13. aprila godine, prijavio se kao jedini kandidat Dragan V. Redžić, docent, Fizički fakultet Studentski trg 12, tel , redzic@ff.bg.ac.rs BIOGRAFIJA, NASTAVNA I NAUČNA AKTIVNOST Dragana Redžića I. OSNOVNI BIOGRAFSKI PODACI Dragan Redžić je rodjen od oca Vučete i majke Milijanke 7. januara godine u Doboju. Osnovnu školu i gimnaziju završio je u Beogradu sa prosečnom ocenom 5,00. Fizički fakultet Univerziteta u Beogradu, istraživački smer - teorijska fizika, je završio godine (prosečna ocena 9,22). Diplomirao je 16. januara na temi 1

2 Veza izmedu entropije i drugih termodinamičkih veličina u Penrouzovom aksiomatskom zasnivanju statističke termodinamike kod prof. dr Save Miloševića. Rad je iste godine nagradjen Oktobarskom nagradom grada Beograda za najbolje naučne i stručne radove studenata. Postdiplomske studije je završio na Fizičkom fakultetu Univerziteta u Beogradu na smeru Nastava fizike godine sa prosečnom ocenom 10,00. Magistarsku tezu (tema: Neki metodološki problemi elektrodinamike tela u kretanju, mentor: prof. dr Nataša Nedeljković) je odbranio 1. oktobra godine. Doktorsku disertaciju Egzaktna rešenja nekih problema elektrodinamike tela u kretanju u okviru magnetofluidodinamičkog modela, mentor: prof. dr Nataša Nedeljković, odbranio je 20. marta godine. Dragan Redžić je zaposlen na Fizičkom fakultetu od 1. jula godine kao asistent-pripravnik, a godine je reizabran. U zvanje asistenta izabran je godine, a godine je reizabran. U naučno zvanje viši naučni saradnik za naučnu oblast Fizika čestica i polja izabran je 7. jula godine. U zvanje docenta za naučnu oblast Nastava fizike izabran je 16. juna godine, sa 18 publikovanih radova u vodećim časopisima za navedenu oblast. II. NASTAVNA AKTIVNOST Dragan Redžić je zaposlen na Fizičkom fakultetu od 1. jula godine kao asistentpripravnik, asistent, odnosno docent. Držao je računske vežbe na sledećim predmetima: Opšta fizika III i Opšta fizika IV (Elektromagnetizam i optika) (II godina: Opšta fizika, Astrofizika), Elektromagnetizam i atomistika (II godina: Meteorologija) Kvantna teorija polja (IV godina: Teorijska fizika), Fizika II (II godina: Fizička hemija), Fizika III (II godina: Meteorologija), Elektromagnetizam (II godina: Astrofizika), Matematička fizika III (IV godina: Teorijska fizika), Fizička optika (II godina: Astrofizika), Elektromagnetizam i optika (II godina: Astrofizika), Fizika I (I godina: Fizička hemija), Fizika II (II godina: D i E smer). Osim toga, jedno vreme držao je i eksperimentalne vežbe iz Fizičke mehanike za studente fizike. Većinu kurseva pokrivao je zbirkama zadataka u rukopisnoj formi. Poslednjih pet školskih godine držao je nastavu iz predmeta Elektromagnetizam i osnovi atomske fizike za studente Meteorologije. 2

3 Ocene studenata za nastavu u prethodnim godinama kandidata dr Dragana Redžića su 4,5 (letnji semestar 2006/2007) i 4,1 (zimski semestar 2007/2008). Bio je mentor jednog master rada, studenta iz Libije, koji je baziran na publikaciji [A43]. III. NAUČNA AKTIVNOST A. Publikacije Osnovna naučno-istraživačka oblast kojom se Dragan Redžić bavi je Klasična teorija polja. Uslovno, ova oblast potpada pod naučnu oblast Fizika čestica i polja kao i naučnu oblast Nastava fizike. Tekuća istraživanja kandidata su najvećim delom posvećena teorijskom proučavanju elektrodinamike tela u kretanju, i srodnim temama. Do sada je objavio 43 rada (uključujući naučnu kritiku i polemiku), po 2 u J. Phys. D i J. of Electromagn. Waves and Appl., 6 u Am. J. Phys., po jedan u Prog. Electromagn. Res., Czech. J. Phys., Prog. Electromagn. Res. M i Fizika A (Zagreb), i preostalih 29 u Eur. J. Phys. Iz tematike kojom se bavi publikovao je jednu knjigu, u sopstvenom izdanju, uz podršku Ministarstva nauke. Kandidat je jedini autor na 36 radova, glavni autor (od dva) na 2 rada, glavni autor (od tri) na 3 rada i prvi autor (od dva) na dva rada. U svom naučnom radu ispoljio je izrazitu samostalnost. Publikovao je najviše u časopisima Am. J. Phys. i Eur. J. Phys., koji su specifičnog profila (vodeći medjunarodni časopisi u oblasti edukacije u fizici, koji publikuju originalne istraživačke radove pod uslovom da mogu biti iskorišćeni i u nastavi fizike na postdiplomskom ili dodiplomskom nivou); približno četvrtina radova kandidata spada u naučnu kritiku ili polemiku. 6 radova kandidata imaju impakt faktor veći od 1, dok 23 rada imaju impakt faktor veći od 0.5 i publikovani su u vodećim medjunarodnim časopisima za oblast Nastava fizike. Radovi su mu citirani 132 puta, od toga 88 puta na Web of Science + Scopus. Kandidat je služio kao recenzent u časopisima: American Journal of Physics, Journal of Physics A, Journal of Physics D, Journal of Electromagnetic Waves and Applications, 3

4 Progress in Electromagnetics Research, Physica Scripta, New Journal of Physics, Europhysics Letters, Journal of Electrostatics, European Journal of Physics, Afrika Matematika i Results in Physics, ukupno 25 puta dosad. B. Učešće na naučnim projektima i medjunarodna saradnja Učesnik je na projektima Ministarstva nauke i Saradjivao je sa Prof. Janezom Strnadom (Univerzitet u Ljubljani), iz čega je proistekao rad [A42], sa Prof. Paulom Lorrainom (McGill University, Montréal) (na rezultatima te saradnje bazirana su 3 poglavlja u monografiji Paul Lorrain et al 2006 Magneto-Fluid Dynamics: Fundamentals and Case Studies of Natural Phenomena (New York: Springer) na šta je ukazano u predgovoru i na početku svake od ovih glava), i sa Prof. Vladimirom Hnizdom [A26]. IV. PREGLED NAUČNIH REZULTATA Oblasti naučnog rada Dragana Redžića su Klasična teorija polja, N1, i Specijalna Relativnost, N2, pri čemu veliki broj publikacija kandidata pripada i jednoj i drugoj oblasti. Kako je već napomenuto, radovi svakako spadaju i u oblast Nastave fizike. A. N1 [A1,..,A3,A9,..,A11,A14,A17,...,A19,A21,A23,..,A26,A31,..,A34,A36,..,A38,B1,E1,E2] U oblasti klasične elektrodinamike, kandidat je generalizovao rešenja nekih elektrostatičkih i magnetostatičkih problema dobijena primenom metoda likova [A1,A2,A17,A25], odnosno korigovao pogrešna rešenja [A31,A34]. Rešavanjem Poissonove i Laplaceove jednačine u odgovarajućim koordinatama, dobio je rešenje jednog bazičnog elektrostatičkog [A10], i jednog bazičnog magnetostatičkog problema [A18]. Različiti aspekti Faradayevog zakona elektromagnetne indukcije u opštem slučaju filamentarne provodne konture koja se kreće relativističkim brzinama i pri tome menja svoj oblik proučavani su u radovima [A19,A21,A37,A38]; neki još nepublikovani rezultati iz ove teme prezentirani su u disertaciji [E2]. Radovi [A11,A36], i esencijalni delovi radova [A18,A19,A21,A26,A34], spadaju 4

5 u oblast matematičke fizike. Reference [A7,A32,A42] su u izvesnom smislu sinteza Specijalne Relativnosti, klasične i kvantne teorije. Preostale reference oblasti N1 se odnose na elektrodinamiku tela u kretanju u užem smislu, i Specijalnu Relativnost, i biće diskutovane u narednom odeljku. B. N2[A4,..,A6,A8,A9,A12,A13,A15,A16,A20,A22,A23,A27,..,A29,A32,A33,A35,A39,A40, A42, A43,B1,E1,E2] Nekoliko publikacija posvećeno je analizi osnovnih rezultata i koncepata Specijalne Relativnosti [A4,..,A6,A20,A22,A28,A29,A40,B1,E1,E2], što je dovelo do sagledavanja Dewan- Beran-Bellovog problema iz nove perspektive [A5,A22,A39]. Osim toga, kandidat je dobio egzaktna rešenja nekih problema elektrodinamike tela u kretanju [A3,A8,A9,A12,A14]. Recimo, zahvaljujući slučajnom otkriću neobičnog svojstva raspodele naelektrisanja na izduženom provodnom sferoidu, nadjeni su elektromagnetni likovi provodnih sferoida u ravnomernom kretanju duž ose rotacije, koristeći metod specijalne relativnosti i teoriju likova [A9]. Ovaj rezultat doveo je do uvidjanja jedne asimetrije inherentne Maxwellovoj elektrodinamici koja, pod uslovom da je adekvatno interpretirana, daje prečicu ka Lorentzovim transformacijama [A13]. Takodje, data su egzaktna rešenja niza problema elektrodinamike tela u kretanju, u okviru teorije prvog reda fenomenološke elektrodinamike tela u kretanju Minkowskog. Nadjeno je jedno rešenje veoma teškog problema približavanja ravnoteži kod omskih nemagnetnih krutih provodnika u proizvoljnom kretanju u konstantnom spolja primenjenom magnetnom polju [A14], i korigovane ranije analize stacionarnih situacija kod omskih nemagnetnih provodnika u v B poljima [A33,A35]. Efekt inertnosti kondukcionih elektrona na elektromagnetno polje u slučaju osnosimetričnog provodnika koji ravnomerno rotira oko svoje ose simetrije analiziran je u referenci [A12]. Značaj Specijalne Relativnosti pri sobnim brzinama detaljno je diskutovan u referencama [A23,A28]; novi uvidi u relativističko usporavanje satova dati su u referenci [A29]. 5

6 V. SPISAK PUBLIKACIJA A Radovi u medjunarodnim časopisima, IF > 1 [A1] D V Redžić and S S Redžić Image charge inclusions in the prolate dielectric spheroid J. Phys. D: Appl. Phys (2005) [A2] D V Redžić An extension of the magnetostatic image theory for a permeable sphere J. Phys. D: Appl. Phys (2006) [A3] D V Redžić Electromagnetostatic charges and fields in a rotating conducting sphere Prog. Electromagn. Res (2010) [A4] D V Redžić et al Derivations of relativistic force transformation equations J. of Electromagn. Waves and Appl (2011) [A5] D V Redžić Relativistic length agony continued Serb. Astron. J (2014) [A6] D V Redžić Direct calculation of length contraction and clock retardation Serb. Astron. J (2015) Radovi u medjunarodnim časopisima za Nastavu fizike, IF > 0.5 [A7] D V Redžić The Doppler effect and conservation laws revisited Am. J. Phys (1990) 6

7 [A8] D V Redžić On the electromagnetic field close to the surface of a moving conductor Am. J. Phys (1992) [A9] D V Redžić Image of a moving spheroidal conductor Am. J. Phys (1992) [A10] D V Redžić An electrostatic problem: a point charge outside a prolate dielectric spheroid Am. J. Phys (1994) [A11] D V Redžić The operator in orthogonal curvilinear coordinates Eur. J. Phys (2001) [A12] D V Redžić Electromagnetism of rotating conductors revisited Eur. J. Phys (2002) [A13] D V Redžić Image of a moving sphere and the FitzGerald-Lorentz contraction Eur. J. Phys (2004) [A14] D V Redžić Conductors moving in magnetic fields: approach to equilibrium Eur. J. Phys (2004) [A15] D V Redžić Momentum conservation and Einstein s 1905 Gedankenexperiment Eur. J. Phys (2005) 7

8 [A16] D V Redžić Does m = E rest /c 2? Eur. J. Phys (2006) [A17] D V Redžić and S S Redžić Image current inclusions in the permeable sphere Eur. J. Phys (2006) [A18] D V Redžić The magnetic field of a static circular current loop: a new derivation Eur. J. Phys. 27 N9-N14 (2006) [A19] D V Redžić Faraday s law via the magnetic vector potential Eur. J. Phys. 28 N7-N10 (2007) [A20] D V Redžić Towards disentangling the meaning of relativistic length contraction Eur. J. Phys (2008) [A21] D V Redžić Various paths to Faraday s law Eur. J. Phys (2008) [A22] D V Redžić Note on Dewan-Beran-Bell s spaceship problem Eur. J. Phys. 29 N11-N19 (2008) [A23] D V Redžić Charges and fields in a current-carrying wire Eur. J. Phys (2012) [A24] D V Redžić The calculation of the electrostatic potential of infinite charge distributions 8

9 Eur. J. Phys (2012) [A25] D V Redžić et al Image charge inclusion in the dielectric sphere revisited Eur. J. Phys (2012) [A26] D V Redžić and V Hnizdo Time-dependent fields of a current-carrying wire Eur. J. Phys (2013) [A27] D V Redžić The case of the Doppler effect for photons revisited Eur. J. Phys (2013) [A28] D V Redžić Force exerted by a moving electric current on a stationary or co-moving charge: Maxwell s theory versus relativistic electrodynamics Eur. J. Phys (2014) [A29] D V Redžić Subtleties of the clock retardation Eur. J. Phys (2015) Naučna kritika i polemika [A30] D V Redžić Comment on Some remarks on classical electromagnetism and the principle of relativity, by U. Bartocci and M. M. Capria [Am. J. Phys (1991)] Am. J. Phys (1993) [A31] D V Redžić Comment on Electrostatic images by multipole expansion, by J L Marin and R Rosas [Am. J. Phys (1984)] Am. J. Phys (1994) 9

10 [A32] D V Redžić Comment on the Compton effect Eur. J. Phys. 21 L9 (2000) [A33] D V Redžić Comment on electrostatic charges in v B fields Eur. J. Phys. 22 L1 - L2 (2001) [A34] D V Redžić Comment on Electrostatic image theory for the dielectric prolate spheroid by I V Lindell and K I Nikoskinen J. of Electromagn. Waves and Appl (2003) [A35] D V Redžić Electrostatic charges in v B fields: with or without special relativity? Eur. J. Phys. 25 L9-L11 (2004) [A36] D V Redžić Comment on Matrix representations for vector differential operators in general orthogonal coordinates by Š. Višňovský Czech. J. Phys (2005) [A37] D V Redžić Reply to comment on Faraday s law via the magnetic vector potential Eur. J. Phys. 29 L5 (2008) [A38] D V Redžić Comment on Note on Faraday s law and Maxwell s equations Eur. J. Phys. 29 L33-L35 (2008) [A39] D V Redžić Reply to comment on Note on Dewan-Beran-Bell s spaceship problem Eur. J. Phys. 30 L7-L9 (2009) 10

11 [A40] D V Redžić Comment on Lorentz contraction and current-carrying wires Eur. J. Phys. 31 L25-L27 (2010) [A41] D V Redžić Comment on Forces on a current loop and magnetic moment Eur. J. Phys. 34 L9-L10 (2013) Rad u medjunarodnom časopisu indeksiranom u Scopusu [A42] D Redžić and J Strnad Einstein s light complex Fizika A (2004) [A43] D V Redžić et al An extension of the Kelvin image theory to the conducting Heaviside ellipsoid Progress In Electromagnetics Research M (2011) Monografije, udžbenici, pomoćni udžbenici [B-1] Dragan Redžić Recurrent topics in special relativity: seven essays on the electrodynamics of moving bodies Beograd 2006 (authorial edition) E. Magistarski i doktorski rad [E-1] M. Sc. teza: Neki metodološki problemi elektrodinamike tela u kretanju, 2004, Fizički fakultet Univerziteta u Beogradu (engleski prevod ove teze, Some method- 11

12 ological problem of the electrodynamics of moving bodies, bio je niz godina dostupan na sajtu fakulteta) [E-2] Ph. D. disertacija: Egzaktna rešenja nekih problema elektrodinamike tela u kretanju u okviru magneto-fluidodinamičkog modela, 2009, Fizički fakultet Univerziteta u Beogradu VI. CITATI [A1] D V Redžić and S S Redžić, J. Phys. D: Appl. Phys (2005) 1. C Xue and S Deng, Phys. Rev. E (2010) 2. E Bichoutskaia, A L Boatwright, A Khachatourian, A J Stace, J. Chem. Phys (2010) 3. C Xue and S Deng, Phys. Rev. E (2011) 4. B Techaumnat and M Washizu, J. of Electrostatics (2011) 5. S Deng, C Xue, A Baumketner, D Jacobs and W Cai, J. Comput. Phys (2013) [A2] D V Redžić, J. Phys. D: Appl. Phys (2006) 1. A Bonanno, G Bozzo, M Camarca, P Sapia, Il Nuovo Cimento C (2010) 2. A Bonanno, M Camarca and P Sapia, Eur. J. Phys (2011) 3. S Wolf, Einfluss der Geometrie und Struktur von Körpermodellen auf die lokale Energiedeposition in der Hochfeld MRT, PhD thesis, Otto-von-Guericke- Universität Magdeburg (2013) [A3] D V Redžić, Prog. Electromagn. Res (2010) 1. L Zilberti, O Bottauscio and M Chiampi, IEEE Magnetics Letters (2015) 12

13 2. M A Masterova, The dynamics of a charged particle in the field of the rotating magnetized celestial body (in Russian), PhD thesis, Tomsk State University (2015) [A5] D V Redžić, Serb. Astron. J (2014) 1. Relativity 2. B Coleman, Results in Physics (2016) [A7] D V Redžić, Am. J. Phys (1990) 1. D C Lemons, Am. J. Phys (1991) 2. D C Lemons, Am. J. Phys (1991) 3. Y S Huang and K H Lu, Can. J. Phys (2004) 4. G Giuliani, Eur. J. Phys (2014) 5. G Giuliani, Eur. J. Phys (2015) [A8] D V Redžić, Am. J. Phys (1992) 1. V Poulbot, Contribution à l étude des champs électriques très basses fréquences en milieu océanique, PhD thesis, l École Central de Lyon, 1993 online at ECL Poulbot.pdf 2. J I Gersten, Am. J. Phys (2010) 3. P Moylan, Moving charge distributions in classical electromagnetism and the FitzGerald-Lorentz contraction (2010) online at [A9] D V Redžić, Am. J. Phys (1992) 1. C Yao, Am. J. Phys (1995) 2. A Cvitkovic, N Ocelic and R Hillenbrand, Optics Express (2007) 13

14 3. H R Brown, Physical relativity: space-time structure from a dynamical perspective (Oxford, Clarendon, 2005) 4. P Moylan, Moving charge distributions in classical electromagnetism and the FitzGerald-Lorentz contraction (2010) online at [A10] D V Redžić, Am. J. Phys (1994) 1. I V Lindell and K I Nikoskinen, J. of Electromagn. Waves and Appl (2003) 2. A Cvitkovic, N Ocelic and R Hillenbrand, Optics Express (2007) 3. S Deng, J. of Electrostatics (2008) 4. G Zhen-duo, D Yuan-gang, Z Xian-zhou, J Hui, Journal of Henan Normal University (Natural Science) (2009) 5. C Xue and S Deng, Commun. Comput. Phys (2010) 6. C Xue and S Deng, Phys. Rev. E (2010) 7. Z Xu and W Cai, SIAM Review (2011) 8. C Xue and S Deng, Physica E (2011) 9. L Duggen et al, Eur. J. Phys (2012) 10. B K Jawad, Modélisation de l électrolocation pour la bio-robotique, PhD thesis, l Université Nantes, S Deng, C Xue, A Baumketner, D Jacobs and W Cai, J. Comput. Phys (2013) 12. G Németh, Nanostruktúrák vizsgálata közeli terű infravörös spektroszkópiavál, M. Sc. thesis, BME Faculty of natural Sciences, Budapest University of Technology and Economics (2015) [A11] D V Redžić, Eur. J. Phys (2001) 14

15 1. Š Višňovský, Czech. J. Phys (2005) 2. D M Shyroki, IEEE Trans. on Microwave Theory and Techniques (2007) 3. E Stålberg, A high order method for simulation of fluid flow in complex geometries, Licentiate thesis, Department of Mechanics, KTH, 2005 online at erik stalberg.pdf 4. S Guarino, A stress-based approach to the solution of Saint Venant problem, PhD thesis, University of Naples, C Jung, E Park and R Temam, Boundary layer analysis of nonlinear reactiondiffusion equations in a smooth domain, Adv. Nonlinear Anal. (2016) ahead of print [A12] D V Redžić, Eur. J. Phys (2002) 1. E Bringuier, Eur. J. Phys (2003) 2. J C Phillips, Phil. Mag (2003) 3. E Bringuier, Eur. J. Phys. 25 L13-L15 (2004) 4. M de Montigny and G Rousseaux, Eur. J. Phys (2006) 5. B A Knyazev, I A Kotel nikov, A A Tyutin et al, Physics-Uspekhi (2006) [A13] D V Redžić, Eur. J. Phys (2004) 1. H R Brown, Physical relativity: space-time structure from a dynamical perspective (Oxford, Clarendon, 2005) 2. V M Red kov, B Rothenstein and G J Spix, Proceedings of 5th International Conference Bolyai-Gauss-Lobachevsky: Non-Euclidean Geometry in Modern Physics (BGL-5) (Minsk, Belarus, 2006), pp online at ifanbel.bas-net.by/bgl5/red-bern-spix.pdf 15

16 3. V Hnizdo, Regularization of the second-order partial derivatives of the Coulomb potential of a point charge (2006) online at 4. P Moylan, Moving charge distributions in classical electromagnetism and the FitzGerald-Lorentz contraction (2010) online at [A14] D V Redžić, Eur. J. Phys (2004) 1. M de Montigny and G Rousseaux, Eur. J. Phys (2006) 2. C C Sánchez, Forward and inverse analysis of electromagnetic fields for MRI using computational techniques, PhD thesis, University of Nottingham, 2008 online at etheses.nottingham.ac.uk/629/1/thesis.pdf 3. C C Sánchez, R W Bowtell, H Power et al, Eng. Anal. Bound. Elem (2009) 4. K Jokela and R D Saunders, Health Phys (2011) 5. C C Sánchez et al, Phys. Med.Biol (2012) 6. M Chiampi and L Zilberti, IEEE Trans. Biomed. Eng (2013) 7. L Zilberti and M Chiampi, Health Phys (2013) 8. A Trakic et al, IEEE Trans. Biomed. Eng., (2014) 9. G Ziegelberger, Health Phys (2014) 10. J A Redinz, Am. J. Phys (2015) 11. L Zilberti, O Bottauscio and M Chiampi, IEEE Magnetics Letters (2015) [A15] D V Redžić, Eur. J. Phys (2005) 1. B Y-K Hu, Eur. J. Phys (2009) 16

17 [A16] D V Redžić, Eur. J. Phys (2006) 1. J Güémez, Eur. J. Phys (2010) 2. J Güémez, Classical physics with 4-vectors: mechanics, thermodynamics and electromagnetism (Departamento de Física Aplicada, Universidad de Cantabria, 2011) online at 3. J Güémez, Physics Research International, Volume 2011, (2011) 4. J Güémez et al, Eur. J. Phys (2016) [A18] D V Redžić, Eur. J. Phys. 27 N9-N14 (2006) 1. S Mai, Magnetic Sisyphus cooling, M. Sc. thesis, University of Aarhus, 2007 online at Speciale.pdf 2. F Danieli, Shape optimization in magnetostatics, M. Sc. thesis, ETH Zürich (2015). [A19] D V Redžić, Eur. J. Phys. 28 N7-N10 (2007) 1. A L Kholmetskii, O V Missevitch and T Yarman, Eur. J. Phys. 29 L1-L4 (2008) 2. C C Sánchez, Forward and inverse analysis of electromagnetic fields for MRI using computational techniques, PhD thesis, University of Nottingham, 2008 online at etheses.nottingham.ac.uk/629/1/thesis.pdf 3. T Stein, The Nature of the Vector and Scalar Potentials and Gauge Invariance in the Context of Gauge Theory (2008) online at 4. F G Rodrigues, Formulações Equivalentes da Lei de Faraday, M. Sc. thesis, Universidade Estadual de Campinas, 2010 online at 17

18 5. R A Diaz et al, The role of the virtual work in Faraday s law (2011) online at 6. P Glover et al, Proc. Intl. Soc. Mag. Reson. Med.Phys (2009) 7. F G Rodrigues, Rev. Bras. Ens. Fis (2012) 8. E Benedetto et al, Eur. J. Phys. 33 L15-L20 (2012) 9. C C Sánchez et al, Phys. Med.Biol (2012) 10. E Benedetto, Some remarks about flux time derivative, Afrika Matematika (2016) ahead of print [A20]D V Redžić, Eur. J. Phys (2008) 1. J Foukzon, Generalized Principle of Limiting 4-Dimensional Symmetry. Solution of the Two-Spaceship Paradox (2009) online at 2. Y-Q Gu, Some Subtle Concepts in Fundamental Physics (2009) online at 3. A Sfarti, International Journal of Nuclear Energy Science and Technology (2012) 4. G Boardman, An information theory interpretation of relativistic phenomena, PhD thesis, Swinburne University of Technology, 2012 [A21] D V Redžić, Eur. J. Phys (2008) 1. A L Kholmetskii, O V Missevitch and T Yarman, Eur. J. Phys. 29 N5-N10 (2008) 2. R A Diaz et al, The role of the virtual work in Faraday s law (2011) online at [A22] D V Redžić, Eur. J. Phys. 29 N11-N19 (2008) 18

19 1. D V Peregoudov, Eur. J. Phys. 30 L3-L5 (2009) 2. J Foukzon, Generalized Principle of Limiting 4-Dimensional Symmetry. Solution of the Two-Spaceship Paradox (2009) online at 3. S A Podosenov, J Foukzon, A A Potapov, J. Bell s problem and research of the electronic clots in linear collider, Nonlinear World (2009) (in Russian) 4. J Franklin, Eur. J. Phys (2010) 5. S A Podosenov, J Foukzon, A A Potapov, Gravitation and Cosmology (2010) 6. F Fernflores, International Studies in the Philosophy of Science (2011) 7. Z Ghim, Bell s Spaceship Gedankenexperiment and the Dynamical Perspective on the Space and Time, Journal of Philosophical Ideas, issue 49, (2013) 8. Q-P Ma, The Theory of Relativity: Principles, Logic and Experimental Foundation (Nova Science Publishers, New York, 2013) 9. K-P Marzlin and T Lee, Phys. Rev. A (2014) 10. F Kennard, Thought Experiments: Popular Thought Experiments in Philosophy, Physics..., (AMF, 2015) 11. B Coleman, Results in Physics (2016) 12. C Christodoulides, The Special Theory of Relativity: Foundations, Theory, Verification, Applications (Springer, New York, 2016) s spaceship paradox 14. S A Podosenov et al, IJRAP 3 No. 1, (2014) 15. S A Podosenov et al, IJRAP 3 No. 2, 1-20 (2014) [A23] D V Redžić, Eur. J. Phys (2012) 19

20 1. R Folman, J. Phys.: Conf. Ser (2013); arxiv: (2012) 2. G. Fera, La didattica in prospettiva verticale delle proprietà di trasporto elettrico nei solidi: i modelli microscopici partendo dalla fenomenologia, PhD Thesis, University of Udine, D R MacDermott, Determining if an axially rotated solenoid will induce a radial EMF, M. Sc. thesis, Western Illinois University, 2015 [A31] D V Redžić, Am. J. Phys (1994) 1. J C-E Sten and I V Lindell, J. of Electromagn. Waves and Appl (1995) 2. I V Lindell, G Dassios and K I Nikoskinen, J. Phys. D: Appl. Phys (2001) 3. I V Lindell and K I Nikoskinen, J. of Electromagn. Waves and Appl (2001) 4. X Chen, E Bichoutskaia and A J Stace, J. Phys. Chem. A (2013) [A33] D V Redžić, Eur. J. Phys. 22 L1-L2 (2001) 1. P Lorrain, Eur. J. Phys. 22 L3-L4 (2001) 2. E Bringuier, Eur. J. Phys (2003) 3. P Lorrain, F Lorrain and S Houle, Magneto-fluid dynamics: fundamentals and case studies of natural phenomena (New York, Springer, 2006) 4. C C Sánchez, Forward and inverse analysis of electromagnetic fields for MRI using computational techniques, PhD thesis, University of Nottingham, 2008 online at etheses.nottingham.ac.uk/629/1/thesis.pdf 5. E Bringuier, Eur. J. Phys (2012) 6. C C Sánchez et al, Phys. Med.Biol (2012) 20

21 7. J A Redinz, Am. J. Phys (2015) 8. J A Redinz, Eur. J. Phys (2015) [A34] D V Redžić, J. of Electromagn. Waves and Appl (2003) 1. I V Lindell and K I Nikoskinen, J. of Electromagn. Waves and Appl (2003) 2. E Bichoutskaia, A L Boatwright, A Khachatourian, A J Stace, J. Chem. Phys (2010) 3. S Deng, C Xue, A Baumketner, D Jacobs and W Cai, J. Comput. Phys (2013) [A35] D V Redžić, Eur. J. Phys. 25 L9-L11 (2004) 1. E Bringuier, Eur. J. Phys. 25 L13-L15 (2004) 2. M de Montigny and G Rousseaux, Eur. J. Phys (2006) 3. E Bringuier, Eur. J. Phys (2012) [A37] D V Redžić, Eur. J. Phys. 29 L5 (2008) 1. A L Kholmetskii, O V Missevitch and T Yarman, Eur. J. Phys. 29 N5-N10 (2008) 2. F G Rodrigues, Formulações Equivalentes da Lei de Faraday, Mr. Sc. thesis, Universidade Estadual de Campinas, 2010 online at 3. F G Rodrigues, Rev. Bras. Ens. Fis (2012) 4. E Benedetto et al, Eur. J. Phys. 33 L15-L20 (2012) 5. A Trakic et al, IEEE Trans. Biomed. Eng., (2014) 6. E Benedetto, Some remarks about flux time derivative, Afrika Matematika (2016) ahead of print 21

22 [A38] D V Redžić, Eur. J. Phys. 29 L33-L35 (2008) 1. A L Kholmetskii, O V Missevitch and T Yarman, Eur. J. Phys. 29 L37-L39 (2008) [A39] D V Redžić, Eur. J. Phys. 30 L7 (2009) 1. F Fernflores, International Studies in the Philosophy of Science (2011) 2. Z Ghim, Bell s Spaceship Gedankenexperiment and the Dynamical Perspective on the Space and Time, Journal of Philosophical Ideas, issue 49, (2013) 3. s spaceship paradox 4. F Kennard, Thought Experiments: Popular Thought Experiments in Philosophy, Physics..., (AMF, 2015) [A40] D V Redžić, Eur. J. Phys. 31 L25-L27 (2010) 1. P van Kampen, Eur. J. Phys. 31 L29-L30 (2010) 2. P van Kampen, Current-Carrying Wires and Special Relativity, in Trends in Electromagnetism From Fundamentals to Applications, InTech (2012) [A42] D Redžić and J Strnad, Fizika A (2004) 1. V Guruprasad, (2016) [A43] D V Redžić et al, Prog. Electromagn. Res. M (2011) 1. K Bhattacharya, J. Electrost (2013) [E-1] D V Redžić, M. Sc. thesis, Faculty of Physics, University of Belgrade (2004) 1. D R MacDermott, Determining if an axially rotated solenoid will induce a radial EMF, M. Sc. thesis, Western Illinois University,

23 Z A K LJ U Č A K Na osnovu prethodno izloženih podataka o nastavnom i naučnom radu kandidata, Komisija smatra da dr Dragan Redžić zadovoljava sve propisane kriterijume za izbor u zvanje docenta. Njegov dosadašnji rad pokazuje visoku sposobnost, zainteresovanost i stručnost za oblast Nastava fizike, te je Komisija uverena u sposobnost kandidata da pruži visok kvalitet nastave iz navedene oblasti. Stoga sa zadovoljstvom preporučujemo Nastavno-naučnom veću Fizičkog fakulteta da izabere dr Dragana Redžića za docenta za naučnu oblast Nastava fizike. Beograd, 6. maj godine. Komisija, dr Mićo Mitrović, redovni profesor Fizičkog fakulteta, Beograd dr Bratislav Obradović, vanredni profesor Fizičkog fakulteta, Beograd dr Maja Stojanović, vanredni profesor PMF, Novi Sad 23

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