{"id":8182,"date":"2026-06-30T12:55:13","date_gmt":"2026-06-30T10:55:13","guid":{"rendered":"https:\/\/www.df.unipi.it\/didattica\/?page_id=8182"},"modified":"2026-09-01T14:42:18","modified_gmt":"2026-09-01T12:42:18","slug":"insegnamenti-magistrale-2627","status":"publish","type":"page","link":"https:\/\/www.df.unipi.it\/didattica\/laurea-magistrale\/info-per-gli-iscritti\/insegnamenti-magistrale\/insegnamenti-magistrale-2627\/","title":{"rendered":"Lista insegnamenti 2026\/27"},"content":{"rendered":"\n
\n

Elenco insegnamenti, a.a. 2026\/27<\/h2>\n\n

Insegnamenti del Corso di Studi<\/h3>\n
\n \n \n \n
Codice<\/th>Insegnamento<\/th>Docente\/i<\/th>Crediti<\/th>Periodo<\/th><\/tr>\n <\/thead>\n
0004B<\/td>FLEXIBLE AND NANO-ELECTRONICS<\/a><\/td>PAOLUCCI F.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0005B<\/td>3D AND 4D NANOMATERIALS AND DEVICES<\/a><\/td>GENCO A.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0007B<\/td>QUANTUM TECHNOLOGIES FOR FUNDAMENTAL INTERACTION PHYSICS<\/a><\/td>SIGNORELLI G.<\/u>, TARTARI A.<\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0008B<\/td>BIOPHYSICS FOR EFLASH THERAPY<\/a><\/td>CIARROCCHI E.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0009B<\/td>DETECTION TECHNIQUES: FROM LAB TO SPACE<\/a><\/td>BISCHETTI M., DONATO S.<\/u>, PAOLUCCI F., RAZZANO M., TARTARI A., TREDICUCCI A.<\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0010B<\/td>ASTROPHYSICS AND MULTIMESSENGER LABORATORY<\/a><\/td>BISCHETTI M., PATRICELLI B., RAZZANO M.<\/u>, RICCIARDONE A.<\/td>12 CFU<\/td>Annuale<\/td><\/tr>\n
0011B<\/td>MULTIMESSENGER AND HIGH-ENERGY ASTROPHYSICS<\/a><\/td>PATRICELLI B., RAZZANO M.<\/u><\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
0012B<\/td>PHYSICS OF STAR FORMATION<\/a><\/td>FONTANI F.<\/u>, PADOVANI M.<\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
0013B<\/td>ADVANCED TECHNOLOGIES FOR GROUND-BASED ASTROPHYSICS: FROM MICROWAVES TO VISIBLE LIGHT<\/a><\/td>BOLLI P.<\/u>, PINNA E.<\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
0016B<\/td>THEORY OF NUCLEAR INTERACTION S<\/a><\/td>MARCUCCI L.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0019B<\/td>QUANTUM MACHINE LEARNING<\/a><\/td>CAPPUCCIO R.<\/u><\/td>3 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0020B<\/td>NEUROENGINEERING<\/a><\/td>MENEGHETTI N., RUSSO E.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0021B<\/td>MICROBIOROBOTICS<\/a><\/td>PALAGI S.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0022B<\/td>LABORATORY OF INSTRUMENTAL SEISMOLOGY<\/a><\/td>GRIGOLI F., PEGNA R., SACCOROTTI G.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0023B<\/td>MECHANICS OF GEOPHYSICAL FLUIDS<\/a><\/td>DE MICHIELI VITTURI M., ESPOSTI ONGARO T.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0024B<\/td>FLUID DYNAMICS<\/a><\/td>CALIFANO F.<\/u>, PALLOTTINI A.<\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
0034B<\/td>INTRODUCTION TO THE PHYSICS OF CONTROLLED NUCLEAR FUSION<\/a><\/td>MACCHI A.<\/u>, PEGORARO F.<\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0035B<\/td>DESIGN OF DIGITAL SYSTEMS FOR RADIATION DETECTION<\/a><\/td>MORROCCHI M., SPINELLA F., SPORTELLI G.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0037B<\/td>MOLECULAR IMAGING<\/a><\/td>BELCARI N.<\/u>, PANETTA D.<\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0040B<\/td>QUANTUM BIOLOGY<\/a><\/td>BIZZARRI R., CHIOFALO M.<\/u>, CICCHINI G.<\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0046B<\/td>PHYSICS AND DETECTORS OF GRAVITATIONAL WAVES<\/a><\/td>BOSCHI V., CELLA G., FIDECARO F.<\/u>, FRASCONI F., GENNAI A., RAZZANO M.<\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0059B<\/td>THEORY OF SUPERCONDUCTIVITY AND QUANTUM DEVICES<\/a><\/td>MAZZA G.<\/u>, PAOLUCCI F., TADDEI F.<\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0060B<\/td>QUANTUM FOUNDATIONS FOR QUANTUM TECHNOLOGY<\/a><\/td>BUDRONI C.<\/u>, MARIAN D.<\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0061B<\/td>QUANTUM MANY-BODY STATES OF MATTER<\/a><\/td>CHIOFALO M.<\/u>, LUCCHESI L.<\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
0062B<\/td>STANDARD MODEL S<\/a><\/td>PANCI P.<\/u>, STRUMIA A.<\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
080BB<\/td>ELECTRONICS AND SENSORS<\/a><\/td>PASSUELLO D.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
092BB<\/td>PHYSICS OF SURFACES AND INTERFACES<\/a><\/td>LABARDI M.<\/u><\/td>3 CFU<\/td>Primo semestre<\/td><\/tr>\n
124BB<\/td>NUCLEAR MAGNETIC RESONANCE<\/a><\/td>BIAGI L.<\/u>, CENCINI M., LANCIONE M.<\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
185BB<\/td>MONTECARLO METHODS IN EXPERIMENTAL PHYSICS<\/a><\/td>BALDINI L., DI FALCO S., GRAVERINI E.<\/u>, RAMA M.<\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
192BB<\/td>ASTROPARTICLE PHYSICS<\/a><\/td>BALDINI L.<\/u>, CELLA G.<\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
193BB<\/td>STATISTICAL DATA ANALYSIS<\/a><\/td>FRANCAVILLA P., MARINI A., PUNZI G.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
197BB<\/td>QUANTUM CHROMODYNAMICS<\/a><\/td>MEGGIOLARO E.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
198BB<\/td>DOSIMETRY<\/a><\/td>BISOGNI M.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
201BB<\/td>HADRON COLLIDER PHYSICS<\/a><\/td>CAVASINNI V., DONATO S., LEONE S.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
203BB<\/td>PHYSICS OF PHOTONIC DEVICES<\/a><\/td>GALIMBERTI M., TREDICUCCI A.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
204BB<\/td>SOLID STATE PHYSICS<\/a><\/td>POLINI M., RODDARO S.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
205BB<\/td>MEDICAL PHYSICS<\/a><\/td>FANTACCI M.<\/u>, ROSSO V.<\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
206BB<\/td>NUCLEAR PHYSICS<\/a><\/td>BOMBACI I.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
207BB<\/td>STATISTICAL PHYSICS<\/a><\/td>ALBA V.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
211BB<\/td>STELLAR PHYSICS<\/a><\/td>DEGL’INNOCENTI S.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
213BB<\/td>QUANTUM FIELD THEORY<\/a><\/td>D’ELIA M.<\/u>, VICHI A.<\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
214BB<\/td>ADVANCED QUANTUM FIELD THEORY<\/a><\/td>BONATI C.<\/u>, VICARI E.<\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
217BB<\/td>ACCELERATOR PHYSICS<\/a><\/td>PAPA A.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
221BB<\/td>ATOM OPTICS<\/a><\/td>ARIMONDO E., CIAMPINI D.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
226BB<\/td>ASTROPHYSICAL PROCESSES<\/a><\/td>CRISOSTOMI M.<\/u>, PALLOTTINI A.<\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
228BB<\/td>GENERAL RELATIVITY<\/a><\/td>GUALTIERI L.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
230BB<\/td>COMPLEX SYSTEMS<\/a><\/td>MANNELLA R.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
244CC<\/td>CHEMICAL PHYSICS OF MOLECOLES<\/a><\/td>AMOVILLI C.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
251BB<\/td>GRAVITATION THEORY<\/a><\/td>ZANUSSO O.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
274BB<\/td>COSMOLOGY OF THE EARLY UNIVERSE<\/a><\/td>GAGGERO D., MAROZZI G.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
279BB<\/td>COMPLEX SYSTEMS – NEURAL DYNAMICS<\/a><\/td>CATALDO E.<\/u>, MAZZONI A., OLMI S.<\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
281BB<\/td>MEDICAL PHYSICS LABORATORY B<\/a><\/td>BISOGNI M.<\/u>, CIARROCCHI E., DELOGU P., MORROCCHI M., OLIVA P., ROSSO V., SPORTELLI G.<\/td>15 CFU<\/td>Annuale<\/td><\/tr>\n
302BB<\/td>PARTICLE PHYSICS<\/a><\/td>AZZURRI P., BETTARINI S., BIANCHINI L.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
304BB<\/td>FUNDAMENTALS OF LIGHT MATTER INTERACTION<\/a><\/td>CIAMPINI D., TREDICUCCI A.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
305BB<\/td>FUNDAMENTAL INTERACTIONS<\/a><\/td>FORTI F., SOZZI M.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
306BB<\/td>EXPERIMENTAL METHODS FOR ASTROPARTICLE PHYSICS<\/a><\/td>POGGIANI R.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
308BB<\/td>DISCRETE SYMMETRIES<\/a><\/td>BETTARINI S., GIORGI M.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
309BB<\/td>DISORDERED SYSTEMS OUT OF EQUILIBRIUM<\/a><\/td>CAPACCIOLI S.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
322BB<\/td>NONLINEAR DYNAMICS<\/a><\/td>DI GARBO A.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
326BB<\/td>COMPUTATIONAL PHYSICS LABORATORY<\/a><\/td>BONATI C.<\/u>, CALIFANO F., DI GARBO A., MANNELLA R., MENEGHETTI N., ROSSINI D., TOZZINI V.<\/td>9 CFU<\/td>Annuale<\/td><\/tr>\n
353BB<\/td>PLASMA PHYSICS<\/a><\/td>CALIFANO F.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
354BB<\/td>QUANTUM OPTICS AND PLASMA PHYSICS<\/a><\/td>GALIMBERTI M., GIULIETTI D.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
357BB<\/td>LASER-PLASMA ACCELERATORS<\/a><\/td>LABATE L.<\/u>, TOMASSINI P.<\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
358BB<\/td>NONPERTURBATIVE APPROACHES TO QUANTUM FIELD THEORIES<\/a><\/td>ALBA V., BOLOGNESI S., BURRELLO M., D’ELIA M.<\/u>, VICHI A.<\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
360BB<\/td>COMPUTING METHODS FOR EXPERIMENTAL PHYSICS AND DATA ANALYSIS<\/a><\/td>BALDINI L., BIANCHINI L., DI BELLO F., LAMANNA G., LIZZI F., MANFREDA A., RETICO A., RIZZI A.<\/u><\/td>9 CFU<\/td>Annuale<\/td><\/tr>\n
369BB<\/td>EXTRAGALACTIC ASTROPHYSICS AND COSMOLOGY<\/a><\/td>CIGNONI M.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
370BB<\/td>CONDENSED MATTER PHYSICS<\/a><\/td>POLINI M.<\/u>, ROSSINI D., TADDEI F., TOMADIN A.<\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
375BB<\/td>LARGE SCALE PHYSICAL OCEANOGRAPHY<\/a><\/td>BIANUCCI M.<\/u><\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
376BB<\/td>QUANTUM COMPUTING AND TECHNOLOGIES<\/a><\/td>CAPPUCCIO R., MORSCH O.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
380BB<\/td>INSTRUMENTATION FOR FUNDAMENTAL INTERACTIONS PHYSICS<\/a><\/td>FORTI F.<\/u>, LEONE S., PALLA F., SIGNORELLI G., SPINELLA F.<\/td>9 CFU<\/td>Secondo semestre<\/td><\/tr>\n
385BB<\/td>INTRODUCTION TO NEUTRINO PHYSICS<\/a><\/td>CAVASINNI V.<\/u><\/td>3 CFU<\/td>Primo semestre<\/td><\/tr>\n
387BB<\/td>PHYSICS OF BIOSYSTEMS<\/a><\/td>CAPACCIOLI S., CELLA ZANACCHI F.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
389BB<\/td>INTRODUCTION TO MOLECULAR BIOPHYSICS<\/a><\/td>NIFOSI R., TOZZINI V.<\/u><\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
407BB<\/td>CURRENT TRENDS IN QUANTUM MATTER<\/a><\/td>CHIOFALO M.<\/u><\/td>3 CFU<\/td>Secondo semestre<\/td><\/tr>\n
411BB<\/td>PHYSICS OF MATTER AND NANOTECHNOLOGY LABORATORY<\/a><\/td>CAMPOSEO A., CELLA ZANACCHI F., PISIGNANO D.<\/u>, ZANOTTO S.<\/td>15 CFU<\/td>Annuale<\/td><\/tr>\n
413BB<\/td>FUNDAMENTAL INTERACTIONS LABORATORY<\/a><\/td>BOSSINI E., DELL’ORSO R., FRANCAVILLA P., GALLI L., GALLUCCI G., LAMANNA G.<\/u>, LAZZARI F., PAOLONI E., PINZINO J.<\/td>9 CFU<\/td>Annuale<\/td><\/tr>\n
418BB<\/td>PHYSICS FOR CULTURAL HERITAGE<\/a><\/td>PALLESCHI V.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n
425BB<\/td>QUANTUM THERMODYNAMICS<\/a><\/td>CAMPISI M.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
427BB<\/td>PARTICLE DARK MATTER<\/a><\/td>INCAGLI M.<\/u>, PANCI P.<\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
478EE<\/td>ELEMENTS OF PHYSIOLOGY, PHYSIOPATHOLOGY AND DIAGNOSTICS<\/a><\/td>FLORI A., GIANNONI A.<\/u>, VERGARO G.<\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n <\/tbody>\n <\/table>\n <\/div>\n\n

Versioni short<\/h3>\n
\n \n \n \n
Codice<\/th>Insegnamento<\/th>Docente\/i<\/th>Crediti<\/th>Periodo<\/th><\/tr>\n <\/thead>\n
0047B<\/td>PHYSICS AND DETECTORS OF GRAVITATIONAL WAVES S<\/a>
(versione long: 0046B)<\/td>		FIDECARO F.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
063BB<\/td>ASTROPARTICLE PHYSICS S<\/a>
(versione long: 192BB)<\/td>		BALDINI L.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
098BB<\/td>STELLAR PHYSICS S<\/a>
(versione long: 211BB)<\/td>		DEGL’INNOCENTI S.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
107BB<\/td>ACCELERATOR PHYSICS S<\/a>
(versione long: 217BB)<\/td>		PAPA A.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
140BB<\/td>GRAVITATION THEORY S<\/a>
(versione long: 251BB)<\/td>		ZANUSSO O.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
275BB<\/td>COSMOLOGY OF THE EARLY UNIVERSE S<\/a>
(versione long: 274BB)<\/td>		MAROZZI G.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
307BB<\/td>EXPERIMENTAL METHODS FOR ASTROPARTICLE PHYSICS S<\/a>
(versione long: 306BB)<\/td>		POGGIANI R.<\/u><\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
365BB<\/td>COMPUTING METHODS FOR EXPERIMENTAL PHYSICS AND DATA ANALYSIS S<\/a>
(versione long: 360BB)<\/td>		RIZZI A.<\/u><\/td>6 CFU<\/td>Annuale<\/td><\/tr>\n
373BB<\/td>PARTICLE PHYSICS S<\/a>
(versione long: 302BB)<\/td>		BIANCHINI L.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
374BB<\/td>COMPUTATIONAL PHYSICS LABORATORY S<\/a>
(versione long: 326BB)<\/td>		BONATI C.<\/u><\/td>6 CFU<\/td>Annuale<\/td><\/tr>\n
412BB<\/td>PHYSICS OF MATTER AND NANOTECHNOLOGY LABORATORY S<\/a>
(versione long: 411BB)<\/td>		PISIGNANO D.<\/u><\/td>9 CFU<\/td>Annuale<\/td><\/tr>\n
414BB<\/td>FUNDAMENTAL INTERACTIONS LABORATORY S<\/a>
(versione long: 413BB)<\/td>		LAMANNA G.<\/u><\/td>9 CFU<\/td>Primo semestre<\/td><\/tr>\n <\/tbody>\n <\/table>\n <\/div>\n\n

Mutuazioni da altri CdS<\/h3>\n
\n \n \n \n
Codice<\/th>Insegnamento<\/th>Docente\/i<\/th>Crediti<\/th>Periodo<\/th><\/tr>\n <\/thead>\n
0025B<\/td>GEOPHYSICAL INSTRUMENTATION AND GEOPHYSICAL POTENTIAL FIELDS<\/a>
(mutuato da 0048B@WAGR-LM)<\/td>		CARELLI G.<\/u><\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
0026B<\/td>ROCK PHYSICS<\/a>
(mutuato da 346BB@WAGR-LM)<\/td>		CAPACCIOLI S.<\/u>, CARELLI G.<\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
0042B<\/td>GRAPHICS AND ANIMATION WITH PYTHON<\/a>
(non erogato in 2026\/27)<\/td>		MORUZZI G.<\/u><\/td>3 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0043B<\/td>PHOTONICS AND MATERIALS<\/a>
(mutuato da 266BB@WNN-LM)<\/td>		FUSO F.<\/u>, TONCELLI A.<\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
0045B<\/td>GROUP THEORY FOR MATERIAL SCIENCE<\/a>
(mutuato da 0045B@FIS(R)-L)<\/td>		TONCELLI A.<\/u><\/td>3 CFU<\/td>Secondo semestre<\/td><\/tr>\n
0048B<\/td>EARTH SENSING AND GEOPHYSICAL MONITORING INSTRUMENTATION<\/a>
(mutuato da 0048B@WAGR-LM)<\/td>		CARELLI G.<\/u><\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
286BB<\/td>TEORIA DEI GRUPPI<\/a>
(mutuato da 286BB@FIS-L)<\/td>		BOLOGNESI S., KONISHI K.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
288BB<\/td>ASTROFISICA GENERALE<\/a>
(mutuato da 288BB@FIS-L)<\/td>		PRADA MORONI P.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
338BB<\/td>SIGNAL PROCESSING FOR PHYSICS<\/a>
(mutuato da 338BB@WAGR-LM)<\/td>		FERRANTE I.<\/u><\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
366BB<\/td>INFORMATICA CON LABORATORIO<\/a>
(mutuato da 366BB@FIS-L)<\/td>		GROSSI R.<\/u>, ROBOL L.<\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
383BB<\/td>SPECTROSCOPY AND MICROSCOPY OF NANOMATERIALS<\/a>
(mutuato da 266BB@WNN-LM)<\/td>		FUSO F.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
408BB<\/td>PHYSICS OF SOUND<\/a>
(mutuato da 415BB@FISR-L)<\/td>		SOZZI M.<\/u><\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
416BB<\/td>LA FISICA DI TUTTI I GIORNI<\/a>
(mutuato da 416BB@FISR-L)<\/td>		CHIOFALO M.<\/u>, FANTACCI M.<\/td>6 CFU<\/td>Primo semestre<\/td><\/tr>\n
424BB<\/td>FONDAMENTI DI OTTICA<\/a>
(mutuato da 424BB@FISR-L)<\/td>		CIAMPINI D.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n
428BB<\/td>ARMI NUCLEARI, DISARMO E PROLIFERAZIONE NUCLEARE<\/a>
(mutuato da 428BB@FISR-L)<\/td>		FORTI F.<\/u><\/td>6 CFU<\/td>Secondo semestre<\/td><\/tr>\n <\/tbody>\n <\/table>\n <\/div>\n<\/div>\n\n\n\n

<\/p>\n","protected":false},"excerpt":{"rendered":"

Elenco insegnamenti, a.a. 2026\/27 Insegnamenti del Corso di Studi Codice Insegnamento Docente\/i Crediti Periodo 0004B FLEXIBLE AND NANO-ELECTRONICS PAOLUCCI F.…<\/p>\n

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