- Controlling matter phases via reservoir engineering: Spectral theory
Dr. François Damanet (Université de Liège) - Status of the GINGER project
Is it possible to very precisely observe Earth motion and general relativity effects being inside a cave? The GINGER experiment exploits the Sagnac effect of two light beams counter-propagating in a closed loop to do […] - Results on antihydrogen from the ALPHA experiment at the CERN Antiproton Decelerator
Simone Stracka (INFN – Pisa) - Primi risultati dell’esperimento MEGII al PSI: una ricerca a maggiore sensibilità per il decadimento μ+ → e+γ (Fabrizio Cei, Università di Pisa/INFN)
- PIÙ DONNE NELLA FISICA: L’INFN ASSEGNA 25 BORSE DI STUDIO A GIOVANI STUDENTESSE IN FISICA DI CUI 3 A PISA
Venticinque giovani studentesse in fisica, vincitrici del concorso INFN “Più donne nella fisica”, sono state premiate oggi, 28 settembre, alla presenza della Giunta Esecutiva e del Consiglio Direttivo dell’INFN, nel corso di una cerimonia che […] - Bright Night – Notte Europea delle ricercatrici e dei ricercatori
Il giorno 29 settembre 2023 si svolgera’ la nuova edizione della Notte Europea dei Ricercatori, di seguito il programma delle attività organizzate dai ricercatori della Sezione di Pisa dell’Istituto Nazionale di Fisica Nucleare e del […] - Warning 4
- Bruno Pontecorvo – Il signore dei neutrini e non solo……
Auditorium Palazzo Blu – 22 settembre 2023 - Laura Zani vince il premio Giuseppe Franco Bassani della SIF per giovani ricercatori
Laura Zani (foto), laureata in Fisica nel 2016 all’Università di Pisa dove ha anche conseguito il dottorato di ricerca nel 2020, è la vincitrice del premio Giuseppe Franco Bassani della Società Italiana di Fisica (SIF) […] - Dark Matter Indirect Searches with cosmic-ray antiparticles (Pedro De La Torre Luque -Stockholm University)
Abstract: The creation of antiparticles in the Galaxy has been discussed as a potential signal of exotic production mechanisms such as primordial black hole evaporation or dark matter decay/annihilation, in addition to the more conventional […] - Rapid validation of gravitational wave candidates with machine learning (Dr. Jess McIver , University of Columbia, LIGO deputyperson)
Abstract: Understanding gravitational wave (GW) detector noise at the time of a candidate event is critical for GW analyses at all latencies, from rapidly generated candidate alerts to GW source catalogs and population studies. GW […] - Precision measurements of the W-Bosin mass and strong coupling constant (Stefano Camarda, CERN)
Abstract: The discovery of the Higgs boson at the LHC and the absence of signals of new physics has resulted in a new emphasis on precision measurements at colliders. Precision measurements of fundamental parameters have […] - FameLab – Pisa
La pre-selezione e selezione di FameLab Pisa 2023 si svolgeranno il 19 maggio 2023. La pre-selezione si svolgerà alle 9.00 presso la Scuola Normale Superiore. La selezione, per coloro che hanno superato […] - FameLab 2023 – Racconta la Scienza in 3 minuti
Cos’è FameLab FAMELAB è una competizione internazionale per giovani ricercatori scientifici con il talento della comunicazione. È un evento ideato dal Cheltenham Festivals e promosso a livello mondiale sino all’edizione 2021 dal British Council in oltre 30 differenti […] - Instrumentation Seminars
In the context of the course “Instrumentation for Fundamental Interaction Physics” of the Laurea Magistrale, a number of instrumentation seminars have been organized, asking experts to summarize at the basic level how different detector techniques […] - Modeling the strong-field dynamics of binary neutron star, Dr. Sebastiano Bernuzzi (University of Jena)
Abstract: Binary neutron star mergers (BNSM) are cosmic collisions of compact stars associated with powerful gravitational-wave and electromagnetic astronomical transients. Multimessenger observations of BNSMs promiseto deliver unprecedented insights on fundamental physics questions, including constraints on extreme […] - Imaging X-ray Polarimetry Explorer (IXPE): il primo compleanno in orbita (Luca Baldini, Università di Pisa / INFN)
- Fusione Nucleare: stato e prospettive – Dott. Paola Batistoni Dirigente di ricerca ENEA, Responsabile Divisione Sviluppo Energia da Fusione
Mercoledì 22 marzo 2023 ore 15:00 Sala 131 e on line su piattaforma ZOOM Abstract: Grazie alle sue caratteristiche, l’energia da fusione può giuocare in futuro un ruolo importante nel sistema energetico: il combustibile è […] - MW determination at hadron colliders: a new proposal (Prof. Alessandro Vicini Università degli Studi di Milano )
Martedì 7 marzo 2023 ore 15:00 Sala 131 e on line su piattaforma ZOOM Abstract: We present the status of the determination of the W boson mass at hadron colliders, discussing the main sources of […] - Quantitative Magnetic Resonance Imaging di Matteo Cencini (INFN – PISA)
Martedi 31 gennaio alle ore 15.00 Abstract: Magnetic resonance imaging (MRI) is a powerful diagnostic technique able to provide high spatial resolution and excellent contrast for soft tissues in a non-invasive manner, thanks to the use […] - Matching Effective Theories Efficiently di Dr. Javier FUENTES (Universidad de Granada)
Giovedi 19 gennaio 2023 ore 14:00 Abstract:Despite many theoretical and experimental indications pointing to the existence of new physics, the lack of direct evidence suggests the presence of a mass gap. Effective Field Theories (EFT) […] - Positron Emission Tomography for real-time verification during particle therapy di Peter Dendooven (PARTREC, University Medical Center Groningen)
Lunedi 23 gennaio 23 ore 15:00 Abstract:In comparison to photon radiotherapy, particle beam radiotherapy (mostly protons and carbon ions are used) results in a lower radiation dose to normal tissue, reducing long– term complications and […] - Lattice QCD computation of the muon magnetic moment (Prof. Szabo KALMAN, University of Wuppertal)
Abstract: The muon is an elementary particle, a short-lived cousin of the electron. Since about 20 years the calculation of its magnetic moment disagrees with its measurement, indicating that a not-yet-known particle or force might be influencing the muon. […] - Cold ion-molecule interactions relevant for astrochemistry (Heather J. Lewandowski, JILA and Department of Physics, University of Colorado at Boulder, USA)
Abstract: Control over the quantum states of atoms and molecules can lead to a fundamentally new understanding of how these particles interact and react. This knowledge has the potential to impact our ability to probe […] - Intelligence for digital REStoration of Cultural Heritage (AIRES-CH) di Alessandro Bombini (INFN – Firenze)
Abstract: Artificial Intelligence for digital REStoration of Cultural Heritage (AIRES-CH) is a project focused on a creation of a cloud-native web app for the digital restoration of pictorial artworks through Computer Vision technologies applied to […] - “Probing Flavor in semileptonic transitions at High-pT” (Florentin Jaffredo, INFN – Pisa)
Abstract: The Drell-Yan processes pp->ll and pp->l nu at high transverse momentum can provide important probes of semileptonic transitions that are complementary to low-energy flavor physics observables. We parametrize possible New Physics contributions to these processes […] - Everything you wanted to know about New Physics and Core-collapse Supernovae: but were afraid to ask (Andrea Caputo – CERN)
Abstract: Core-collapse supernovae (CCSN) are efficient laboratories to explore physics beyond the standard model (SM). In particular, they have been used to put strong constraints on axion and axion like particles, and on many other motivated […] - We are thrilled to announce that the Conference “DarkCosmoGrav: New Frontiers in Particle Physics, Gravity, and Cosmology” will take place in January 23-24-25, 2023, at the University of Pisa
The aim of this event is twofold. On the one hand, by hosting world-renowned experts in these subjects, we want to critically review recent progresses in particle physics, gravity and cosmology, especially underlining their connections. On the […] - 8 novembre 2022 ore 21:30
- Esplorando l’universo: 10 anni dal bosone di higgs
- Nepsi23 – New Physics Signal 2023 – February 15-17, 2023
Young Organization for Young Researchers New Physics Signals (NePSi – NeΨ) is the 1ˢᵗ International Workshop completely organized by Young Researchers which supports the active participation of Young Researchers. The organization provides alternating Senior and Young Researchers sessions. […] - L’UNIVERSO COME MAI VISTO – le prime viste del JWST – Giovedì 27 ottobre 2022 – ore 21:00
- Mostra “Il giovane Fermi a 100 anni dalla laurea a Pisa” 13 ottobre – 12 novembre 2022
- Convegno”Il giovane Fermi a 100 anni dalla laurea a Pisa” – 13-14 ottobre 2022
- BRIGHT 2022 – LA NOTTE DEI RICERCATORI (Venerdì 30 settembre 2022)
- Premiazione “II Edizione Premio Dario Fabiani” – Venerdì 30 settembre 2022 – ore 16:30
- High performance for high precision analysis – Josh Bendavid (CERN)
Abstract: The unprecedented volume of data and Monte Carlo simulations at the HL-LHC will pose increasing challenges for data analysis both in terms of computing resource requirements as well as “time to insight”.Precision measurements with […] - Probing New Physics with Pulsar Timing Arrays (Andrea Mitridate – Caltech)
Abstract: Gravitational waves open a new exciting window into the Universe. In this talk, I will discuss how Pulsar Timing Arrays are contributing to this exploration, and the ongoing effort to look for new-physics signatures […] - High-precision measurement of the W boson mass with the CDF II detector (Ashutosh Kotwal – Duke University)
Abstract: The mass of the W boson, a mediator of the weak force between elementary particles, is tightly constrained by the symmetries of the standard model of particle physics. The Higgs boson was the last […] - La Transizione Digitale all’INFN di Pisa
Il processo di “Transizione Digitale” ha come obiettivo la realizzazione di un’amministrazione digitale e aperta, che offra servizi pubblici digitali facilmente utilizzabili, sicuri e di qualità, tali da garantire una relazione trasparente e aperta con […] - “Exploring Axion Dark Matter in the laboratory, the stars and the Universe” – Robert Ziegler (CERN)
Abstract: Standard Model extensions with a light stable axion are well-motivated by the observed Dark Matter abundance and the Peccei-Quinn solution to the Strong CP Problem. In general axions can have large flavor-violating couplings to SM […] - S-matrix Bootstrap for Effective Field Theories (Dr Andrea Guerrieri – Weizmann Institute)
Abstract: The modern approach to the S-matrix Bootstrap aims at determining the space of QFTs by bounding physical observables that can be extracted out of the S-matrix. In this talk, I will review some of […] - “The Vcb Puzzle” – Marta Bordone (CERN)
Abstract: The study of CKM elements and CKM unitarity constitutes a robust test of physics within and beyond the Standard Model. In particular, the element Vcb, which is probed through processes mediated by b->c underlying […] - “Precision measurements of fundametal interactions with (anti)neutrinos in DUNE” dr. Roberto Petti (Università della South Carolina)
Abstract: The Deep Underground Neutrino Experiment (DUNE) is a next-generation neutrino oscillation experiment aiming, among other measurements, to observe charge-parity violation (CPV) in the neutrino sector and to resolve the neutrino mass ordering. (Anti)neutrino beams […] - One-dimensional QCD (Oleg Borisenko, N.N. Bogolyubov Insitute for Theoretical Physics, National Academy of Sciences of Ukraine, Kyiv)
ABSTRACT: I review exact solutions of the one-dimensional QCD at finite temperature and non-zero chemical potential for the gauge groups G=Z(N),U(N),SU(N) for all values of colors N and fermion flavors N_f. Such solutions are available both for the partition function and various expectation values. The phase structure in the large N, the large N_f and the ‘t Hooft-Veneziano limits of all models is also discussed. A comparision of all limits with SU(3) QCD and with free fermion model is performed. - IL PREMIO ALDO MENZIONE A RENÉ BRUN E PANTALEO RAIMONDI
I fisici René Brun e Pantaleo Raimondi hanno ricevuto ieri il premio Aldo Menzione per i loro contributi eccezionali allo sviluppo di innovative tecniche di rivelazione. Il premio, del valore di 2500€, è stato assegnato […] - Searching for Light Dark Matter with Collective Excitations (Kathryn Zurek (California Institute of Technology)
Abstract:Experiments have traditionally directly searched for weak-scale dark matter (the WIMP) through nuclear recoils. Theories of hidden sector dark matter often give rise to massive dark matter below the electroweak scale. When the dark matter becomes […] - Microscopic Bounds on Macroscopic Theories (Francesco Riva – Geneva University)
Abstract: Effective Field Theories (EFTs) appear everywhere there is a mass scale. They serve to simplify complex multiscale problems, and as general tools to parametrise the unknown or incalculable (e.g. the pion chiral Lagrangian, gravity, […] - Development of new analysis techniques for ground-based gamma-ray astronomy (Tjark Miener – Univesidad Complutense de Madrid)
Abstract: Imaging atmospheric Cherenkov telescopes (IACTs) are excellent tools to inspect the very high-energy (few tens of GeV and above) gamma-ray sky by capturing images of the air showers, originated by the absorption of gamma rays […] - An introduction to the Generalised Hydrodynamic Approach to out-of-Equilibrium Dynamics in Quantum Systems with a Recent Application by Benjamin Doyon (King’s College London) & Olalla Castro-Alvaredo (City, University of London)
Abstract: In this talk Benjamin will present a brief introduction to the generalised hydrodynamic approach (GHD). GHD has emerged in recent years as one of the leading conceptual and computational methods by which dynamical quantities […] - Conformal Field Theory in Quantum Gravity and the Lab (Shai Chester, Weizmann Institute)
Abstract: Conformal field theories (CFT) are ubiquitous in physics: they describe phase transitions of magnets and superfluids that can be studied in the lab, as well as provide the only known non-perturbative description of quantum […] - Spontaneous CP Violation and the Strong CP Problem (dr. Luca Vecchi – INFN Padova)
Abstract: We discuss solutions of the Strong CP Problem based on the framework of Spontaneous CP Violation. We derive sufficient conditions in order to simultaneously reproduce the flavor structure of the Standard Model and suppress the […] - Revisiting photon detection scheme for dark photon / axions search with millimeter waves ( di Akira Miyazaki, Uppsala University)
Abstract:The traditional motivation to search for axion as a solution for the strong CP problem has recently been extended to more general hypothetical particles which couple with photons. These particles can be cold dark matter […] - UNA NUOVA ACCURATA MISURA DELLA MASSA DEL BOSONE W MOSTRA TENSIONE TRA I DATI SPERIMENTALI E LA TEORIA
È la misura della massa del bosone W più accurata che sia mai stata realizzata. È frutto di un lavoro di analisi durato dieci anni realizzato dalla Collaborazione dell’esperimento CDF (Collider Detector at Fermilab), che […] - The path to quantum advantage in quantum simulation (Prof. Andrew Daley, Department of Physics and SUPA, University of Strathclyde, Glasgow)
Abstract: Over the past two decades there has been rapid development in technologies for both digital quantum computing and analogue quantum simulation. With progress towards quantum advantage for problems designed to test the quantum hardware, […] - Incontri Area Pontecorvo ” E’ possibile osservare il moto del polo terrestre chiusi dentro una montagna?” (Angela Di Virgilio – INFN Pisa)
Tutti gli incontri si terranno su Piattaforma StreamYard - “Primordial standard clocks in the CMB” di Matteo Braglia (IFT-Madrid)
Abstract: Massive fields oscillating around their minima produce specific oscillatory patterns in the density perturbations that record the time dependence of the scale factor in the primordial Universe (hence the name ‘Primordial Standard Clocks’). In […] - “Simple and powerful tools: di-lepton and di-photon signatures in the ATLAS experiment” di Paolo Mastrandrea (INFN – Pisa)
Abstract: The general-purpose experiments ATLAS and CMS have analysed the dataset collected in the Run-1 and Run-2 of the LHC, studying a vast panorama of processes, in a wide range of final states.On many occasions […] - “A novel multimessenger study of Starburst galaxies: implications for neutrino astronomy” di Antonio Marinelli (Università Vanvitelli di Caserta)
Abstract: Starburst galaxies (SBGs) and more in general starforming galaxies represent a class of galaxies with a high star formation rate (up to 100 Mo/year). Despite their low luminosity, they can be considered as guaranteed […] - FOR UKRAINE
The INFN Italian National Institute for Nuclear Physics shares the strong and firm position of the European Union and of the Italian Government to condemn Russia’s aggression against Ukraine, as well as any form of […] - Il premio Conversi 2021 è stato assegnato a Tommaso Pajero, della Scuola Normale Superiore (Pisa) per la tesi “Search for time-dependent CP violation in D0 —> K+ K- and D+ —> π+ π- decays”
- A GIULIA DI GREGORIO IL PREMIO ATLAS PER LA MIGLIORE TESI DI DOTTORATO
La Dott.ssa Di Gregorio ha vinto l’edizione del 2021 dell’ATLAS Thesis Award. Si tratta di un riconoscimento importante che premia le migliori tesi di dottorato a livello internazionale discusse nel 2021 svolte nell’esperimento ATLAS al […] - K-Edge Imaging con fasci policromatici e rivelatori “spettrali” di Pasquale Delogu (Università di Pisa/INFN)
Abstract: Il KES (K-Edge Subtraction) è una tecnica di imaging spettrale a raggi X che sfrutta il forte aumento del coefficiente di attenuazione lineare in corrispondenza del K-Edge di un elemento contenuto in un mezzo […] - “CDT: Universes on a computer” di Dániel Németh (Jagiellonian University Kraków)
Abstract: Causal Dynamical Triangulations (CDT) is a nonperturbative approach to quantum gravity. The triangulation in the name refers to Regge’s method to discuss gravity, and Feynman’s path integral method allows one to study the quantum […] - Quark-Gluon Plasma at the LHC: studying the extreme state of QCD with heavy-ion collisions (Andrea Dainese, INFN – Sezione di Padova)
Abstract: The LHC is nowadays the frontier machine for the experimental study of the Quark-Gluon Plasma (QGP), a state of strongly-interacting matter that has constituted the Universe a few microseconds after the Big Bang and […] - Gravitational waves as probes of fundamental physics (Prof. Leonardo Gualtieri, Università di Roma “La Sapienza”)
Abstract: The detection of gravitational waves emitted by coalescing black hole and neutron star binaries gives us access to the strong-field regime of the gravitational interaction. The next generation of gravitational wave detectors (such as […] - Laser-driven particle acceleration: perspectives for medical applications (Luca Labate, Istituto Nazionale di Ottica – CNR, Pisa/INFN-Pisa)
Abstract: Laser-driven acceleration of electron and proton bunches have been experiencing a steady improvement over the past decade, in terms of bunch quality as well as stability and reproducibility. This makes it possible to envision […] - “FLASH-RT: promises, mysteries and challenges of the radiotherapy of the future” (Emanuele Scifoni – INFN-TIFPA, Trento Institute for Fundamental Physics and Applications, Trento Italy)
Abstract: The main scope of radiotherapy is to exploit the specific energy deposition by different types of ionizing radiation in an optimal way, maximizing the damage to the tumor cells while minimizing that one to […] - Universality in quantum gravity ( Riccardo Martini – Okinawa Institute of Science and Technology Graduate University)
Abstract: After revising the asymptotic safety conjecture for quantum gravity, I will present how the concept of universality can be employed to classify the possible ultraviolet completions of general relativity. In particular, we will focus […] - High Speed Communication Systems for High-radiation Environments at Colliders and Space (Gabriele Ciarpi – INFN Pisa)
Abstract: The need of fault-robust and multi-Gb/s links is increasing in several domains where operations in harsh (autonomous driving for ground/aerial vehicles, on-board satellites) or extremely harsh (High Energy Physics – HEP) environments is required […] - Giovedì 9 dicembre 2021 alle 7:00, ora italiana, è previsto il lancio del satellite Imaging X-ray Polarimetry Explorer (IXPE) dallo Space Launch Complex 39A del Kennedy Space Center in Florida
Gli interessati al lancio possono seguire il live broadcast NASA registrandosi a questo link:https://www.eventbrite.com/e/nasas-ixpe-mission-registration-200985010577?aff=cc Tra i tanti comunicati presenti sul web si segnala quello dell’ASI https://www.asi.it/2021/12/pronto-al-decollo-il-telescopio-spaziale-ixpe/ e l’evento post-lancio organizzato dall’ INFN il 13 dicembre […] - Observing the Early Universe with LiteBIRD (Andrea Tartari, INFN Pisa)
Abstract: After the discovery of temperature anisotropies in the Cosmic Microwave Background maps (COBE-DMR, early ’90), Cosmology entered a new era, in which key “predictions” of Inflation could be tested. From then on, an impressive […] - “Averaged bi-partite OTOC and quantum information scrambling in many-body systems” (dr Paolo Zanardi- University of Southern California, Los Angeles)
Abstract: In recent years, the out-of-time-order correlator (OTOC) has emerged as a diagnostic tool for information scrambling and chaos in quantum many-body systems. I will present some exact analytical results for the OTOC, and their […] - Ultra-low mass drift chambers: the experience of the MEG II positron tracker (Marco Chiappini – INFN Pisa)
AbstractIn the quest for the Lepton Flavour Violation (LFV) the MEG experiment at the Paul Scherrer Institut (PSI) represents the state of the art in the search for the charged LFV μ+ →e+γ decay.MEG set […] - Black Holes and Dark Matter (Daniele Gaggero – Università di Torino)
Abstract : The discovery of gravitational wave signals from merger events of massive binary-black-hole (BBH) systems have prompted a renewed debate in the scientific community about the interplay between Black Hole phenomenology and Dark Matter […] - Nuclear transfer reactions with the Lagrange-mesh method – by Shubhchintak (Physics Nucléaire Théorique et Physique Mathématique, Université Libre, Belgium)
Nuclear transfer reactions are the important tool to investigate the nuclear structure. These are also used as an indirect tool in nuclear astrophysics to get the important information on bound and low energy resonance states. […] - L’INFN di Pisa è partner del progetto IRMA confinaziato dalla Regione Toscana nell’ambito del programma POR CReO FESR 2014-2020.
IRMA Innovative Radiation Monitor for contAiners at port custom gates Il Progetto IRMA ha come obiettivo la realizzazione di un Sistema integrato per individuare la presenza di materiale radioattivo disperso o occultato nei container in […] - “Galactic Archeology: recovering the history of star formation in nearby galaxies with deep color-magnitude diagrams” di Michele Cignoni (Università di Pisa /INFN)
Abstract The premise of “Galactic Archeology” is that the study of nearby galaxies on a star-by-star basis has implications that extend far beyond the local Universe. In this talk I will discuss the technique of deriving […] - Dalla FLASH Therapy nuove speranze per la cura dei tumori
La radioterapia è una potente arma nella cura del cancro, è raccomandata al 50-60% dei pazienti oncologici, e molti di essi vengono guariti. Tuttavia, nonostante gli enormi progressi tecnologici degli ultimi 20 anni, è ancora […] - PREMIO NOBEL PER LA FISICA 2021 A GIORGIO PARISI
- “The status of MEG II experiment at Paul Scherrer Institut” di Marco Francesconi (Università di Pisa/INFN)
Abstract: Charged lepton flavour violation (cLFV) is suppressed beyond any experimental reach in the Standard Model of particle physics, thus its observation would clearly spots out the existence of physics beyond it. Muon properties, such […] - INFN – 70 anni di conoscenza dell’Universo 29 settembre 2021 ore 21:00
Lettera del presidente INFN: Care colleghe e cari colleghi,ho il piacere di invitarvi a partecipare all’apertura delle celebrazioni per il 70esimo anniversario dalla fondazione dell’INFN, il prossimo 29 settembre alle ore 21.00 presso la sala […] - 22 settembre 2021 ” “ Seeking the true nature of neutrinos: was Ettore Majorana right ? ” Prof. Marco Pallavicini
Mercoledì 22 settembre 2021 ore 15:00 Marco Pallavicini (Università di Genova) terrà un seminario dal titolo “ Seeking the true nature of neutrinos: was Ettore Majorana right ? ” abstract: After almost 100 years since […] - “Next generation neutrino experiments at accelerators: the DUNE experiment at FNAL” di Sergio Bertolucci (INFN Bologna)
Abstract: “Neutrino have never ceased to provide tantalizing questions and experimental surprises, providing possibly the strongest hints of physics beyond the current Standard Model.The Deep Underground Neutrino Experiment (DUNE) is an international experiment that will […] - “The X17 anomaly ” di Michele Viviani (INFN – Pisa)
Abstract: A puzzling anomaly has been recently observed in the emission of electron-positron pairs in the 7Li(p,e+e-)8Be and 3H(p, e+e-)4He reactions. This anomaly has been interpreted as the signature of anew boson particle, not foreseen […] - “The SWEATERS project” di Federico Pilo (INFN – Pisa)
Abstract: SWEATERS is a project, at INFN Pisa, devoted to the development of new instrument as energetic neutral atoms (ENA) detector for Space Weather Program to be built with an innovative technology. The energy range […] - “TOTEM and D0: the discovery of the Odderon” di Edoardo Bossini (Università di Pisa/INFN)
Abstract: The TOTEM experiment at LHC has performed total and differential elastic p-p cross-section measurements at different LHC energies. Since 2018 a first hint of the presence of the Odderon was found in TOTEM results. […] - Inaugurazione Server POWER-AI per Intelligenza Artificiale – Lunedi 31 maggio 2021 – ore 15:00I.N.F.N. Sezione di Pisa, Largo Pontecorvo 3, Pisa 15:00 Intervento del Direttore della Sezione INFN di Pisa – Dott. Marco Grassi15:05 Intervento Direttore Area Omogenea Medicina Nucleare ATNO – Dott. Nicola Mazzuca 15:10 Intervento Consigliere […]
- PREMIATE DALL’INFN LE MIGLIORI TESI DI DOTTORATO IN FISICA DEL 2020
L’INFN ha assegnato i premi annuali per le migliori tesi di dottorato nelle cinque aree di ricerca dell’Istituto, ovvero in fisica subnucleare, astroparticellare, nucleare, teorica e tecnologica, e su attività di ricercae sviluppo nell’ambito del […] - “L’entanglement nei sistemi quantistici a molti corpi” di Davide Rossini (Università di Pisa / INFN)Abstract: Uno dei tratti distintivi dei sistemi quantistici è la possibilità di instaurare uno speciale tipo di correlazioni altamente non locali, note come entanglement, che non hanno analogo in meccanica classica. Nell’ultimo trentennio, l’entanglement è […]
- Webinar “The Italian Factor at Fermilab” di Giorgio Bellettini – Martedì 18 maggio ore 19:00
Il link Zoom dell’evento, al quale e’ necessario registrarsi in anticipo, e’ il seguente: https://us02web.zoom.us/webinar/register/WN_9bjk6-FiSOWuptFogwLMsg In allegato trovate una locandina dell’evento; maggiori informazioni sul sito www.issnaf.orgAbstract:A very significant outcome of the long-standing collaborative effort of […] - “Warning. I grandi pericoli planetari: conoscerli per difendersi” – Lunedì 17 maggio alle ore 15:00 – “Clima e Oceani: cambiamenti minacciosi” con Elisabetta Erba e Carlo Barbante
“Warning. I grandi pericoli planetari: conoscerli per difendersi” è il ciclo di seminari organizzato da INFN di Pisa, Palazzo Blu e Fondazione Pisa dedicato ai gravi pericoli di carattere naturale a cui è esposto il […] - “Two paths toward precision at a high energy lepton collider” di Dario Buttazzo (INFN Pisa)
Abstract: A high energy lepton collider is the perfect discovery machine for particle physics, allowing to directly produce particles at the highest possible energies. However, it also has a huge potential for precision physics. I […] - SAPER SPIEGARE LA SCIENZA IN 3 MINUTI: 30 GIOVANI STUDIOSI SI SFIDANO A PISA
Al via la selezione dei due rappresentanti “toscani” dell’ edizione 2021 di FameLab, il talent show internazionale della divulgazione scientifica. I due vincitori parteciperanno alla finale nazionale di Catania, prevista a giugno. Appuntamento venerdì 30 […] - CRAL – Corsi Attivi on-line ed in presenzaIl CRAL INFN di PISA organizza per i propri Soci, corsi on-line ed in presenza. Consulta la lista dei Corsi Attivi. CORSO DI SCACCHI – Referente e Docente, Roberto Carosi.
- “Advanced Virgo and beyond, a journey in the exploration of space-time with Interferometric Gravitational Wave Detectors” di Francesco Di Renzo (Università di Pisa / INFN)
Abstract: Five years of observations by the Advanced Virgo and Advanced LIGO Gravitational Wave Detectors have provided invaluable information on the “violent” Universe. This includes the properties of the sources of about 50 confident detected […] - Ciclo seminari di strumentazioneNell’ambito del corso “Instrumentation for fundamental interaction physics” della Laurea Magistrale in Fisica delle Interazioni Fondamentali, sono stati organizzati alcuni seminari di strumentazione, aperti a tutti gli studenti e tutti coloro che sono interessati. I […]
- 14 aprile 2021 ore 15:00
Mini-workshop sulla misura della anomalia magnetica del muone da poco annunciata da parte dell’esperimento Muon g-2 al Fermilab. Interverranno:– Graziano Venanzoni (INFN Pisa) : Il coinvolgimento italiano nell’esperimento– Marco Incagli (INFN Pisa): La misura della […] - 7 aprile 2021 – ore 17:00
Nel collegamento verra’ reso pubblico il risultato dell’esperimento g-2 presso il Laboratorio Fermilab. Una seconda presentazione verra’ fatta al Cern il giorno successivo alle ore 16:00. Le due presentazioni saranno tenute dagli Spokesperons dell’esperimento Chris […] - Martedì 6 aprile 2021 – ore 15:00
New results on theoretically clean observables in rare B-meson decays from LHCb Matteo Rama – INFN Pisa Abstract: Over the past decade, measurements involving the flavour changing neutral current transition b->s l+l- (l=e,mu) have […]
Istituto Nazionale di Fisica Nucleare
