Random February 2024

random@lists.dm.unipi.it

37 participants
50 discussions

I: Newborn Association of Women in Mathematical Physics: share the news!
by SAU FEDERICO 15 Feb '24

15 Feb '24

Dear all, As requested, I'm pleased to share this fantastic initiative! More details on activities and contacts on https://awmp-mathphys.org/. Best, Federico ________________________________ Da: Simone Rademacher <simone.rademacher(a)math.lmu.de> Inviato: venerdì 9 febbraio 2024 16:31 A: SAU FEDERICO <FEDERICO.SAU(a)units.it> Oggetto: Fwd: Newborn Association of Women in Mathematical Physics: share the news! Hi Federico, we are now online :) https://awmp-mathphys.org/ and we are looking forward vor many new members, supporters, ideas.....! Also we would be grateful if you could circulate this announcement among potentially interested researchers in mathematical physics. I hope you are doing fine and you had a nice start into the year. Best, Simone -------- Weitergeleitete Nachricht -------- Betreff: Newborn Association of Women in Mathematical Physics: share the news! Datum: Fri, 9 Feb 2024 08:50:00 +0100 Von: Serena Cenatiempo <serena.cenatiempo(a)gssi.it><mailto:serena.cenatiempo@gssi.it> An: cristina caraci <cristina.caraci(a)math.uzh.ch><mailto:cristina.caraci@math.uzh.ch>, Simone Rademacher <simone.rademacher(a)math.lmu.de><mailto:simone.rademacher@math.lmu.de>, Constanza Rojas-Molina <crojasmo(a)cyu.fr><mailto:crojasmo@cyu.fr>, Ana Ros Camacho <roscamachoa(a)cardiff.ac.uk><mailto:roscamachoa@cardiff.ac.uk> Dear colleagues and friends, we are delighted to share with you the information about the newly created Association of Women in Mathematical Physics (AWMP) a non-profit organization founded in 2023 with the aim of * encouraging and supporting women in the field of mathematical physics throughout their studies and professional career; * establishing a network and meeting space for women in mathematical physics; * promoting diversity and equal opportunities for all individuals in mathematical physics, in particular providing a place for exchanging ideas and good practices. A list of the activities currently promoted by the association can be found at the AWMP webpage: https://awmp-mathphys.org/. Any person working in mathematical physics who identifies as female may become an ordinary member of AWMP. Any researcher in mathematical physics (as well as any legal entity) is welcome to become a supporting member of the association, and participate in AWMP activities. Membership requests can be submitted at any time through the form available at this page<https://indico.gssi.it/event/436/registrations/>. Researchers interested to be updated about AWMP activities and announcements might consider subscribing to the AWMP mailing lists, at this page<https://indico.gssi.it/event/436/registrations/>. The current members of the Association come from various countries from Europe, North-America, South-America, Asia and North of Africa. Still we aim to increase the visibility of the AWMP in other countries, to attract more members and to design and develop a diverse set of activities to promote and support women in the field of Mathematical Physics around the world. For these reasons, we would be grateful if you could circulate this announcement among potentially interested female researchers in mathematical physics, and potentially interested supporting members. Please do not hesitate to contact us for any further questions. With best wishes, Cristina Caraci<https://sites.google.com/view/cristina-caraci/home?authuser=0>, Serena Cenatiempo<https://www.serenacenatiempo.it/>, Simone Rademacher<https://www.mathematik.uni-muenchen.de/~rademach/#CV>, Costanza Rojas-Molina<http://crojasmolina.com/>, Ana Ros Camacho<https://sites.google.com/site/anaroscamacho/> On behalf of the AWMP Executive Committee Nezhla Aghaei<https://nezhlaaghaee.wixsite.com/mysite> Chiara Boccato<http://www.chiaraboccato.com/> Cristina Caraci<https://sites.google.com/view/cristina-caraci/home?authuser=0> Serena Cenatiempo<https://www.serenacenatiempo.it/> Lea Boßmann<https://www.mathematik.uni-muenchen.de/~bossmann/> Marie Fialova<https://awmp-mathphys.org/about-us/> Emanuela L. Giacomelli<https://sites.google.com/view/emanuelagiacomelli/home> Eman Hamza<https://awmp-mathphys.org/about-us/> Florencia Orosz Hunziker<https://sites.google.com/colorado.edu/florenciaoroszhunziker> Simone Rademacher<https://www.mathematik.uni-muenchen.de/~rademach/#CV> Costanza Rojas-Molina<http://crojasmolina.com/> Ana Ros Camacho<https://sites.google.com/site/anaroscamacho/> Hanne Van Den Bosch<https://www.cmm.uchile.cl/?cmm_people=hanne-van-den-bosch> Amanda Young<https://sites.google.com/math.arizona.edu/amyoung> -------------------------------------------------- Serena Cenatiempo Gran Sasso Science Institute (GSSI) Viale Crispi n.7, 67100 - L'Aquila (Italy) phone: +39 0862 428 0276 email: serena.cenatiempo[at]gssi[dot]com homepage: http://www.serenacenatiempo.it/

1 0

SPASS Seminar: Leonardo Tolomeo
by Francesco Grotto 14 Feb '24

14 Feb '24

Dear Colleagues, We would like to invite you to the following SPASS seminar, jointly organized by UniPi, SNS, UniFi and UniSi: *Transport of Gaussian measures under the flow of Hamiltonian PDEs: quasi-invariance and singularity* by Leonardo Tolomeo (University of Edinburgh) The seminar will take place on TUE, 20.02.2024 at 14:00 CET in Aula Seminari, Dipartimento di Matematica, UNIPI and streamed online at the link below. The organizers, A. Agazzi, G. Bet, A. Caraceni, F. Grotto, G. Zanco https://sites.google.com/unipi.it/spass -------------------------------------------- *Abstract: In this talk, we consider the Cauchy problem for the fractional NLS with cubic nonlinearity (FNLS), posed on the one-dimensional torus T, subject to initial data distributed according to a family of Gaussian measures. * *We first discuss how the flow of Hamiltonian equations transports these Gaussian measures. When the transported measure is absolutely continuous with respect to the initial measure, we say that the initial measure is quasi-invariant. * *In the high-dispersion regime, we exploit quasi-invariance to build a (unique) global flow for initial data with negative regularity, in a regime that cannot be replicated by the deterministic (pathwise) theory. * *In the 0-dispersion regime, we discuss the limits of this approach, and exhibit a sharp transition from quasi-invariance to singularity, depending on the regularity of the initial measure. * *This is based on joint works with J. Forlano (UCLA/University of Edinburgh) and with J. Coe (University of Edinburgh).*

1 0

PhD and postdoc positions in mathematical statistics at University of Twente
by Gianluca Finocchio 14 Feb '24

14 Feb '24

Cari tutti, vi inoltro un annuncio del Prof. Schmidt-Hieber dall'Università di Twente (Olanda).Vi sarei grato se poteste condividerlo con gli studenti/dottorandi interessati. Cordialmente, Gianluca Finocchio Dear Colleagues, We invite applications for one PhD (4 years) and two postdoc positions (2-3 years) at the University of Twente, the Netherlands. These positions are part of my ERC grant. The project aims to extend the currently developed statistical theory for artificial neural networks to biological neural networks. Starting date is May 2024 or later. Applicants should apply for the PhD position via https://utwentecareers.nl/en/vacancies/1598/phd-position-on-statistical-the… for the postdoc positions viahttps://utwentecareers.nl/en/vacancies/1599/postdoc-positions-on-statistical-theory-for-biological-neural-networks/The application deadline has been set to the end of February. Feel free to forward this announcement to potential candidates. For questions, please contact me via a.j.schmidt-hieber(a)utwente.nl. Best regards,Johannes Schmidt-Hieber

1 0

Seminario di Giuseppe Cannizzaro - Lunedì 19 Febbraio - Sapienza Università di Roma
by Silvestri, Vittoria 14 Feb '24

14 Feb '24

Si segnala il seguente seminario: Lunedì 19 Febbraio 2024, ore 16:00, Sala di Consiglio, Dipartimento di Matematica "Guido Castelnuovo", Sapienza Università di Roma *Speaker: *Giuseppe Cannizzaro (University of Warwick, UK) *Title: *Weak coupling scaling of critical SPDEs *Abstract: *The study of stochastic PDEs has known tremendous advances in recent years and, thanks to Hairer's theory of regularity structures and Gubinelli and Perkowski's paracontrolled approach, (local) existence and uniqueness of solutions of *subcritical* SPDEs is by now well-understood. The goal of this talk is to move beyond the aforementioned theories and present novel tools to derive the scaling limit (in the so-called weak coupling scaling) for some stationary SPDEs at the *critical* dimension. Our techniques are inspired by the resolvent method developed by Landim, Olla, Yau, Varadhan, and many others, in the context of particle systems in the *supercritical* dimension. Time allowing, we will explain how it is possible to use our techniques to study a much wider class of statistical mechanics models at criticality such as (self-)interacting diffusions in random environment. ******************************** Vittoria Silvestri Assistant Professor Department of Mathematics University "La Sapienza" Piazzale Aldo Moro, 5 00185 - Rome ********************************

1 0

Winter mini-course on machine learning at Tor Vergata
by Michele Salvi 13 Feb '24

13 Feb '24

Dear all, Also this Winter RoMaDS ( https://www.mat.uniroma2.it/~rds/events.php ) will offer a mini-course on the mathematics of machine learning at Tor Vergata University in Rome. This year we are very happy to host Giovanni Conforti (Università di Padova & École Polytechnique, Paris) and Alain Durmus (École Polytechnique, Paris) from the 19th to the 22nd of February. They will present a 9 hours mini-course titled An introduction to Score-based Generative Models The course will be addressed also to non-experts of the field, it will be divided in 3 slots of 3 hours each and the tentative program is as follows (see the whole abstract at the end of the email): Lecture 1 & Lecture 2. (Mon 19th, 14h00-17h00) Introduction to generative models & Probabilistic/statistical tools for generative models Lecture 3 & Lecture 4. (Wed 21st, 09h30-12h30) A ”discrete” introduction to score-based diffusion models & A Itô-diffusion viewpoint on score-based diffusion models. Lecture 5 & Lecture 6. (Thu 22nd, 09h30-12h30) Convergence bounds for score-based diffusion models via stochastic control & Optimal transport and entropic optimal transport for generative modeling. You can find the whole Syllabus with more details on each lecture on RoMaDS webpage: https://www.mat.uniroma2.it/~rds/Files/SyllabusSGM.pdf All the lectures will be held in Aula Dal Passo, Department of Mathematics - Tor Vergata University. We do encourage in-person participation. Should you unable to come, here is the link to the event on Teams: https://teams.microsoft.com/l/meetup-join/19%3arfsL73KX-fw86y1YnXq2nk5VnZFw… The seminar is part of the Excellence Project MatMod@TOV. Best, Michele Salvi Abstract of the course “An introduction to Score-based Generative Models” In simple words, generative modeling consists in learning a map capable of generating new data instances that resemble a given set of observations, starting from a simple prior distribution, most often a standard Gaussian distribution. This course aims at providing a mathematical introduction to generative models and in particular to Score-based Generative Models (SGM). SGMs have gained prominence for their ability to generate realistic data across diverse domains, making them a popular tool for researchers and practitioners in machine learning. Participants will learn about the methodological and theoretical foundations, as well as some practical applications associated with these models. The first two lectures motivate the use of generative models, introduce their formalism and present two simple though relevant examples: energy-based models and Generative Adversarial Networks. In the third and fourth lecture we present score-based diffusion models and explain how they provide an algorithmical framework to the basic idea that sampling from the time-reversal of a diffusion process converts noise into new data instances. We shall do so following two different approaches: a first elementary one that only relies on discrete transition probabilities, and a second one based on stochastic calculus. After this introduction, we derive sharp theoretical guarantees of convergence for score-based diffusion models assembling together ideas coming from stochastic control, functional inequalities and regularity theory for HamiltonJacobi-Bellman equations. The course ends with an overview of some of the most recent and sophisticated algorithms such as flow matching and diffusion Schrödinger bridges (DSB), which bring an (entropic) optimal transport insight into generative modeling.

1 1

Expressions of Interest in Quantitative Finance
by Franco Flandoli 13 Feb '24

13 Feb '24

Call for Expressions of Interest for a Chair in Quantitative Finance Scuola Normale Superiore (SNS) invites expressions of interest from highly qualified scholars in the field of *Quantitative Finance*, in view of the possible opening of one position at the Full Professor level in its "Classe di Scienze". SNS seeks outstanding candidates with a high record of achievements and leadership in *theoretical and empirical modelling of financial markets*, with a clear potential to promote and lead research activities and a specific interest in teaching, at the graduate and undergraduate level, small numbers of particularly skillful students. As part of an effort to diversify its faculty, SNS particularly welcomes applications from individuals who hold corresponding positions at Academic Institutions abroad. SNS provides equal employment opportunities without regard to ethnic group, color, religion, age, sex, national origin, disability status, genetics, protected veteran status, sexual orientation, gender identity or expression. Applications should be sent by email to: scouting_qfin(a)sns.it, and should contain QFIN-2024 in the subject field. The deadline for submission is March 31, 2024. The official announcement available at the link: https://trasparenza.sns.it/archivio22_bandi-di-concorso_0_18684_874_1.html

1 0

Fwd: Avviso seminario_"Trento Probability Seminars"_Francesco Carlo De Vecchi_Mercoledì 14 febbraio_ore 11:30
by Michele Coghi 12 Feb '24

12 Feb '24

*Ottavo seminario del ciclo "Trento Probability Seminars" a.a. 2023-24* Integration by parts formula and quantum field theory *Luogo:* l'evento si terrà in presenza in Aula Seminari 1 a Povo0 e per via telematica attraverso collegamento alla piattaforma Zoom; per partecipare sarà necessario collegarsi al link seguente e inserire i codici di accesso (da condividere solo con contatti fidati): https://unitn.zoom.us/j/82578903026 Topic: Trento Probability Seminars Meeting ID: 825 7890 3026 Passcode: 978062 *Data:* Mercoledì 14 febbraio *Ore:* 11:30 *Relatore:* - *Francesco Carlo De Vecchi *(Università di Pavia) *Abstract: *Characterizing a probability measure through an integration by parts formula is a classical problem in stochastic analysis. It finds applications in (Euclidean) quantum field theory, being related to the solutions of the equations of motion for the correlation functions of the quantum field. We approach this problem in the particular case of quantum field theory with exponential interaction on $\mathbb{R}^2$, studying a Fokker-Planck-Kolmogorov equation associated to a stochastic quantization equation for such a model. We prove that, under some conditions on the support of the measure, the solution to this Fokker-Planck-Kolmogorov equation exists and is unique, providing a complete characterization of the exponential measure by an integration by parts formula. The talk is based on a joint work with Massimiliano Gubinelli and Mattia Turra. *Referente*: Sonia Mazzucchi Per conoscere i prossimi eventi è possibile consultare la pagina *https://webmagazine.unitn.it/ciclo/dmath/118024/trento-probability-seminars-20232024 <https://webmagazine.unitn.it/ciclo/dmath/118024/trento-probability-seminars…>* Gli eventi passati si trovano alla pagina *https://webmagazine.unitn.it/ciclo/dmath/114273/trento-probability-seminars-20222023 <https://webmagazine.unitn.it/ciclo/dmath/114273/trento-probability-seminars…>* [image: Università di Trento] <http://www.unitn.it/> *Staff di Dipartimento-Matematica* Università degli Studi di Trento Via Sommarive, 14 - 38123 Povo (TN) Tel. +39 0461 283898 - Francesca Stanca Tel. +39 0461 281980 - Michela Vinotti Tel. +39 0461 281625 - Orietta Osele Tel. +39 0461 281701 - Cinzia Parolari -- Dr. Michele Coghi University of Trento, Math Department via Sommarive 14 - 38123 Povo (Trento) - I Povo 0, Room 2.91 E-Mail: michele.coghi(a)unitn.it

1 0

scholarships for master in mathematics - Paris
by CRISTINA TONINELLI 10 Feb '24

10 Feb '24

Cari tutti, a seguire un annuncio di borse d'eccellenza per studenti che intendano effectuare la laurea magistrale in matematica nell'universita' PSL (Dauphine+Ecole Normale) a Parigi. Non esitate a diffondere l'annuncio ai vostri (brillanti!) studenti e ad altre mailing list. In allegato il flyer con dettagli sulla borsa e link ai vari percorsi di studio (i corsi sono in inglese). cari saluti Cristina Toninelli **** The Graduate Program in Mathematics and Applications of PSL University offers scholarships for students willing to enrol in the PSL Master of Mathematics Master (M1 or M2) for 2024-2025. The teaching language is English and the program is based on the research teams in mathematics at CEREMADE (Paris-Dauphine-PSL), at DMA (Ecole Normale Supérieure - PSL), at the Ecole des Mines Paris-PSL , at the Paris Observatory-PSL, at the EHESS, and Collège de France. The scholarships are open to national and international students and the selection of candidates is based on academic excellence criteria. Call opening date : March 1st, 2024 - Closing date: May 13th, 2024. More details on the financial support and on how to apply may be found here https://psl.eu/en/graduate-programs/mathematics-and-applications Look for the link “Excellence grants for master students 2024-25” --------------------------------------------------------------------------------------------- Cristina Toninelli Postal Address: Ceremade Univ.Paris Dauphine Place du Marechal de Lattre de Tassigny 75775 Paris Cedex 16 - France Office: P207bis --------------------------------------------------------------------------------------------

1 0

bando posizione seconda fascia SECS-S/06, Dipartimento di Economia, Università di Genova
by Maria Laura Torrente 08 Feb '24

08 Feb '24

Il Dipartimento di Economia dell’Università di Genova ha bandito una procedura selettiva per una posizione di professore di seconda fascia, settore SECS-S/06 Metodi matematici dell’economia e delle scienze attuariali e finanziarie. Il bando è pubblicato alla pagina: https://concorsi.unige.it/home/procedure/4506 <https://concorsi.unige.it/home/procedure/4506> La scadenza per la presentazione delle domande è il 26.02.2024, ore 12. Maria-Laura Torrente Università di Genova Dipartimento di Economia Via Vivaldi, 5 Genova - Italy

1 0

Seminario di Alexandre Stauffer - 12 Febbraio - Sapienza Università di Roma
by Lorenzo Taggi 06 Feb '24

06 Feb '24

Lunedì 12 Febbraio 2024, ore 16:00, Sala di Consiglio, Dipartimento di Matematica "Guido Castelnuovo", Sapienza Università di Roma *Speaker:* Alexandre Stauffer (King's College London and University of Bath) *Titolo:* Mixing time of random walk on dynamical random cluster *Abstract:* We consider a random walk jumping on a dynamic graph; that is, a graph that changes at the same time as the walker moves. Previous works considered the case where the graph changes via dynamical percolation, in which the edges of the graph switch between two states, open and closed, and the walker is only allowed to cross open edges. In dynamical percolation, edges change their state independently of one another. In this work, we consider a graph dynamics with unbounded dependences: Glauber dynamics on the random cluster model. We derive tight bounds on the mixing time when the density of open edges is small enough. For the proof, we construct a non-Markovian coupling using a multiscale analysis of the environment. This is based on joint work with Andrea Lelli.

1 0

2024

2023

2022

2021

2020

2019

2018

2017

2016

2015

2014

2013

Random February 2024