Dear all,
This is a reminder for the workshop titled “Through the threshold: first
passage times and beyond”, which will take place at the University of
Torino on June 9 and 10, 2025.
This event will also provide an opportunity to celebrate the career of
Laura Sacerdote on the occasion of her retirement.
Speakers:
- Madalina Deaconu (Inria & Institut Élie Cartan de Lorraine)
- Priscilla (Cindy) Greenwood (University of British Columbia)
- Sonja Grün (Jülich Research Centre - RWTH Aachen University)
- Samuel Herrmann (Université de Bourgogne)
- Lubomir Kostal (Czech Academy of Sciences)
- Isaac Meilijson (Tel Aviv University)
- Goran Peskir (The University of Manchester)
- Shigeru Shinomoto (ATR Institute International)
- Tatyana Turova (Lund University)
More information at the webpage
https://sites.google.com/view/fpt-torino
Registration is free and welcome, but mandatory.
We are looking forward to seeing you in Turin!
Best regards.
The organizers.
--
Federico Polito
Professor of Probability
Coordinator of M.Sc. in Stochastics and Data Science
*Department of MathematicsUniversity of Torino*
Via Carlo Alberto, 10
10123, Torino, Italy
Email: federico.polito(a)unito.it
Tel: +39 011 6702862
Web: www.federicopolito.it
Dear colleagues,
We are organizing SNIPS 2025 – Stochastic Numerics and Inverse Problems in Sweden, at Linnaeus University in Växjö, August 25-29, 2025. We aim to bring together researchers from diverse fields to discuss advances in areas like numerics for stochastic differential equations, Monte Carlo methods, stochastic optimization, filtering, and parameter estimation.
We would be grateful if you could forward this information within your department. We are still accepting submissions for contributed talks. This is a good opportunity for researchers, including PhD students and younger colleagues, to present their work and connect with participants from across Europe.
The registration deadline is June 19, 2025.
More details, including speakers and a link to registration, are on our website: https://lnu.se/en/snips2025
Thank you for your support.
Best wishes,
Andreas Petersson and Monika Eisenmann
Local Organizers, SNIPS 2025
Dear colleagues,
This is to advertise the opening of *16 PhD positions in Mathematics at the
University of Rome La Sapienza*, divided into:
*-* 8 full scholarships (all areas of Mathematics)
- 2 full scholarships in Geometry (supervisor: Lorenzo Foscolo)
- 2 full scholarships in Probability (supervisor: Vittoria Silvestri)
- 1 full scholarship in Mathematical Physics (supervisor: Sergio
Simonella)
- 3 PhD positions without scholarship.
Contrary to what was done in the last two years, for the PhD admission *there
will be no written exam*.
I include some useful info below:
*Link to the call*:
- (ITA) https://www.uniroma1.it/it/pagina/ammissione-ai-corsi-di-dottorato
- (ENG)
https://www.uniroma1.it/en/pagina/admissions-2025-2026-phd-programmes
*Deadline for applications*: 19th of June 2025 (until 23:59)
*Duration of PhD*: 3 years
*Amount of scholarship*: 1550€ per month
*Selection procedure*: based on titles (CV, motivation letter etc) and an
interview (which can be held on zoom).
In particular I would like to flag that *2 PhD positions will be funded by
my grant **FIS 2 -* *Understanding pattern formation in nature via complex
analysis*, and on these positions PhD *students will have access to a
generous amount of funds*, on top of a full scholarship, to use for their
research activities.
*Students interested in working in probability are encouraged to apply
to both* the 8 PhD scholarships in Mathematics and to the 2 PhD
scholarships in Probability funded by my grant. Should they have queries on
the research topics and/or the application process, they are welcome to
contact me at silvestri(a)mat.uniroma1.it.
Best wishes,
Vittoria Silvestri
********************************
Vittoria Silvestri
Assistant Professor
Department of Mathematics
University "La Sapienza"
Piazzale Aldo Moro, 5
00185 - Rome
********************************
Dear colleagues,
We are happy to announce the opening of applications for the PhD programme in Mathematics, Statistics, and Computer Science at the University of Florence. Applications in Probability are very welcome.
See here for the general call:
https://www.unifi.it/en/study-us/after-graduation/phd-programmes/phd-course…
and here for more specific information about the PhD application in Maths:
https://www.unifi.it/en/study-us/after-graduation/phd-programmes/phd-courses
A Master’s degree is required, but those who do not hold it yet can be admitted, as long as they get their degree by October. A brief 1-2 page research project is also required during the application; this is usually written in collaboration with a potential supervisor.
There are 8 positions not linked to a specific research topic (so any research topic in Mathematics, Statistics and Computer Science is welcome), of which 6 with scholarship and 2 without.
Interested people are encouraged to get in touch with one of us.
Best wishes,
Luca Avena, Gianmarco Bet, Elia Bisi
—————————
Elia Bisi
Assistant Professor (RTT)
University of Florence
Department of Mathematics & Computer Science
Personal homepage
Florence Probability group
Dear colleagues,
this is a gentle reminder of today One World Probability Seminar, details below. The seminar will be held at 15:00 (italian time).
You can find the calendar for the upcoming seminars at this link<https://www.owprobability.org/one-world-probability-seminar/future-seminars> (next dates: June 4, June 18).
We hope to see many of you online!
Luisa and Roger
________________________________
Da: owps-request(a)lists.bath.ac.uk <owps-request(a)lists.bath.ac.uk> per conto di One World Probability <ow.probability(a)gmail.com>
Inviato: venerdì 16 maggio 2025 22:36
A: owps(a)lists.bath.ac.uk <owps(a)lists.bath.ac.uk>
Oggetto: [owps] next OWPS: Eleanor Archer and Anita Winter
The next OWPS will be on Wednesday, May 21, from 13:00 to 15:00 UTC time.
Title, abstract and the zoom link are below the signature and can be found on the website https://www.owprobability.org/one-world-probability-seminar<https://protect-eu.mimecast.com/s/-zGkCWqjZFlpkVlsnEyR_?domain=eur01.safeli…>.
-----------------------
The GHP scaling limit of uniform spanning trees in high dimensions.
Eleanor Archer (Dauphine-PSL Paris)
A spanning tree of a finite connected graph G is a connected subgraph of G that contains every vertex and no cycles. A well-known result of Aldous states that the scaling limit of the uniform spanning tree (UST) of the complete graph is the Brownian continuum random tree. We will discuss a recent result that shows that this is a universal phenomenon, in that the GHP scaling limit of the UST of any appropriate sequence of high dimensional graphs is the CRT. In particular, this holds for the torus in dimensions five and higher.
Based on joint work with Asaf Nachmias and Matan Shalev.
Scaling limit of the Aldous-Broder chain on regular graphs: the transient regime.
Anita Winter (Duisburg-Essen University)
A spanning tree of a finite connected graph G is a connected subgraph of G that contains every vertex and no cycles. A well-known way to generate a uniform spanning tree (UST) is the Aldous-Broder algorithm. This is a stochastic process with values in rooted trees that is driven by a random walk on G and converges as time goes to infinity towards the Brownian Continuum Tree (CRT). On the complete graph it is known that this process has a GH-scaling limit which is referred to as Root Growth with Regrafting dynamics (RGRG). We will show that this is again a universal phenomenon, i.e., it holds for the Alous-Broder chain on any appropriate sequence of regular graphs in the transient regime. In particular, this holds for the torus in dimensions five and higher.
This is joint work with Osvaldo Angtuncio Hernandez and Gabriel Berzunza Ojeda.
https://polimi-it.zoom.us/j/92945513591?pwd=zjtRwpHoO9kRyQuPPj4o186jXrvg1v.1
Meeting ID: 92945513591
Passcode: 131676
Salve,
inoltro questo messaggio relativo al premio Paul Lévy 2026, le
candidature sono aperte fino al 31 agosto.
Dario TRevisan
>
>> Begin forwarded message:
>>
>> *From: *Martin Hairer <martin.hairer(a)epfl.ch>
>> *Subject: **2026 Paul Lévy Prize*
>> *Date: *17 May 2025 at 09:08:00 BST
>> *To: *Martin Hairer <martin.hairer(a)epfl.ch>
>>
>> Dear friends and colleagues,
>>
>> I just wanted to draw your attention on the 2026 Paul Lévy prize
>> in Probability Theory, see
>>
>> https://euromathsoc.org/news/call-for-nominations:-paul-levy-prize-2026-in-…
>>
>> The purpose of the prize is to recognize senior (but still
>> research active) top researchers in probability. Please send
>> nominations to ems-office(a)helsinki.fi before the 31st of August.
>> Thank you very much! Best wishes,
>>
>> Martin
>>
>> --
>> Prof. Martin Hairer
>> EPFL, Dept of Mathematics
>> http://www.hairer.org/
>>
>
Dear all,
This is the first announcement for the PhD course
Statistical mechanics and disordered systems
that will be held by Professor Quentin Berger (Université Sorbonne Paris Nord) at the Mathematics Department of the University of Rome, Tor Vergata, from May 26th until June 19th.
Researchers, professors and advanced master students are all welcome to attend. Don't hesitate to reach out to us if you need the CFU validation.
Synopsis
The course will start with a broad introduction on Statistical Mechanics models and the problem of disorder relevance. In the second part, it will focus on the Directed Polymer model and discuss recent results about its phase transition and scaling limit. A full abstract can be found at https://www.mat.uniroma2.it/~rds/events.php .
Schedule
The lectures will take place in Aula Dal Passo from 13:30 until 16h00 on the following dates
May 26 (Mon)
June 3 (Tue)
June 5 (Thu)
June 9 (Mon)
June 12 (Thu)
June 16 (Mon)
June 19 (Thu)
(total about 20 hours)
We strongly encourage in-person participation, especially for PhD students. Should you be unable to attend one or more lectures, you can follow the streaming at
https://teams.microsoft.com/l/meetup-join/19%3arfsL73KX-fw86y1YnXq2nk5VnZFw…"Tid"%3a"24c5be2a-d764-40c5-9975-82d08ae47d0e"%2c"Oid"%3a"650fc4a8-4cec-4bd2-87bc-90d134074fe6”} <https://teams.microsoft.com/l/meetup-join/19%3arfsL73KX-fw86y1YnXq2nk5VnZFw…>
The course is part of the Excellence Project MatMod@TOV.
Buongiorno,
scrivo per segnalare che è stato pubblicato il bando di ammissione del XLI
ciclo del Dottorato in Sapienza, con preghiera di diffusione alle persone
interessate.
Per la Scuola di Scienze Statistiche sono disponibili 6 borse di Ateneo, 2
posti senza borsa e 4 borse esterne. Maggiori dettagli sono disponibili a
questi link:
https://www.uniroma1.it/it/pagina/ammissione-ai-corsi-di-dottoratohttps://phd.uniroma1.it/web/concorso41.aspx?i=3544&l=IT
Cordiali saluti,
Enrico Scalas
Seminari on-line del gruppo UMI - PRISMA (http://www.umi-prisma.polito.it/)
I seminari PRISMA hanno un formato di "colloquium" per creare un'occasione
di scambio e discussione con tutta la comunità dei probabilisti e
statistici italiani. Ogni giornata comprende due relatori che tengono due
seminari di 30 minuti strettamente connessi, per presentare alla comunità
una prospettiva sul proprio ambito di ricerca. Da quest'anno le
registrazioni dei seminari vengono pubblicate sul canale YouTube dell'UMI:
https://youtube.com/playlist?list=PLmySpc-jrtAMq84VH71evyqPc1hl6eEQb
Il prossimo appuntamento è per *venerdì 6 giugno* 2025. I relatori
saranno *Sara
Mazzonetto* (Université de Lorraine) e *Paolo Pigato* (Università di Roma 2
“Tor Vergata”) che parleranno di:
*Diffusioni a soglia e il ruolo del tempo locale*
con il seguente orario:
16:00 Primo seminario
16:30 Pausa e discussione
16:45 Secondo seminario
17:15 Conclusione e discussione
Trovate di seguito il riassunto. I seminari verranno trasmessi via Zoom al
seguente link:
https://unitn.zoom.us/j/82271416480
ID riunione: 822 7141 6480
Codice d’accesso: 130382
Vi aspettiamo numerosi!
Alberto Chiarini e Sonia Mazzucchi
%%%%%%%%%%%%%%%%%%%%%%%%%%%%
RELATORI: Sara Mazzonetto (Université de Lorraine) e Paolo Pigato
(Università di Roma 2 “Tor Vergata”)
TITOLO: Diffusioni a soglia e il ruolo del tempo locale
RIASSUNTO: Le diffusioni a soglia sono soluzioni di equazioni differenziali
stocastiche i cui coefficienti cambiano in modo discontinuo a seconda della
posizione del processo rispetto a delle barriere (soglie). Sono usate nella
modellizzazione di vari fenomeni, in finanza/economia, ingegneria e altre
scienze.
In questo seminario, daremo un’introduzione a questi processi dal punto di
vista matematico e parleremo delle loro applicazioni. Considereremo poi
alcuni problemi di inferenza dei parametri, discutendo risultati asintotici
sotto diverse ipotesi e sottolineando le difficoltà tecniche provenienti in
particolare dalla connessione tra discontinuità, moto browniano skew e
tempi locali.
.%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Il gruppo UMI PRISMA organizza una serie di tre seminari online, in
inglese, sulle "Applicazioni della Probabilità all’Economia".
La serie di seminari è specificamente organizzata da:
- Giulio Bottazzi (Scuola Superiore Sant'Anna)
- Alessandro Calvia (Politecnico di Milano)
- Marco Capaldo (RWTH Aachen)
- Enrico Scalas (Sapienza Università di Roma)
I seminari sono in preparazione alla Summer School of Mathematics for
Economic and Social Sciences: https://indico.sns.it/event/105/overview
I dettagli sui link saranno diffusi in prossimità degli eventi sul sito web
del gruppo UMI PRISMA: https://umi-prisma.polito.it/ e su questa lista.
I seminari saranno i seguenti:
26 giugno 2025 ore 14
Speaker: Marta Leocata, LUISS Guido Carli, Department of AI, Data and
Decision Sciences
Title: Two applications of multi-agent models in economic and social systems
Abstract:
In this talk, we present an overview of mathematical models that capture
the behavior of myopic agents—who rely on short-term, local information in
their decision-making—and strategic agents, who consider the long-term
consequences of their actions within interactive environments.
These concepts will be illustrated through two applications in economic and
social contexts: a multi-agent model for the co-evolution of preferences
and actions in the emergence of social norms (joint work with Michele
Aleandri, LUISS, and Laura Marcon, CNR), and a Mean Field Game approach to
the Emission Trading System (joint work with Giulia Livieri, LSE, and
Gianmarco Del Sarto, TU Darmstadt).
--
10 luglio 2025 ore 14
Speaker: Annamaria Olivieri, University of Parma (Italy), Department of
Economics and Management
Title: Modelling Stochastic Mortality for Life Insurance Applications
Abstract:
In the closing decade of the last century, a generalized decrease in
mortality rates has been reported in many countries, especially at adult
and old ages, which was highly unanticipated. Until then, the modelling of
mortality for insurance applications was mainly deterministic since,
according to the classical insurance paradigm, in sufficiently large and
homogeneous pools there is a high probability to achieve an outcome in line
with what expected. Uncertain mortality trends are against such an
argument. Net of the effect of the pandemic, the decreasing trend in
mortality has persisted to current times, at a pace that remains random.
Mortality has a clear impact on the liabilities of the life insurance (and
pension) industry and an adequate mortality forecasting is among the key
elements of an effective risk management design for a life insurer (or a
pension fund), especially when longevity benefits are involved. Starting
from the end of the last century, stochastic mortality modelling has become
a core topic of actuarial science and many studies have greatly enriched
the actuarial literature.
In this presentation, the main characteristics of mortality trends are
first summarized, with particular regard to the Italian population. Then,
mortality and longevity risks are defined. Finally, a review of the main
stochastic mortality models developed for actuarial purposes is provided.
--
17 luglio 2025 ore 14
Speaker: Sara Merino Aceituno, Faculty of Mathematics, University of Vienna
(Austria)
Title: Large particle limit for jump processes
Abstract:
In this short course, we will study interacting particle systems whose
dynamics are governed either by continuous-time Markov processes (such as
coagulation models) or piecewise deterministic Markov processes (such as
run-and-tumble dynamics). Our starting point will be the martingale
formulation of these systems. The primary objective is to derive equations
that approximate the behavior of the system as the number of particles
becomes large.