24^th INTERNATIONAL CONFERENCE
*C**.r.e.d.i.t.**202**5*
**
*/Emerging Global Financial Systems:/*
*/Exploring Polarization, Systemic Risks, Innovation, and Sustainable
Solutions/*
Venice, Italy
25–26September2025
*
*
*GRETA Associati* (Venice, Italy), *European Datawarehouse* (Frankfurt,
Germany),and *Intesa Sanpaolo *(Milan, Italy) are partners in organising
a Conference to be held in Venice on September 25-26, 2025.
The *CREDIT 2025* conference will bring together academics,
practitioners and PhD students working in various areas of financial and
socio-economic risk with the aim of creating a unique opportunity for
participants to discuss research progress and policy as well as
industry-relevant insights and directions for future research..
The CREDIT 2025 is the *twenty-fourth* in a series of events dedicated
to various aspects of risk and organised under the auspices of: the
*Department of Economics* and *VERA *- *Venice centre in Economic and
Risk Analytics for public policies* - of the *Ca’ Foscari University of
Venice, Joint Research Center European Commission*, and *ABI - Italian
Banking Association*.
/Sustainability necessitates a global perspective, requiring the
adaptation of contemporary business and societal models to navigate the
dynamic landscape of the future. Policymakers and society must ensure
that resources, particularly technology, are utilized responsibly and
efficiently to enhance the well-being of both present and future
generations while cultivating a harmonious relationship with the
environment. This strategy is vital in addressing sustainability issues
such as poverty, environmental degradation, pollution, and inequality.
Effective global risk management is vital for bridging divisions and
fragmentation through innovation./
The organizers encourage submissions on any topic within the overall
theme of the conference and in the following areas in particular:
*Framing Global Challenges*
*
*Macroeconomic Polarization and Financial Fragmentation*
o
Economic bifurcation between advanced and emerging markets.
o
Trade conflicts and their financial spillovers.
o
Policy responses to maintain global economic stability.
*
*Geopolitical Risks and Global Financial Stability*
o
Implications of geopolitical tensions on global financial
markets: capital flows and volatility.
o
Risk management strategies for financial institutions navigating
geopolitical uncertainty.
o
The role of national and international economic policies:
shaping a new geopolitical and economic order.
*
*Technological Innovation in Finance and Insurance*
o
Digital transformation in the insurance sector: a driver of
resilience or disruption?
o
Financing Deep Tech.
o
Regulating innovation to balance opportunity and risk.
*Risk Management and Resilience*
*
*Climate Change as a Systemic Risk*
o
Impact of climate-induced events on financial and insurance markets.
o
Climate risk modeling and its implications for global governance.
o
Financing the green transition: opportunities for insurers and
institutional investors.
*
*Addressing Socioeconomic Disparities*
o
Polarization in wealth distribution and its implications for
insurance coverage.
o
Designing inclusive financial products to address underinsurance
in vulnerable populations.
o
The role of insurance in enhancing societal resilience to
systemic shocks.
*Towards a Sustainable Future*
*
*Innovating Governance for Future Risks*
o
Cross-border cooperation for risk regulation and mitigation.
o
Addressing new risks in cyber security, health crises, and
technological disruptions.
o
Innovative governance models in finance and insurance.
The final program will include both submitted and invited papers.
Acceptances received so far from invited speakers include *Mario Greco*
(Zurich Insurance Group, Zurich) and *Andrew Lo* (MIT Sloan School of
Management). The Conference will also include panel discussions on the
major issues at stake with the views of researchers', practitioners' and
policy makers.
he SCIENTIFIC COMMITTEE for the Conference consists of:
*Andrew Lo* (MIT Sloan School of Management, Programme Chair)*
Monica Billio* (Ca’ Foscari University of Venice & GRETA)*
Lucia Alessi* (Joint Research Center, European Commission)*
Marie Brière* (AMUNDI & Université Libre de Bruxelles)*
Mila Getmansky Sherman* (Isenberg School of Management, UMass Amherst)*
Marcin Kacperczyk* (Imperial College London)*
Jan Pieter Krahnen* (Leibniz Institute for Financial Research SAFE &
Goethe University, Frankfurt)*
Steven Ongena* (University of Zurich, Swiss Finance Institute, KU
Leuven, NTNU Business School & CEPR)*
Loriana Pelizzon* (Ca’ Foscari University of Venice & Leibniz Institute
for Financial Research SAFE)*
Roberto Rigobon* (MIT Sloan School of Management)*
Stephen Schaefer* (London Business School)*
Marti Subrahmanyam* (NYU Stern Business School)*
*
*CALL FOR PAPERS*
Those wishing to present a paper at the Conference should submit by *May
31, 2025* to the address given below (preferably in electronic format).
Please indicate to whom correspondence should be addressed. Decisions
regarding acceptance will be made by *June 30, 2025*. The final version
of accepted papers must be received by August 31, 2025.
Please send papers to:
GRETA Associati
GRETA, Dorsoduro 3707, 30123, Venice, Italy
Phone : +39 349 060 3656
e-mail: credit(a)greta.it <mailto:credit@greta.it>
*IMPORTANT DATES*
*May 31, 2025*: Papers submission deadline
*June 30, 2025*: Paper acceptance notification
*August 31, 2025*: Deadline for sending final version of accepted papers
More detailed information on the Conference website:
https://www.greta.it/index.php/it/credit-2025
<https://www.greta.it/index.php/it/credit-2025>
<https://www.greta.it/index.php/it/credit-2021>
<https://www.greta.it/index.php/it/credit-2021>
*** Please accept our apologies for any crossed e-mails.
** Probably you are in our mailing list from very long time because you
collaborated with us or with our associates, you asked to be informed
about our activities, you attended our conferences or you submitted
papers to our call for papers.
If you would like to continue enjoying the benefits of keeping up to
date with our future events, invitations, and developments, you do not
need to do anything.
If you would prefer to no longer receive communications from us, please
send an email with Subject "Cancel from Mailing List" to credit(a)greta.it
<mailto:credid@greta.it>
--
--
Monica Billio
Dipartimento di Economia, Università Ca' Foscari Venezia
Fondamenta San Giobbe 873, 30121 Venezia
Tel +39 041 2349170, Fax +39 041 2349176
E-mailbillio(a)unive.it
http://www.unive.it/persone/billiohttp://ideas.repec.org/e/pbi55.htmlhttp://papers.ssrn.com/sol3/cf_dev/AbsByAuth.cfm?per_id=303041http://scholar.google.it/citations?user=ll83_twAAAAJ&hl=en
Dear colleagues,
This is the final announcement for the 20th edition of the Young European
Probabilists (YEP) workshop *Interacting Particle Systems on Random
Structures, *which will take place on *23-27 June, 2025* in *EURANDOM* at
Eindhoven University of Technology. Please visit the website of the
event YEPXX |
Interacting Particle Systems on Random Structures
<https://www.eurandom.tue.nl/event/yepxx-interacting-particle-systems-on-ran…>
for further information about the list of the speakers, the schedule and
the abstract of the talks.
Young researchers are encouraged to participate and contribute with a short
talk or a poster by submitting their proposals through the registration
form. They can also apply for financial support. If you want to apply for
this, please send an email to *eurandom.office(a)tue.nl
<eurandom.office(a)tue.nl> *with a brief motivation. The deadline for both
contributions and financial support applications is *May 25.*
We would be grateful if you could circulate the announcement among
potentially interested researchers.
Please feel free to contact us for any additional information.
Looking forward to meeting you in Eindhoven!
The organizing committee,
Simone Baldassarri, Remco van der Hofstad, Vanessa Jacquier, Matthias Löwe
Il giorno 13 maggio 2025, alle ore 11:30, in SP2L, aula S. Rionero, del
Dipartimento di Matematica e Applicazioni R. Caccioppoli dell'Università
degli Studi di Napoli Federico II, il Prof. Kei Kobayashi, Department of
Mathematics, Fordham University, terrà il seguente seminario:
"_Numerical approximation of stochastic di__ff__erential equations
modeling subdi__ff__usion"_
Abstract: Standard Brownian motion composed with a random time change
given by an inverse subordinator has been used to model subdiffusions,
where particles spread more slowly than the classical Brownian
particles. The time-changed Brownian motion is neither Markovian nor
Gaussian, and standard procedures known for normal diffusions do not
generally work. This talk gives an overview of the framework of
numerical approximation schemes for the time-changed Brownian motion and
its associated stochastic differential equations, along with the rates of
convergence. This is based on joint work with Sixian Jin and Ernest Jum.
https://teams.microsoft.com/l/meetup-join/19%3aMQ4RZDBo_0G-K_PHxKtktVYAczOG…
Cordiali saluti,
Luigia Caputo
--
Luigia Caputo, PhD
Ricercatore Universitario di Probabilità e Statistica Matematica,
Dipartimento di Matematica e Applicazioni,
Università di Napoli FEDERICO II
Via Cintia, 80126, NAPOLI
https://www.docenti.unina.it/luigia.caputo
Cari colleghi,
The Berlin-Oxford International Research Training Group (IRTG) 2544 “Stochastic Analysis in Interaction”
offers 8 PhD positions (75% TVL E 13, ~2200 EUR net salary per month) for 3 years starting October 1st, 2025.
The IRTG is a joint research initiative of the stochastic analysis group of FU, HU, TU and WIAS Berlin with its counterpart at the University of Oxford. The advertised positions will be based in Berlin and will offer ample opportunities to interact also with members of the Oxford team, most notably in a 6-months exchange.
Embedded in a truly international environment, the IRTG students will get excellent research training in a structured programme focussing on challenges at the mathematical foundations of Stochastic Analysis as well as on challenges arising from its various applications, e.g., in physics, biology, finance or data science. The combined expertise from the Berlin and Oxford groups will provide a significant breadth in depth and fertile ground for our students' ambitious research ideas.
Successful candidates will have an MSc degree (or equivalent) in Mathematics (or a closely related field), strong knowledge of stochastic analysis, and feel eager to engage in the exchange of ideas with the teams in both Berlin and Oxford.
DEADLINE FOR APPLICATIONS IS MAY 25, 2025.
Please see
https://www.jobs.tu-berlin.de/en/job-postings/193504
for the official job ad and for instructions how to apply.
Our IRTG webpage
www.math.tu-berlin.de/irtg
offers more information on the Berlin-Oxford IRTG 2544.
Cordiali saluti,
Fabio Bugini
Buongiorno
purtroppo il seminario di Andrea Rinaldo per Matematica, Scienza e Società
previsto per lunedì 12 maggio presso il Dipartimento di Matematica G.
Castelnuovo di Sapienza Università di Roma è stato annullato.
Saluti
Alessandra
--
*************************************************
Prof. Alessandra Faggionato
https://www1.mat.uniroma1.it/people/faggionato/
Department of Mathematics
University "La Sapienza"
Piazzale Aldo Moro, 5
00185 - Rome
Office 123, first floor
*************************************************
Giovedì 15 maggio alle ore 14.30 Zongchen Chen (Georgia Institute of
Technology) terrà il seminario
Title: *Counting Random k-SAT Near the Satisfiability Threshold*.
Abstract:
We present efficient counting and sampling algorithms for random k-SAT when
the clause density is at most 2^k/poly(k). In particular, the exponential
term 2^k matches the satisfiability threshold O(2^k) for the existence of a
solution and the (conjectured) algorithmic threshold 2^k (\ln k)/k for
efficiently finding a solution. At the heart of our approach is a refined
analysis of the recent novel coupling procedure introduced by Wang and Yin.
Our new analysis utilizes the structural properties of random constraint
satisfaction problems (CSPs). It provides a universal framework for
efficient counting and sampling for random atomic CSPs, including, for
example, random hypergraph colorings. At the same time, we obtain as
immediate corollaries several important probabilistic properties of random
CSPs that have been widely studied but rarely justified, including replica
symmetry and non-reconstruction. Joint work with Aditya Lonkar, Chunyang
Wang, Kuan Yang, and Yitong Yin.
Il seminario si svolgerà presso il Dipartimento di Matematica e Fisica di
Roma Tre, Via della Vasca Navale 84, Aula A.
--
Pietro Caputo
Dipartimento di Matematica e Fisica
via della vasca navale 84, 00146 Roma, Italy.
www.mat.uniroma3.it/users/caputo
*Call for Papers*
*Special Issue on “Bayesian Networks: Parameter and Structure Learning with
Their Real-World Applications for Decision Making”*
*A special issue of Mathematics (ISSN 2227-7390), Section D1: Probability
and Statistics*
*Guest Editor:*
Dr. Marta Pittavino (Ca’ Foscari University of Venice, Venice School of
Management, Italy)
Dear Colleagues,
I am delighted to invite you to contribute to this Special Issue of
*Mathematics*, dedicated to *“Bayesian Networks: Parameter and Structure
Learning with Their Real-World Applications for Decision Making.”* This
issue aims to showcase cutting-edge research and methodological innovations
in the increasingly relevant domain of Bayesian Networks, with a particular
focus on parameter learning, model fitting, and real-world decision-making
applications.
We welcome contributions on a wide range of topics, including (but not
limited to) additive and dynamic Bayesian Networks, prior distribution
choices for parameter estimation, score functions, and the factorization of
joint probabilities. Special emphasis will be placed on empirical
applications and case studies that demonstrate the impact of Bayesian
approaches on practical decision-making.
Our goal is to foster a vibrant interdisciplinary dialogue, bringing
together researchers from academia and industry to explore new challenges
and solutions in this evolving field.
We warmly encourage you to submit your latest findings and insights,
helping to expand the frontiers of knowledge in Bayesian modeling and
decision sciences. We hope this Special Issue will become a valuable
reference point for scholars and practitioners alike.
Looking forward to your contributions and to a stimulating exchange of
ideas!
Warm regards,
Dr. Marta Pittavino
*Guest Editor*
*Keywords*
- Additive Bayesian networks
- Dynamic Bayesian networks
- Decision sciences
- Choice of the prior distribution
- Factorization of the joint probability
- Score functions
Information on how to submit the paper is available here
<https://www.mdpi.com/si/mathematics/1LH93RZ1T1>.
*Deadline for the submissions: **10 September 2025*!
--
*Marta Pittavino*
*Tenure-Track **Assistant Professor of Statistics (RTD-B)*
Campus Economico San Giobbe
Cannaregio 873
30121 Venezia
T. +39 041 234 8755
W. www.veniceschoolofmanagement.it
*Last publication: Kinlessness at older ages: Prevalence and heterogeneity
in 27 countries <https://dx.doi.org/10.1093/geronb/gbae180>*
LinkedIn page <https://www.linkedin.com/in/marta-pittavino-8668863a/>
We are pleased to announce the PhD course "Bessel, Cox-Ingersoll-Ross, Ornstein-Uhlenbeck and
Gaussian-Volterra processes with Wiener and fractional drivers",
held by Prof. Yuliia Mishura (Department of Probability, Statistics and
Actuarial Mathematics, Taras Shevchenko National University of
Kyiv)
The course is organized by the Doctoral Program in Mathematical
Sciences of the University of Padova
---------------------
Aim: To introduce PhD students to the most interesting and modern models
of stochastic pro- cesses, which, firstly, have various and quite deep
analytical, wise-trajectory and asymptotic properties, and secondly, serve
as adequate models in financial mathematics, physics, cellular
communications, biology, etc. We will consider stochastic differential
equations with both the Wiener process and the fractional Brownian process
and its generalizations.
Course contents: Standard Cox-Ingersoll-Ross and Bessel processes: local
and global be- haviour of the trajectories as the functionals of
coefficients. Fractional Cox-Ingersoll-Ross and Bessel processes and their
main properties in dependence of the value of Hurst index. Drift
parameters estimation in the standard and fractional Cox-Ingersoll-Ross
models. Exact and ap- proximate option pricing under stochastic volatility
modeled by fractional Ornstein-Uhlenbeck process. Functional limit
theorems for financial markets driven by fractional long-range de- pendent
processes. Fractional Gaussian noise: entropy and alternative entropy
functionals, an- alytical and computational problems related to
predictors. Gaussian-Volterra processes as the generalization of
fractional Brownian motion. Tempered fractional processes.
A more detailed description of the course can be found here:
https://www.math.unipd.it/~dottmath/corsi2025/Mishura.pdf
---------------------------
The course will consist of 16 hours, beginning on May 14, 2025 with the
following calendar:
14/5 h. 14.30-16.30
16/5 h. 10.00-12.00
20/5 h. 14.30-16.30
21/5 h. 14.30-16.30
27/5 h. 14.30-16.30
30/5 h. 10.00-12.00
3/6 h. 14.30-16.30
6/6 h. 10.00-12.00
The course is free, but for organizing reasons we kindly ask all interested
people to enroll the course here:
https://servizi-esterno.math.unipd.it/userlist/lista/view?id=119
------------------
Best regards
Tiziano
--------------------------------------------------------------------------
Tiziano Vargiolu
Dipartimento di Matematica Phone: +39 049 8271383
Universita' di Padova Fax: +39 049 8271428
Via Trieste, 63 E-mail: vargiolu(a)math.unipd.it
I-35121 Padova (Italy) WWW: http://www.math.unipd.it/~vargiolu
--------------------------------------------------------------------------
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: May 14, May 21).
We hope to see many of you online!
Luisa and Roger
---------- Forwarded message ---------
From: One World Probability <ow.probability(a)gmail.com<mailto:ow.probability@gmail.com>>
Date: Sun, May 4, 2025 at 9:58 PM
Subject: Next OWPS this Wednesday
To: <owps(a)lists.bath.ac.uk<mailto:owps@lists.bath.ac.uk>>
The next OWPS will be on Wednesday, May 7, from 13:00 to 15:00 UTC time
Speakers: Matthew Kahle<https://matthewkahle.org/> (Ohio State University), András Mészáros<https://users.renyi.hu/~meszaros/> (Alfréd Rényi Institute of Mathematics)
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.
Upcoming seminars<https://www.owprobability.org/one-world-probability-seminar/future-seminars>:
May 14: Matteo Quattropani (Roma Tre University), Federico Sau (University of Milan)
May 21: Eleanor Archer (Dauphine-PSL Paris), Anita Winter (Duisburg-Essen University)
-----------------------
Introduction to determinantal random hypertrees
Matthew Kahle (Ohio State University)
Abstract: A hypertree is a simplicial complex that serves as a higher-dimensional analogue of a tree. We will discuss a natural model of random hypertree, inspired by enumerative work of Kalai and probabilistic work of Lyons. This model is a higher-dimensional analogue of a uniform spanning tree on a complete graph.
In this talk, we will take some time to carefully motivate and define the model, and then to discuss some of its probabilistic properties. Finally, we will overview some results of Andrew Newman's and mine about the basic properties of 2-dimensional determinantal random hypertrees. In particular, we will discuss torsion in homology and hyperbolicity of the fundamental group. I will not assume any topological prerequisites, and will aim to make the talk as self contained as possible.
Determinantal hypertrees and graph limits
András Mészáros (Alfréd Rényi Institute of Mathematics)
Abstract: We discuss how graph limit theory can provide us with useful tools to understand random simplicial complexes.
Extendending the result of Grimmett on the local weak limit of uniform random spanning trees of complete graphs, we describe the local weak limit of determinantal hypertrees.
Relying on the large deviation principle for the Erdős–Rényi random graph by Chatterjee and Varadhan, we give an upper bound on the mod 2 homology of 2-dimensional determinantal hypertrees.
If time permits, we discuss conjectures on the distribution of the p-torsion of the first integral homology group of 2-dimensional determinantal hypertrees.
https://polimi-it.zoom.us/j/92945513591?pwd=zjtRwpHoO9kRyQuPPj4o186jXrvg1v.1
Meeting ID: 92945513591
Passcode: 131676
Dear all,
the next OWABI www.warwick.ac.uk/owabi<http://www.warwick.ac.uk/owabi> is going to be quite special, consisting of two selected talks livestreamed from BioInference 2025 (https://bioinference.github.io/2025/), a conference on mathematical modelling and inference on (broadly speaking) biological system.
The seminars will be on Thursday the 29th May, at 10am UK time (note the different time with respect to previous seminars), given by
*
Andrew Golightly (Durham University), Accelerating Bayesian inference for stochastic epidemic models using incidence data
* Henrik Häggström (Chalmers University), Simulation-based inference for stochastic nonlinear mixed-effects models with applications in systems biology
with abstracts reported below.
The talks will be streamed on the OWABI MS Team Channel<https://teams.microsoft.com/l/team/19%3AdhZ_4e_XLNJzCXPAMzTvT6BZ5KShEETkd_w…> <https://teams.microsoft.com/l/team/19%3AdhZ_4e_XLNJzCXPAMzTvT6BZ5KShEETkd_w…> , at the link https://teams.microsoft.com/l/meetup-join/19%3adhZ_4e_XLNJzCXPAMzTvT6BZ5KSh…
Meeting ID: 323 917 219 730 3
Passcode: Fk9JG3eB
1st OWABI Talk: 10-10.30am UK time
Speaker: Andrew Golightly<https://www.durham.ac.uk/staff/andrew-golightly/> (Durham University)
Title: Accelerating Bayesian inference for stochastic epidemic models using incidence data
Abstract: This work considers the case of performing Bayesian inference for stochastic epidemic compartment models, using incomplete time course data consisting of incidence counts that are either the number of new infections or removals in time intervals of fixed length. The most natural Markov jump process representation of the model is eschewed for reasons of computational efficiency, and replaced by a stochastic differential equation representation. This is further approximated to give a tractable Gaussian process, that is, the linear noise approximation (LNA). Unless the observation model linking the LNA to data is both linear and Gaussian, the observed data likelihood remains intractable. Unlike previous approaches that use the LNA in this setting, two approaches for marginalising over the latent process are considered: a correlated pseudo-marginal method and analytic marginalisation via a Gaussian approximation of the noise model. These approaches are compared using synthetic data with the best performing method applied to real data consisting of removal incidence of Oak Processionary moth nests in Richmond Park, London.
2nd Seminar: 10.30-11am UK time
Speaker: Henrik Häggström<https://research.chalmers.se/en/person/henhagg> (Chalmers University)
Title: Simulation-based inference for stochastic nonlinear mixed-effects models with applications in systems biology
Abstract: We propose a novel methodology for Bayesian inference in hierarchical mixed-effects models. By building on our work [1], we construct a simulation-based inference (SBI) framework that is highly scalable, where amortized approximations to the likelihood and the parameters posterior are first obtained, and these are rapidly refined for each individual dataset, to ultimately approximate the parameters posterior across many individuals. Unlike the current state-of-art SBI methods, which use neural networks, our approximations are expressed via Gaussian mixture models, leading to easily trainable, parsimonious yet expressive surrogate models of both the likelihood function and the posterior distribution. The methodology is exemplified via stochastic differential equation mixed-effects models to describe translation kinetics after mRNA transfection, however the methodology is general and can accommodate other types of stochastic and deterministic models. We compare our approximate inference with exact pseudomarginal inference and show that our methodology is fast and competitive.
We are looking forward to seeing you at the next OWABI seminar(s),
best,
Massimiliano on the behalf of the OWABI Organisers
------
Dr. Massimiliano Tamborrino
Reader (Associate Professor) and WIHEA Fellow
Department of Statistics
University of Warwick
https://warwick.ac.uk/tamborrino