Buongiorno,
vi giro l'annuncio di una scuola molto interessante che si terra' a
L'Aquila (a cui si puo' partecipare sia on-site che online).
Non mi e' possibile inoltrare il poster alla mailing list ma chi fosse
interessato al poste lo trova a
https://indico.gssi.it/event/425/attachments/756/1238/poster.pdf
Saluti
Alessandra Faggionato
---------- Forwarded message ---------
From: Giulia Basti <giulia.basti(a)gssi.it>
Date: Mon, 30 Jan 2023 at 11:33
Subject: Scaling limits and generalized hydrodynamics, March 27-31 2023,
GSSI
Dear colleagues and friends,
this is a gentle reminder for the school
*"Scaling limits and generalized hydrodynamics"*
which will be held at the Gran Sasso Science Institute, in L'Aquila (Italy),
from *March* *27**th (9 am) to** March* *31st** (12 pm)**, 202**3.*
The school will consist of three introductory mini courses, given by
- *Fraydoun Rezakhanlou*, University of California
- *Chiara Saffirio*, University of Basel
- *Herbert Spohn*, Technical University of Munich
and invited talks by
- *Thierry Bodineau*, CMAP École Polytechnique
- *Eric Carlen*, Rutgers University
- *Pablo Ferrari*, Universidad de Buenos Aires
- *Alessia Nota*, University of L'Aquila
- *Sergio Simonella*, Sapienza Università di Roma
see the attached poster.
The school will be complemented by contributed talk sessions by selected
young participants (deadline for submission: February 5th 2023)
Registration is free but mandatory (deadlines: March 12th 2023 for onsite
participation, March 26th 2023 for online participation).
Some financial support to a limited number of young participants will be
available (deadline for requests: February 5th , 2023).
The registration form and further information are available on the website:
https://indico.gssi.it/e/ScalingLimits
We would be grateful if you could circulate the announcement among
potentially interested young researchers, and hang the poster at your
Institution.
We are looking forward to meeting you at GSSI!
Giulia Basti, Serena Cenatiempo, Stefano Olla, Errico Presutti, Marielle
Simon, Lu Xu
--
*************************************************
Prof. Alessandra Faggionato
https://www1.mat.uniroma1.it/people/faggionato/
Department of Mathematics
University "La Sapienza"
Piazzale Aldo Moro, 5
00185 - Rome
Office 5, Phone (0039) 06 49913252
*************************************************
Buongiorno
ricevo e con piacere inoltro.
Buona giornata
Alessandra Faggionato
---------- Forwarded message ---------
From: <jansen(a)math.lmu.de>
Date: Fri, 27 Jan 2023 at 13:40
Subject: Re: & PhD/ Postdoc advertisement
To: Faggionato, Alessandra <faggiona(a)mat.uniroma1.it>
==================================
PhD-student or Postdoc vacancy on Continuum Statistical Mechanics in
Augsburg / München
----------------------------------
Dear colleagues,
We are looking for a talented researcher to work on a project on
*Continuum Particle Systems* at Augsburg University and LMU Munich.
The project focusses on the decay of correlations of continuum
particle systems and combines techniques from stochastic geometry and
statistical mechanics.
This is a temporary position that can be filled by a PhD student or
postdoc (Salary scale TV-L E13, full- or part-time, fixed term) to be
started on 01 May 2023 or later. We are looking for candidates with
excellent background in probability theory and statistical mechanics
who obtained an MSc degree in Mathematics. The project is part of the
newly established SFB/CRC “Mathematics of Many-Body Quantum Systems
and Their Collective Phenomena“ (Munich/Tuebingen).
Please contact Prof. Sabine Jansen (jansen(a)math.lmu.de) or Prof.
Markus Heydenreich (m.heydenreich(a)lmu.de) for further information
about the project.
Interested candidates are invited to send letter of
motivation, curriculum vitae as well as name and contact details of
two academic references to m.heydenreich(a)lmu.de.
Review of application begins on 01 February 2023 and shall continue
until the position is filled.
Best wishes, Sabine Jansen and Markus Heydenreich
--
*************************************************
Prof. Alessandra Faggionato
https://www1.mat.uniroma1.it/people/faggionato/
Department of Mathematics
University "La Sapienza"
Piazzale Aldo Moro, 5
00185 - Rome
Office 5, Phone (0039) 06 49913252
*************************************************
Buongiorno a tutte/i,
ho il piacere di annunciare il prossimo webinar del ciclo di seminari
online promosso dal Gruppo UMI PRISMA (
http://www.umi-prisma.polito.it/index.html)
*Lunedi’ 6 febbraio 2023*
*ore 16-17 Antonio Di Crescenzo*
*Titolo: *You can model so many things with birth-death processes
*Abstract:*
Birth-death processes constitute the continuous-time analog of random
walks, and are largely adopted as a tool for stochastic modeling. Indeed,
the richness of the birth and death rates allows modeling a variety of
phenomena, ranging from evolutionary dynamics and neuronal modeling, to
queueing and reliability theory, for instance. Various methods of analysis
have been developed for determining quantities of interest, such as
stationary distributions and first-passage-time distributions.
The talk is aimed at providing a review of some recent results on
growth-evolution models characterized by time-dependent growth rates and
their stochastic counterpart described by birth-death processes. The
analysis focuses on generalizations of the Gompertz and logistic growth
models, and on the related birth-death processes having linear and
quadratic rates. A diffusion approximation leading to a time-inhomogeneous
geometric Brownian motion is also treated. We also present certain
generalizations involving extended birth-death processes on a star-graph
defined as a lattice formed by the integers of semiaxes joined at the
origin. Specifically, we deal with
(i) the analysis of the transient and asymptotic behavior of a multispecies
birth-death-immigration process and of a continuous-time multi-type
Ehrenfest model,
(ii) the construction and the study of suitable diffusion approximations
for the considered models, leading to two processes belonging to the class
of Pearson diffusions on the spider.
*ore 17-18* *Daniele Cappelletti*
*Titolo: * Solving the chemical recurrence conjecture in two dimensions
*Abstract:*
Stochastic reaction networks are continuous-time Markov chains typically
used in biology, epidemiology, and population dynamics. The goal is to keep
track of the abundance of the different reactants over time. What makes
them special from a mathematical point of view is the fact that their
qualitative dynamics is described by a finite set of allowed transformation
rules, referred to as "reaction graph". A long-standing conjecture is that
models with a reaction graph composed by a union of strongly connected
components are necessarily positive recurrent, meaning that each single
state is positive recurrent. In my talk I will discuss why the conjecture
makes intuitive sense and why it is difficult to prove it. I will then show
how my collaborators and I adapted Forster-Lyapunov techniques to prove the
conjecture in two dimensions.
Joint work with: Andrea Agazzi, David Anderson, Jonathan Mattingly
Qui di seguito il link per la partecipazione
https://teams.microsoft.com/l/meetup-join/19%3ad685b25ed15f4821ac5168e63cf9…
Cari saluti,
Claudia Ceci
***********************************************************************
Claudia Ceci
Dipartimento di Metodi e Modelli per l’Economia, il Territorio e la Finanza
(MEMOTEF)
Università di Roma La Sapienza
Via Del Castro Laurenziano 9
Roma 00161 Italy
Email: claudia.ceci(a)uniroma1.it
Upon invitation of Wolfgang Runggaldier, Professor Emeritus at the
University of Padua, I am pleased to send you the attached file, which
contains interesting remarks by Jordan Stoyanov, aimed at improving and
unifying the use of notations and abbreviations in scientific writing in
Probability and Statistics
cf.
https://drive.google.com/file/d/1-7lsVkmbZR1LvVmZTnIf3UAYO3K9me8e/view?usp=…
--
=============================================
Antonio Di Crescenzo
Dipartimento di Matematica
Università degli Studi di Salerno
Via Giovanni Paolo II, n. 132
<https://maps.google.com/?q=Via+Giovanni+Paolo+II,+n.+132+%0D%0A84084+Fiscia…>
84084 Fisciano (SA)
Italy
Tel. +39-089-963349
E-mail(1): adicrescenzo(a)unisa.it
E-mail(2): adicresc(a)gmail.com
Web: http://www.unisa.it/docenti/antoniodicrescenzo/index
Skype: antoniodicrescenzo
=============================================
Ricevo e inoltro. Il seminario si terrà ad Atlanta il 31 gennaio alle ore (per noi) 21:00.
Cordiali saluti
Giuseppina.
Giuseppina Guatteri
Dipartimento di Matematica
Politecnico di Milano
Via Bonardi, 9
20133 Milano
tel.: +390223994556
fax.:+390223994513
email: giuseppina.guatteri(a)polimi.it
"Happiness can be found even in the darkest of times, if one only remembers to turn on the light" A. Dumbledore
________________________________
________________________________
From: pde-seminar-request(a)lists.gatech.edu <pde-seminar-request(a)lists.gatech.edu> on behalf of Chen, Gong <gc(a)math.gatech.edu>
Sent: Sunday, January 29, 2023 6:33 AM
To: pde-seminar(a)lists.gatech.edu <pde-seminar(a)lists.gatech.edu>
Subject: [pde-seminar] PDE seminar with Filippo de Feo
Dear all,
On Tuesday, Jan 31, we will have our visitor Filippo de Feo from Politecnico di Milano to speak for our PDE seminar in person in Skiles 006.
Filippo’s talk information can be found here
https://math.gatech.edu/seminars-colloquia/series/pde-seminar/filippo-de-fe…
The talk will also be streamed on zoom: https://gatech.zoom.us/j/95574359880?pwd=cGpCa3J1MFRkY0RUeU1xVFJRV0x3dz09 Meeting ID: 955 7435 9880<tel:7435%209880> Passcode: PDE
Best wishes,
Gong
Dear Colleagues,
We would like to invite you to the following SPASS seminar, jointly
organized by UniPi, SNS, UniFi and UniSi:
*Convergence rates and CLT for stochastic inviscid Leray-model with
transport noise*
*Dejun Luo* (Chinese Academy of Science)
The seminar will take place on TUE, 31.1.2023 at 14:00 CET in Sala
Seminari, Dipartimento di Matematica, Pisa 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: *
*The stochastic inviscid Leray- model perturbed by multiplicative transport
noise is considered on the torus. Under a suitable scaling of the noise, it
is shown that the weak solutions converge, in some negative Sobolev spaces,
to the unique solution of the deterministic viscous Leray- model.
Interpreting such limit result as a law of large numbers, we also study the
underlying central limit theorem and provide an explicit convergence rate.
This talk is based on a joint work with PhD Bin Tang.*
Dear colleagues,
I would like to inform you that
*Dr. Nicola Turchi* (University of Milano-Bicocca) will deliver a PhD
course entitled
*"Concentration of probability measures"*
from *January 30th* to April 3rd 2023* in presence* at the Department of
Mathematics and its Applications, University of Milano-Bicocca, and *live
streaming*.
*For more information*
https://drive.google.com/file/d/1pRkD4HP2vMGE_AssgQ4LR75TqzCj0wvb/view
Please do not hesitate to write an email to *nicola.turchi(a)unimib.it
<nicola.turchi(a)unimib.it>* should you need further information.
Best regards,
Maurizia Rossi
--
Maurizia Rossi
Dipartimento di Matematica e Applicazioni
Università degli Studi di Milano-Bicocca
https://mauriziarossi.wordpress.com
Dear Colleagues,
The department of Mathematics at the TU Chemnitz invites applications for two 3 years Ph.D. positions to work on projects in "Physics-informed or theory-guided machine learning." The deadline for the application is 10.02.
More information on the call can be found in the link below.
https://www.tu-chemnitz.de/verwaltung/personal/stellen/224034_1_LH.php
Don't hesitate to write to imma.curato(a)uni-ulm.de<mailto:imma.curato@uni-ulm.de> for any position inquiries.
Best Regards
Imma Curato