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<h1>cvgmt weekly bulletin</h1>
<p><i>Weekly bulletin for <a href="http://cvgmt.sns.it">http://cvgmt.sns.it</a></i></p>
<h2>Summary</h2>
<p><b>Seminars by:</b> <a href='/seminar/729/'>Lussardi</a></p>
<p><b>New papers by:</b> <a href='/person/1668/' >Stuvard</a>, <a href='/person/3334/' >King</a>, <a href='/person/1830/' >Friedrich</a>, <a href='/person/3178/' >Perugini</a>, <a href='/person/239/' >Maggi</a>, <a href='/person/120/' >Solombrino</a>, <a href='/person/3128/' >Goffi</a></p>
<p><b>Modified papers by:</b> <a >Matias</a>, <a href='/person/260/'>Goldman</a>, <a href='/person/230/'>Zappale</a>, <a href='/person/2184/'>Saracco</a>, <a href='/person/42/'>Morandotti</a>, <a href='/person/119/'>Novaga</a>, <a href='/person/908/'>Röger</a>, <a >Payne</a>, <a >Piontek</a>, <a >Cirant</a>, <a >Owen</a>, <a href='/person/638/'>Schmidt</a>, <a href='/person/1846/'>Nenna</a>, <a href='/person/151/'>Pratelli</a>, <a href='/person/3128/'>Goffi</a>, <a >Pass</a>, <a href='/person/1949/'>Comi</a>, <a href='/person/254/'>Leonardi</a></p>
<h2>News</h2>
<h3><a href='/news/52/'>assegno di ricerca</a></h3>
<div style="font-size: smaller;"><p>Buongiorno Giuseppe.
</p>
<p>ho appena aperto una posizione per un Assegno di Ricerca e sono alla ricerca di candidati (scadenza fine Marzo).
L'assegno è per un nuovo progetto di modellazione geometrica con applicazioni alla stampa 3D, da svolgersi al CNR-IMATI di Genova.
Poiché il progetto richiede che l'assegnista abbia al massimo 30 anni in data 15<i>6</i>2019, siamo terribilmente a corto di candidati e l'ultimo bando è andato deserto.
Se conosci qualcuno di potenzialmente interessato, ti sarei molto grato se lo<i>la informassi di questa opportunità.
</p>
<p>Requisiti:
Laurea Specialistica o Magistrale in Matematica(LM40), Informatica(LM18), Ingegneria Informatica(LM32) e</i>o Ingegneria Meccanica(LM33).
</p>
<p>Link al bando:
http:/www.imati.cnr.it<i>index.php</i>opportunities?layout=edit&id=809
</p>
<p>Per dettagli sul progetto e sull'attività da svolgere:
http:/www.imati.cnr.it<i>index.php</i>design-e-analisi-di-forme-3d-per-la-fabbricazione-digitale
</p>
<p>Ti ringrazio anticipatamente per l'aiuto.
</p>
<p>Un caro saluto,
Marco</p>
</div>
<h3><a href='/news/53/'>Scuola Estiva "Geometric flows" ad Atene</a></h3>
<div style="font-size: smaller;"><p>Su segnalazione di Toti Daskalopoulos, vi inoltro le informazioni su una scuola estiva avanzata dal titolo "Geometric flows" che si terrà ad Atene il prossimo 15-26 giugno, nel caso conosciate giovani interessati.
</p>
<p>I corsi principali sono tenuti da S. Brendle, T. Daskalopoulos e G. Huisken. Il sito web è
</p>
<p>https:/geometric-flows-school.iacm.forth.gr<i>index.php</i></p>
</div>
<h2>Seminars next week</h2>
<h3>Wed 26 February 2020</h3><ul>
<li><p>
Luca Lussardi (Politecnico di Torino): <b><a href='/seminar/729/'>Soap films spanning elastic boundaries</a></b><br />
Sala Seminari (Dipartimento di Matematica di Pisa), 17:00<br /> </p>
<div style="font-size: smaller;"><p>The Kirchhoff–Plateau problem concerns the equilibrium shapes of a system in which a flexible filament in the form of a closed loop is spanned by a liquid film, with the filament being modeled as a Kirchhoff rod and the action of the spanning surface being solely due to surface tension. We establish the existence of an equilibrium shape that minimizes the total energy of the system under the physical constraint of non-interpenetration of matter, but allowing for points on the surface of the bounding loop to come into contact. In our treatment, the bounding loop retains a finite cross-sectional thickness and a nonvanishing volume, while the liquid film is represented by a set with finite two-dimensional Hausdorff measure. Moreover, the region where the liquid film touches the surface of the bounding loop is not prescribed a priori. Our mathematical results substantiate the physical relevance of the chosen model. Indeed, no matter how strong is the competition between surface tension and the elastic response of the filament, the system is always able to adjust to achieve a configuration that complies with the physical constraints encountered in experiments. In this seminar I will present some results concerning the Kirchhoff-Plateau problem obtained in collaboration with Eliot Fried, Giulio Giusteri, Giulia Bevilacqua and Alfredo Marzocchi.</p>
</div> </li>
</ul>
<h2>New Papers</h2>
<p><b> King, Maggi, Stuvard:</b> <a href='/paper/4580/'>Collapsing and the convex hull property in a soap film capillarity model</a></p>
<p><b> Goffi:</b> <a href='/paper/4581/'>Some new Liouville-type results for fully nonlinear PDEs on the Heisenberg group</a></p>
<p><b> Friedrich, Perugini, Solombrino:</b> <a href='/paper/4582/'>Lower semicontinuity for functionals defined on piecewise rigid functions and on $GSBD$</a></p>
<h2>Modified Papers</h2>
<p><b> Pratelli, Saracco:</b> <a href='/paper/2627/'>On the generalized Cheeger problem and an application to 2d strips</a></p>
<p><b> Leonardi, Saracco:</b> <a href='/paper/3089/'>The prescribed mean curvature equation in weakly regular domains</a></p>
<p><b> Comi, Payne:</b> <a href='/paper/3302/'>On locally essentially bounded divergence measure fields and sets of locally finite perimeter</a></p>
<p><b> Leonardi, Saracco:</b> <a href='/paper/3565/'>Two examples of minimal Cheeger sets in the plane</a></p>
<p><b> Goldman, Novaga, Röger:</b> <a href='/paper/3723/'>Quantitative estimates for bending energies and applications to non-local variational problems</a></p>
<p><b> Pratelli, Saracco:</b> <a href='/paper/3842/'>On the isoperimetric problem with double density</a></p>
<p><b> Nenna, Pass:</b> <a href='/paper/4270/'>Variational problems involving unequal dimensional optimal transport</a></p>
<p><b> Matias, Morandotti, Owen, Zappale:</b> <a href='/paper/4364/'>Upscaling and spatial localization of non-local energies with persistent nonlinearities</a></p>
<p><b> Piontek, Schmidt:</b> <a href='/paper/4492/'>Higher integrability for the gradient of Mumford-Shah almost-minimizers</a></p>
<p><b> Cirant, Goffi:</b> <a href='/paper/4574/'>On the problem of maximal $L^q$-regularity for viscous Hamilton-Jacobi equations</a></p>
<p><b> Comi:</b> <a href='/paper/4579/'>Refined Gauss-Green formulas and evolution problems for Radon measures</a></p>
<h2>Open Positions</h2>
<p><a href="/position/461/">PhD researcher on control and reinforcement learning in stochastic processes</a> (deadline: Fri 28 February 2020)</p>
<p><a href="/position/464/">PhD in Bilbao</a> (deadline: Fri 28 February 2020)</p>
<p><a href="/position/455/">PhD in PDE analysis, TU Delft</a> (deadline: Sat 29 February 2020)</p>
<p><a href="/position/468/">Tenure-Track Assistant Professor in Mathematical Analysis - Bocconi University, Milan</a> (deadline: Sat 29 February 2020)</p>
<p><a href="/position/467/">RtdA at University of Milan</a> (deadline: Fri 6 March 2020)</p>
<p><a href="/position/458/">PhD student positions at Imperial College London</a> (deadline: Fri 15 January 2021)</p>
<p><a href="/position/469/">Recruitment of the Nanjing Center for Applied Mathematics（NCAM） Nanjing, China</a> (deadline: Thu 11 February 2021)</p>
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