BEGIN:VCALENDAR VERSION:2.0 PRODID:icalendar-ruby CALSCALE:GREGORIAN METHOD:PUBLISH BEGIN:VTIMEZONE TZID:Europe/Vienna BEGIN:DAYLIGHT DTSTART:20260329T030000 TZOFFSETFROM:+0100 TZOFFSETTO:+0200 RRULE:FREQ=YEARLY;BYDAY=-1SU;BYMONTH=3 TZNAME:CEST END:DAYLIGHT BEGIN:STANDARD DTSTART:20261025T020000 TZOFFSETFROM:+0200 TZOFFSETTO:+0100 RRULE:FREQ=YEARLY;BYDAY=-1SU;BYMONTH=10 TZNAME:CET END:STANDARD END:VTIMEZONE BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6a1e9cbf6f336379210386@ist.ac.at DTSTART:20260623T161500 DTEND:20260623T171500 DESCRIPTION:Speaker: Filippo Quattrocchi\nhosted by Jan Maas\nAbstract: Man y evolutionary PDEs\, both linear and nonlinear (e.g.\, the heat and porou s medium equations)\, can be seen as gradient flows in the Wasserstein met ric space of probability measures. This classical result provides general tools for existence\, numerical approximation\, uniqueness\, and convergen ce estimates under weak assumptions. In this talk\, we extend this perspec tive to dynamics driven by an interplay of conservative and dissipative ef fects.Our main result is the interpretation of the nonlinear kinetic Fokke r-Planck equation as a gradient flow of the free energy in a suitable spac e of measures. The geometry of this space is physically motivated\, induce d by discrepancies that measure the minimal force needed to steer one conf iguration into another. As a consequence\, we obtain approximations of sol utions via an implicit Euler scheme.This talk is based on arXiv:2502.15665 \, in collaboration with G. Brigati (ISTA) and J. Maas (ISTA)\, and ongoin g work with G. Brigati (ISTA)\, G. Carlier (CEREMADE\, Paris Dauphine-PSL) \, and J. Dolbeault (CEREMADE\, Paris Dauphine-PSL). LOCATION:Office Bldg West / Ground floor / Heinzel Seminar Room (I21.EG.101 )\, ISTA ORGANIZER:boosthui@ist.ac.at SUMMARY:Filippo Quattrocchi: Nonlinear kinetic equations as gradient flows URL:https://talks-calendar.ista.ac.at/events/6520 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6a358154ee7fd120793416@ist.ac.at DTSTART:20260625T113000 DTEND:20260625T123000 DESCRIPTION:Speaker: Aurora Rossi\nAbstract: This talk introduces Temporal Graph Neural Networks (TGNNs) as models for learning from systems that com bine relational structure and temporal dynamics. Starting from basic neura l network concepts\, we build up to graph neural networks\, message passin g\, and temporal graph settings\, distinguishing between static graphs wit h time-varying features and fully evolving graph structures. Through examp les in synthetic forecasting\, traffic prediction\, and brain activity mod eling\, the tutorial illustrates when graph information can improve tempor al learning and how TGNNs capture spatio-temporal dependencies in real-wor ld networks. LOCATION:Office Bldg West / Ground floor / Heinzel Seminar Room (I21.EG.101 )\, ISTA ORGANIZER:joanders@ist.ac.at SUMMARY:Aurora Rossi: TCS Seminar - An Introduction to Temporal Graph Neura l Networks URL:https://talks-calendar.ista.ac.at/events/6528 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6a313b62abbad282106005@ist.ac.at DTSTART:20260629T140000 DTEND:20260629T150000 DESCRIPTION:Speaker: Morgan Chabanon\nhosted by Jérémie Palacci\nAbstract : Transport phenomena in biological systems are essential for life-sustain ing functions. Here we propose to approach biological materials such as ti ssues\, biofilms and cells as porous media.We will first focus on the pass ive transport of macromolecules in the intracellular space\, involved in f unctions such as cell migration\, blebbing and apoptosis. While intracellu lar crowding significantly impacts macromolecule mobility\, the mechanisms by which cytoplasmic structures influence diffusion remain unclear. We pr opose a multiscale diffusion model based on an upscaling method developed for porous media. Model predictions\, compared to experimental measurement s in live cells\, highlight two key diffusion reduction mechanisms: tortuo sity and hydrodynamic drag. Importantly\, we find that effective cytosolic diffusivity depends on intracellular obstacle volume fraction rather than specific cellular regions.We will then consider suspensions of motile bac teria in porous media\, relevant for soil bioremediation and biomedical ap plications. In confined environments at high cell density\, these suspensi ons behave as active fluids displaying self-sustained coherent or chaotic flows. We use a continuum framework derived from FokkerPlanck descriptions to predict emerging flows in channels with different pore geometries as a function of activity and pressure gradient. Numerical results show a devi ation from Darcy law\, which we relate to an activity enhanced permeabilit y.Altogether\, these results demonstrate the potential of porous media mod eling to better understand transport phenomena in living matter across sca les and systems. LOCATION:Moonstone Bldg / Ground floor / Seminar Room F (I24.EG.030f)\, IST A ORGANIZER:cpetz@ist.ac.at SUMMARY:Morgan Chabanon: Transport in porous media modelling of intracellul ar diffusion and active bacteria suspensions URL:https://talks-calendar.ista.ac.at/events/6524 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6a228b5ab4e49352705797@ist.ac.at DTSTART:20260630T161500 DTEND:20260630T171500 DESCRIPTION:Speaker: Reuben Drogin\nhosted by Laszlo Erdös\nAbstract: The FurstenbergKesten theorem asserts that the singular values of a product of IID random matrices grow or decay exponentially at deterministic rates\, called Lyapunov exponents. Classical results give qualitative criteria ens uring that these exponents are distinct and or positive\, but many applica tions\, e.g. the theory of random band matrices\, require quantitative est imates. We discuss such estimates and their connections to localization fo r random band matrices. In particular\, we show the Lyapunov exponents ass ociated with a class of 2W x 2W transfer matrices are separated at scale 1 /W\, and the top Lyapunov exponent converges to a deterministic limit as W tends to infinity. LOCATION:Office Bldg West / Ground floor / Heinzel Seminar Room (I21.EG.101 )\, ISTA ORGANIZER:boosthui@ist.ac.at SUMMARY:Reuben Drogin: Singular Values of Random Matrix Products and Random Band Matrices URL:https://talks-calendar.ista.ac.at/events/6501 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6a1e9cbf6f7a1927120699@ist.ac.at DTSTART:20260630T171500 DTEND:20260630T181500 DESCRIPTION:Speaker: Francesco Pedrotti\nhosted by Jan Maas\nAbstract: The cutoff phenomenon is a sharp transition in the convergence of high-dimensi onal Markov chains to equilibrium: the total variation distance remains cl ose to 1 for a long time and then rapidly decreases to almost 0 over a muc h shorter time window.It was initially discovered in the context of card s huffling by Diaconis and Shahshahani\, and since then observed in a variet y of different models. In spite of its ubiquity\, it is still largely unex plained\, and most proofs are model-specific.In this talk\, we discuss a h igh-level approach to establishing cutoff based on transport inequalities\ , and we illustrate it for a popular algorithm known as the Proximal Sampl er.Based on joint work with Justin Salez. LOCATION:Office Bldg West / Ground floor / Heinzel Seminar Room (I21.EG.101 )\, ISTA ORGANIZER:boosthui@ist.ac.at SUMMARY:Francesco Pedrotti: A transport approach to the cutoff phenomenon URL:https://talks-calendar.ista.ac.at/events/6502 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:67ff786e1151f433679635@ist.ac.at DTSTART:20260710T150000 DTEND:20260710T160000 DESCRIPTION:Speaker: Ryan J. Murphy\nhosted by Edouard Hannezo\nAbstract: E xperiments in biology generate a vast amount of data across multiple spati al and temporal scales. However\, interpreting such complex data is challe nging. Mechanistic mathematical modelling\, together with statistical mode lling\, provides a powerful framework for exploiting such data to achieve mechanistic understanding\, quantitative insights\, and discoveries. In th is talk\, I will present novel mathematical models and techniques that I h ave developed and applied to improve practical understanding of routinely performed two- and three-dimensional biological experiments for cancer gro wth\, nanoparticle-based therapeutics\, and developmental biology. Mathema tically\, this involves stochastic individual-based models\, coarse-graini ng procedures\, coupled systems of nonlinear partial differential equation s\, free-boundary problems\, and multi-scale mechanochemical models that c apture key biological heterogeneity. LOCATION:Mondi Seminar Room 2\, Central Building\, ISTA ORGANIZER:kiyer@ist.ac.at SUMMARY:Ryan J. Murphy: Multiscale modelling of heterogeneous cell-tissue d ynamics URL:https://talks-calendar.ista.ac.at/events/5823 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:1784038500@ist.ac.at DTSTART:20260714T161500 DTEND:20260714T180000 DESCRIPTION:Speaker: Lihan Wang\nhosted by Giovanni Brigati\nAbstract: Abst ract: In this talk\, we discuss the long-time behavior of three most comm only used piecewise deterministic samplers\, namely Randomized Hamiltonian Monte Carlo (RHMC)\, Zigzag process (ZZP) and Bouncy Particle Sampler (BP S). All of these\, alongside kinetic Langevin dynamics\, are second-order lifts of the overdamped Langevin dynamics. The kinetic samplers are advant ageous due to its potentially accelerated long-time convergence rates and high accuracy in numerical implementation. We discuss the long-time behavi or of these samplers\, in both L^2 energy and relative entropy\, and showc ase the difference between these dynamics\, as well as the difference betw een L^2 energy and entropy\, explaining why the convergence results in ent ropy cannot be generalized to entropy. Joint works with Jianfeng Lu (Duke) and Pierre Monmarché (U Gustave Eiffel). LOCATION:Office Bldg West / Ground floor / Heinzel Seminar Room (I21.EG.101 )\, ISTA ORGANIZER:Birgit.Oosthuizen-Noczil@ist.ac.at SUMMARY:Lihan Wang: Long-time behavior of piecewise deterministic samplers: from energy to entropy\, convergence and non-convergence URL:https://talks-calendar.ista.ac.at/events/6545 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6a621a7000aa7530372093@ist.ac.at DTSTART:20260805T110000 DTEND:20260805T120000 DESCRIPTION:Speaker: Christina Henzinger\nhosted by Hryhoriy Polshyn\nAbstr act: Exchange statistics are a fundamental principle of quantum mechanics\ , dictating the symmetry of identical particle wavefunctions. The exchange -induced unitary transformation of anyonic wavefunctions can be probed usi ng electronic fractional quantum Hall (FQH) interferometers\, where quasip articles on the interfering FQH edge braid with those localized within the cavity. Here\, we add a gate-controlled dot/anti-dot in the center of a b ilayer graphene FQH interferometer to tune the number of enclosed anyons. We observe hundreds of controlled phase slips in the conductance across th e interferometer for both abelian and non-abelian states\, consistent with discrete changes in the localized quasiparticle population. For abelian a nyons\, the observed phase slips agree with the theoretically expected val ue. At half filling\, our results suggest the interfering edge carries cha rge |e/e| = 1/2 abelian excitations\, whereas charge |e/e| = 1/4 putative non-abelian anyons remain localized in the interferometer cavity. Controll ing the population of localized e/4 anyons in an interferometer marks a si gnificant milestone towards observing their non-local exchange statistics and building a fault tolerant topological qubit based on non-abelian anyon manipulation. LOCATION:Office Bldg West / Ground floor / Heinzel Seminar Room (I21.EG.101 )\, ISTA ORGANIZER:hpolshyn@ist.ac.at SUMMARY:Christina Henzinger: Controlled localization of anyons in a graphen e quantum Hall interferometer URL:https://talks-calendar.ista.ac.at/events/6571 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:1786629600@ist.ac.at DTSTART:20260813T160000 DTEND:20260813T170000 DESCRIPTION:Speaker: Klemens Rottner\nhosted by Florian Schur\nAbstract: Ce ll migration and proliferation as well as communication and trafficking\, all depend on the fine-tuned and continuous remodeling of actin filaments\ , which are nucleated and elongated by addition of monomers\, regulated in turn by several monomer-binding factors. The most prominent of those cert ainly constitute profilin 1\, the largely ubiquitous family member in mamm als\, and profilin 2 more enriched in the nervous system. Profilins are we ll established as both inhibiting spontaneous actin filament nucleation an d promoting formin-dependent actin filament elongation\, but their precise cell biological roles are less clear.In this seminar\, I will provide evi dence establishing that the presence of any profilin is obligatory for cel l growth in both mammals and amoeba\, although minute amounts of the prote in are sufficient for mediating migration and actin turnover. I will also show that aside from being essential for formin-dependent filopodia and mi crospike formation\, profilin is also crucial for Arp2/3 complex-dependent processes. Mathematical modeling reveals how this can be explained. Our d ata thus also refute previous suggestions of antagonistic connections betw een profilin and Arp2/3 complex. Instead\, profilin emerges as master regu lator of both formin- and Arp2/3 complex-dependent actin assembly pathways operating directly and indirectly\, respectively. LOCATION:Office Bldg West / Ground floor / Heinzel Seminar Room (I21.EG.101 )\, ISTA ORGANIZER: SUMMARY:Klemens Rottner: Defining profilin function in mammalian actin dyna mics and cell behaviour URL:https://talks-calendar.ista.ac.at/events/6583 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6a85953fddda5101667480@ist.ac.at DTSTART:20260824T140000 DTEND:20260824T150000 DESCRIPTION:Speaker: Farzan Farnia\nhosted by Marco Mondelli\nAbstract: Dee p generative models have achieved remarkable success by learning to imitat e complex data distributions\, yet distributional fidelity alone does not explicitly promote properties such as diversity\, novelty\, or imagination . In this talk\, I will explore how entropy can provide a principled way t o extend the conventional objective of generative modeling beyond imitatio n. Utilizing pretrained neural network representations\, we introduce a sp ectral notion of entropy that captures semantic diversity through the eige nvalues of a kernel covariance operator. I will discuss that the concavity of this entropy has two important consequences. First\, finite samples sy stematically underestimate the entropy of the underlying population\, moti vating our study of whether this diversity loss persists in trained genera tive models. Our experiments then reveal a consistent entropy gap between standard generative models and their training distributions. Second\, conc avity makes entropy superlevel sets convex\, allowing us to show that proj ecting a low-diversity model onto a sufficiently high-entropy set can move it closer to the true data distribution. Building on these insights\, I w ill introduce Imaginative Generative AI (IGA)\, an entropy-regularized fra mework that provides a path from diversity correction to deliberate extrap olation\, with the entropy of the data defining an Entropy Wall that separ ates faithful imitation from the generation of more diverse worlds beyond the observed distribution. LOCATION:Office Bldg West / Ground floor / Heinzel Seminar Room (I21.EG.101 )\, ISTA ORGANIZER:swiddman@ist.ac.at SUMMARY:Farzan Farnia: Entropy in Generative AI Models: From Imitation to I magination URL:https://talks-calendar.ista.ac.at/events/6592 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6a6718ef86935830306549@ist.ac.at DTSTART:20260903T134500 DTEND:20260903T150000 DESCRIPTION:Speaker: Eduardo Fernández Ortuño\nhosted by Lora Sweeney\nAb stract: The phenomenal size and cellular diversity of the human cerebral c ortex is the outcome of an elaborate developmental program sculpted by evo lutionary forces during millions of years. This evolution involved changes in neural progenitor cells\, which compared to reptiles and birds acquire d the capacity to generate larger numbers of neurons and in greater divers ity. Genetic causes of increased progenitor cell proliferation during evol ution have been identified\, but mechanisms involved in the diversificatio n of neural progenitor cells remain unknown. To address this question\, we performed the first integrated\, multi-level\, comparative study of neura l progenitor cells and lineages in the embryonic cortex across amniotes. T he analysis was focused on four strategic species that cover the spectrum of cortical phenotypes: house snake\, chick\, mouse and ferret. Our result s revealed an unsuspected diversity of basal progenitor cell types in chic k\, superior to mouse and with similarities to the more complex ferret cor tex. Chick dorsal pallial progenitors included subapical and basal Radial Glia\, and co-expressed Pax6 and Tbr2\, similar to ferret but unlike mouse \, where these are largely absent. Our findings challenge current concepts on the evolutionary trajectory of the cerebral cortex\, revealing a very early diversification of cortical progenitor cell types in amniotes that p redated the last common ancestor of mammals and birds. LOCATION:Sunstone Bldg / Ground floor / Big Seminar Room B / 63 seats (I23. EG.102)\, ISTA ORGANIZER:jgazsi@ist.ac.at SUMMARY:Eduardo Fernández Ortuño: Don't Put All Your Eggs in the Neocorte x: How the small chick dorsal pallium challenges mammalian-centric views o n brain cortex evolution URL:https://talks-calendar.ista.ac.at/events/6573 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:1789635600@ist.ac.at DTSTART:20260917T110000 DTEND:20260917T120000 DESCRIPTION:Speaker: Krishna Shrinivas\nhosted by Carl Goodrich\nAbstract: Living cells perform remarkable functions that are powered through biomole cular networks that interact and react in crowded cellular environments. M any biomolecules are highly dynamic\, fluctuating among diverse conformati onal ensembles and spatially self-organizing through phase transitions. Ho w can cells harness the physics of these dynamic assemblies to sense\, com pute\, and respond to their environment? Using design as a lens\, I will e xplore how physical principles connect molecular-scale dynamics and self-o rganization to enable and constrain biomolecular information processing. LOCATION:Ballroom / Central Bldg / O1\, ISTA ORGANIZER:caroline.ernst-petz@ista.ac.at SUMMARY:Krishna Shrinivas: Cellular computations and decision-making by dyn amic biomolecular ensembles URL:https://talks-calendar.ista.ac.at/events/6607 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6a1e9cbf72e58407814214@ist.ac.at DTSTART:20260922T150000 DTEND:20260922T160000 DESCRIPTION:Speaker: Domenico Cafiero\nhosted by Robert Seiringer\nAbstract : Anyons are 2d identical quantum particles with an intermediate exchange symmetry characterized by representations of the braid group. In the abeli an case\, they can be modelled through the so-called magnetic representati on\, namely as a system of bosons with an Aharonov-Bohm flux attached to e ach particle.In this talk\, I will discuss the construction of self-adjoin t Hamiltonians\, different from the Friedrichs realization\, for a system of three abelian anyons. I will focus in particular on the Ter-Martirosyan -Skornyakov extensions. This family of Hamiltonians turns out to be parame trized by a suitable boundary operator\; I will present a complete classif ication of its self-adjoint realizations and compute the negative spectrum for the specific case of interest. These results shed light on the possib le occurrence of Thomas instability in the three-anyon model. Joint work w ith Michele Correggi (PoliMi) and Davide Fermi (PoliMi). LOCATION:Office Bldg West / Ground floor / Heinzel Seminar Room (I21.EG.101 )\, ISTA ORGANIZER:boosthui@ist.ac.at SUMMARY:Domenico Cafiero: On the three-body Hamiltonian for abelian anyons URL:https://talks-calendar.ista.ac.at/events/6566 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6a8ec4a176df3637528802@ist.ac.at DTSTART:20260923T130000 DTEND:20260923T140000 DESCRIPTION:Speaker: Fabian Gundlach\nhosted by Tim Browning\nAbstract: We give asymptotics for the total number of interlaced simultaneous ordered factorizations of integers n_1 <= X_1 and n_2 <= X_2. The answer is surpri sing. LOCATION:Central Bldg / O1 / Mondi 4 (01.01.011 (Mondi4 is next to Mondi Th ree))\, ISTA ORGANIZER:boosthui@ist.ac.at SUMMARY:Fabian Gundlach: Counting interlaced factorizations URL:https://talks-calendar.ista.ac.at/events/6639 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:6aa7cc7f86cf5144155787@ist.ac.at DTSTART:20260924T140000 DTEND:20260924T150000 DESCRIPTION:Speaker: Pavel Arkhipov\nAbstract: Continual counting under pur e differential privacy is one of the simplest and most well-studied proble ms in the continual observation model. Given a binary stream $x_1\, \\ldot s\, x_n \\in \\{0\,1\\}$\, the goal is to release\, at each time $t$\, an approximation to the prefix sum $\\sum_{i=1}^t x_i$. The entire output seq uence must satisfy $\\epsilon$-differential privacy\, while making the acc uracy as good as possible. We consider the maximum expected squared error over all times $t$ as our accuracy score. Very recently\, it was shown tha t the correct asymptotics for this error is $\\Theta(\\epsilon^{-2} \\log^ 3 n)$ for factorization-based mechanisms.We give a construction using a ge neral matrix factorization mechanism\, improving the leading constant for the mean squared error. The mechanism starts from a good-quality low-dimen sional factorization and lifts this factorization to arbitrarily large dim ensions.On the lower-bound side\, we show a very simple $\\Omega(\\epsilon ^{-2}\\log^3 n)$ lower bound for the special case of factorizations whose matrices have entries in {0\, 1}.This talk covers a subset of our paper wi th Nikita Kalinin (https://arxiv.org/abs/2607.08963) LOCATION:Mondi Seminar Room 3\, Central Building\, ISTA ORGANIZER:joanders@ist.ac.at SUMMARY:Pavel Arkhipov: TCS Seminar - Differentially Private Continual Coun ting via Matrix Factorization: Constructions and Lower Bounds URL:https://talks-calendar.ista.ac.at/events/6619 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:1790928000@ist.ac.at DTSTART:20261002T100000 DTEND:20261002T110000 DESCRIPTION:Speaker: Elisa De Ranieri\nhosted by Charles Roques-Carmes\nAbs tract: Publishing in influential journalsEver wondered how high-impact jou rnals select content for publication and how peer review works? In this ta lk\, I will discuss the editorial process at these journals\, which typica lly rely on professional editors\, focusing in particular on the Cell Pres s portfolio and introducing Newton\, our flagship physics journal. I will also share my views on current trends in scientific publishing\, and prov ide tips on how to maximise the fit of your manuscript for high-impact jou rnals and on how to deliver an appropriate reviewer report if you are invi ted to review a manuscript.  Elisa De Ranieri\, Editor-in-Chief\, Newto nElisa obtained her PhD in physics from the University of Cambridge and wo rked as a research scientist at the Hitachi Cambridge Laboratory. Her expe rimental work on semiconductor spintronics included the design\, fabricati on\, and characterization of devices by magneto-transport and magneto-opti cal measurements. Elisa joined Cell Press in 2021 as Head of Author Experi ence and Research Integrity after acquiring extensive editorial and publis hing experience at the Nature portfolio\, working amongst other roles as a n editor for Nature Nanotechnology\, Nature Energy\, and as Editor-in-ch ief for Nature Communications. In 2023-24 she was the Director of Author Experience for Cell Press\, and became the founding Editor-in-chief of Ne wton in 2024. LOCATION:Heinzel Seminar Room\, ISTA ORGANIZER:omerhalil.unal@ista.ac.at SUMMARY:Elisa De Ranieri: Publishing in influential journals URL:https://talks-calendar.ista.ac.at/events/6610 END:VEVENT BEGIN:VEVENT DTSTAMP:20260922T011857Z UID:1792141200@ist.ac.at DTSTART:20261016T110000 DTEND:20261016T120000 DESCRIPTION:Speaker: Justus Bruggenjurgen\nhosted by Julian Leonard\nAbstra ct: TBA LOCATION:Sunstone Bldg / Ground floor / Big Seminar Room A\, ISTA ORGANIZER:Stephanie.Dolot@ist.ac.at SUMMARY:Justus Bruggenjurgen: Quantum Seminar | Justus Bruggenjurgen URL:https://talks-calendar.ista.ac.at/events/6608 END:VEVENT END:VCALENDAR