BEGIN:VCALENDAR
VERSION:2.0
PRODID:-//LAMA
CALSCALE:GREGORIAN
METHOD:PUBLISH
X-WR-TIMEZONE:Europe/Paris
BEGIN:VEVENT
SUMMARY:Emanuele Salato
DTSTART:20240614T120000Z
DTEND:20240614T140000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1639/
CATEGORIES:
DESCRIPTION:Titre: Dirichlet Eigenvalues with orthogonality  constraints\n
 \nSummary: 
URL:https://lama.univ-smb.fr/talks/1639/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Muhammad Naveed Zafar
DTSTART:20240524T120000Z
DTEND:20240524T140000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1648/
CATEGORIES:
DESCRIPTION:Titre: Numerical Modelling of Historical Tsunamis\n\nSummary: 
 Mass movements and delta collapses are significant sources of tsunamis\n i
 n lacustrine environments\, impacting human societies enormously.\n Paleot
 sunamis studies play an essential role in understanding\n historical event
 s and their consequences\, along with their return\n periods. This study i
 nvestigates a paleotsunami induced by a subaqueous\n mass movement during 
 the Younger Dryas to Early Holocene transition\,\n ca. 11\,700 years ago i
 n Lake Aiguebelette (NW Alps\, France). Utilizing\n high‐resolution seis
 mic and bathymetric surveys associated with\n sedimentological\, geochemic
 al\, and magnetic analyses\, we uncovered a\n paleotsunami triggered by a 
 seismically induced mass transport deposit.\n Numerical simulations of mas
 s movement have been conducted using a\n visco‐plastic Herschel‐Bulkel
 ey rheological model and corresponding\n tsunami wave modeled with dispers
 ive and nondispersive models. Our\n findings reveal for the first time tha
 t dispersive effects may be\n negligible for subaqueous landslides in a re
 latively small lake. This\n research reconstructs a previously unreported 
 paleotsunami event and\n enhances our understanding of tsunami dynamics in
  lacustrine\n environments.
URL:https://lama.univ-smb.fr/talks/1648/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Yen-Chung Hung
DTSTART:20240517T120000Z
DTEND:20240517T140000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1647/
CATEGORIES:
DESCRIPTION:Titre: Hyperbolic hydrodynamic model of breaking waves\n\nSumm
 ary: 
URL:https://lama.univ-smb.fr/talks/1647/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Peio Borthelle
DTSTART:20240424T120000Z
DTEND:20240424T140000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1646/
CATEGORIES:
DESCRIPTION:Titre: Formal demo logic with interactive theorem  provers\n\n
 Summary: 
URL:https://lama.univ-smb.fr/talks/1646/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Alexis de Villeroché
DTSTART:20240405T120000Z
DTEND:20240405T140000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1645/
CATEGORIES:
DESCRIPTION:Titre: Shape Optimization\n\nSummary: I will be the speaker th
 is time and I'll talk about Shape Optimization.\n I will explain what are 
 the problems that we try to solve and give a\n few examples then I will pr
 esent some of the main tools that we use\n (\\gamma-convergence\, Buttazzo
 - Dal Maso existence theorem and Lions\n Concentration Compactness princip
 le) and finaly if we still have some\n time\, I will try to introduce the 
 work that I'm doing at the moment.\n All of this with maybe some proofs to
  give you an idea of how the field\n works.
URL:https://lama.univ-smb.fr/talks/1645/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Colin  Weill--Duflos
DTSTART:20240213T130000Z
DTEND:20240213T150000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1644/
CATEGORIES:
DESCRIPTION:Titre: Introduction to Computer Graphics\n\nSummary: I will in
 troduce the field\, the kind of objects we manipulate\, the sub\n fields a
 nd the kind of problems we want to solve...  I will also focus\n on discre
 te diferential geometry and our current work on trying to\n adapt existing
  tools to geometry defined by surfels (surfaces of\n voxels).
URL:https://lama.univ-smb.fr/talks/1644/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Carlos-Rodrigo Cardenas-Bravo
DTSTART:20240131T130000Z
DTEND:20240131T150000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1643/
CATEGORIES:
DESCRIPTION:Titre: Introduction to electrical modeling of  photovoltaic so
 lar modules\n\nSummary: In this talk\, I will introduce you to the main el
 ectrical concepts to\n model the electrical response of a solar module. We
  will answer some\n questions like 'Why do we need an electrical model?'\,
  'What is the\n electrical data we can extract from the real world?'\, and
  'How do we\n treat such data?'. For this purpose\, the main concepts will
  be\n conceptualized with a simple example.
URL:https://lama.univ-smb.fr/talks/1643/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Téofil Adamski
DTSTART:20240110T130000Z
DTEND:20240110T150000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1642/
CATEGORIES:
DESCRIPTION:Titre: Short introduction to motivic integration\n\nSummary: M
 otivic integration is a powerful tool in algebraic geometry for\n studying
  singularities. The theory was conceived by Kontsevich in 1989\n to provid
 e a shorter proof of Batyrev's theorem. In 2009\, a more\n "modern" form o
 f this theory has emerged\, spearheaded by Cluckers and\n Loeser. First\, 
 I'll talk about p-adic integration and motivations. Then\n I'll try to int
 roduce the theory's basic objects\, such as model theory\n and Grothendiec
 k groups. Finally\, if time permits\, I'll set out some\n axioms of the mo
 tivic integral.
URL:https://lama.univ-smb.fr/talks/1642/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Yen-Chung Hung
DTSTART:20230324T130000Z
DTEND:20230324T150000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1641/
CATEGORIES:
DESCRIPTION:Titre: A new hyperbolic model of wave breaking\n\nSummary: In 
 this study\, we propose a new hyperbolic model capable to capture the\n wa
 ve breaking phenomenon. The modelling of breaking waves is obtained\n by t
 he depth- averaging method of Large-Eddy Simulations (LES) where\n the sma
 ll scale turbulence is modeled by a turbulent viscosity\, whereas\n the la
 rge scales are taken into account in the model by an anisotropic\n tensor 
 variable called enstrophy. The hyperbolic structure is derived\n by replac
 ing the depth-averaged non-hydrostatic pressure with an\n additional varia
 ble. The hyperbolisation of the equations is based on\n taking into accoun
 t the finite character of the sound speed and\n introducing acoustic energ
 y into the system. The resulting model can be\n viewed as a hyperbolic app
 roximation of the Serre-Green-Naghdi (SGN)\n equations.  Additionally\, it
  has asymptotic dispersive properties to\n SGN equations as approaching to
  infinite sound speed. The treatment of\n breaking wave is to use the so-c
 alled switching method which certain\n terms describing the energy dissipa
 tion are activated once the wave\n breaks. So\, we also present a more-rob
 ust breaking criteria on which\n only depends the local variables.
URL:https://lama.univ-smb.fr/talks/1641/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Yoann Barszezak
DTSTART:20221118T130000Z
DTEND:20221118T150000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1640/
CATEGORIES:
DESCRIPTION:Titre: The nerve of graphs and categories\n\nSummary: I will b
 e talking about simplicial sets\, which are combinatorial\n objects widely
  used in topology. But this time\, I'll explain how some\n of them can cha
 racterize graphs\, and by extension categories.\n After defining what simp
 licial sets are\, I will show how to associate\n to each graph a simplicia
 l set\, called its nerve. I will then give a\n nerve for partial order and
  categories as well. Then\, we will study\n which simplicial sets arise as
  nerves from a category\, given by the so-\n called Segal condition. Final
 ly\, I will show how to recover graphs\,\n partial orders and categories f
 rom their nerve.
URL:https://lama.univ-smb.fr/talks/1640/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Peio Borthelle
DTSTART:20221014T120000Z
DTEND:20221014T140000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1650/
CATEGORIES:
DESCRIPTION:Titre: Introduction to constructivist Logic\n\nSummary: Most o
 f you probably heard about ZFC\, this formal theory of sets from\n   the e
 arly 20th that is said to be the fundamental language for modern\n   math.
  Much rarer are the mathematicians that actually make use of it! \n   Sinc
 e the introduction of ZFC\, formal logic has evolved a lot and since\n   s
 everal decades other formal systems\, more general (some would say more\n 
   useful!) have been brought up. I will try to introduce the motivations\n
    for constructive systems\, the links with computation\, and demystify t
 he\n   law of excluded middle.
URL:https://lama.univ-smb.fr/talks/1650/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Mickaël Nahon
DTSTART:20220602T120000Z
DTEND:20220602T140000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1649/
CATEGORIES:
DESCRIPTION:Titre: Introduction to the field of shape    optimization\n\nS
 ummary: 
URL:https://lama.univ-smb.fr/talks/1649/
END:VEVENT
BEGIN:VEVENT
SUMMARY:Colin  Weill--Duflos
DTSTART:20220519T120000Z
DTEND:20220519T140000Z
DTSTAMP:20260306T214353Z
UID:https://lama.univ-smb.fr/talks/1651/
CATEGORIES:
DESCRIPTION:Titre: Introduction to Computer Graphics\n\nSummary: 
URL:https://lama.univ-smb.fr/talks/1651/
END:VEVENT
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