Seminars

PMMH’s weekly seminar is held every Friday at 11 am (map)

Contact :
Stéphane Perrard
Etienne Reyssat
Virgile Thiévenaz

PMMH
BARRE CASSAN
BAT A 1ER ETAGE CASE 18
7 QUAI SAINT BERNARD
75005 PARIS
France

Tel : (33) 1 40 79 45 22

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Seminars  (4)

• Séminaire PMMH - Máté Nagy (Eötvös Loránd University, Budapest)
  Vendredi 11 avril de 11h00 à 12h00 - Salle réunion PMMH 1
  Physics of animal collective behavior : interactions with one another and their environment
  The breathtaking aerial displays and mesmerizing formations of birds, fish shoals and the thunderous gallop of hundreds of horses exemplify captivating group behaviors in nature. Traditional measurement methods fall short in capturing these intricate behaviors arising from simple individual interactions, (…)
• Séminaire PMMH - Francesca Borghi Università degli Studi di Milano
  Vendredi 20 juin de 11h00 à 12h00 - Salle réunion PMMH 1
  REPROGRAMMABLE HARDWARE FOR DATA PROCESSING AT THE EDGE : A NEW COMPUTING PARADIGM BASED ON NEUROMORPHIC SYSTEMS
  The brain's ability to perform efficient and fault-tolerant data processing is strongly related with its peculiar interconnected adaptive architecture, based on redundant neural circuits interacting at different scales. By emulating the brain's processing and learning mechanisms, computing technologies strive to (…)
• Séminaire PMMH - Francesca Borghi Università degli Studi di Milano
  Vendredi 20 juin de 11h00 à 12h00 - Salle réunion PMMH 1
  REPROGRAMMABLE HARDWARE FOR DATA PROCESSING AT THE EDGE : A NEW COMPUTING PARADIGM BASED ON NEUROMORPHIC SYSTEMS
  The brain's ability to perform efficient and fault-tolerant data processing is strongly related with its peculiar interconnected adaptive architecture, based on redundant neural circuits interacting at different scales. By emulating the brain's processing and learning mechanisms, computing technologies strive to (…)
• Séminaire PMMH - Salvatore Federico (University of Calgary, Canada)
  Vendredi 4 juillet de 11h00 à 12h00 - Salle réunion PMMH 1
  Continuum Mechanics of Hydrated Fibre-Reinforced Soft Tissues
  Biological tissues can be represented as bi-phasic continua, with a porous solid phase saturated by an interstitial fluid and reinforced by collagen fibers. This lecture will give an overview of the modelling techniques for fibre-reinforced porous composite materials with statistical orientation of the fibers. Both (…)

Link to cofee seminar (internal, every Thursday)