Channel of the Wigner GPU lab

Orsolya Gereben - pLMSAV: A Delta-Embedding Approach
25:52
Orsolya Gereben - pLMSAV: A Delta-Embedding Approach
Vera Könyves - AI applications from Astrophysics to Robotics
34:15
Vera Könyves - AI applications from Astrophysics to Robotics
Marcell Stippinger - Neural Networks in Physics Research
34:08
Marcell Stippinger - Neural Networks in Physics Research
Attila Farkas - HUN-REN Cloud's new GPU resource management methodology in the AI4Science program
28:12
Attila Farkas - HUN-REN Cloud's new GPU resource management methodology in the AI4Science program
Antal Jakovác - Causality methods in time series analysis
31:09
Antal Jakovác - Causality methods in time series analysis
Dániel Berényi - WebGPU - Compute kernels in your browser
32:31
Dániel Berényi - WebGPU - Compute kernels in your browser
Valentin Czuczumanov - Navigate the AI noise with 99999 Informatika Kft
32:22
Valentin Czuczumanov - Navigate the AI noise with 99999 Informatika Kft
Balázs Pál - Cosmological N-body Simulations of the Rotating Universe
30:24
Balázs Pál - Cosmological N-body Simulations of the Rotating Universe
Anna Horváth - The effect of extra dimensions on astrophysical observables
29:03
Anna Horváth - The effect of extra dimensions on astrophysical observables
Richárd Ádám Vécsey - The Importance of Randomness in ML
29:57
Richárd Ádám Vécsey - The Importance of Randomness in ML
Chris Grayson - Laser ion acceleration using gold nanorods
28:05
Chris Grayson - Laser ion acceleration using gold nanorods
Bálint Tóth - The use of the cuFFTDx library for performance optimization
28:06
Bálint Tóth - The use of the cuFFTDx library for performance optimization
Bence Bakó - Exponential distillation of dominant eigenproperties
18:46
Bence Bakó - Exponential distillation of dominant eigenproperties
Zsófia Jólesz - Image reconstruction with proton computed tomography
27:57
Zsófia Jólesz - Image reconstruction with proton computed tomography
Bence Dudás - Deep particle tracking for pCT detector system
29:43
Bence Dudás - Deep particle tracking for pCT detector system
Mátyás Konstans, Zoltán Horváth - GPU-cluster-accelerated FVM simulation
28:14
Mátyás Konstans, Zoltán Horváth - GPU-cluster-accelerated FVM simulation
Zoltán Kolarovszki - A line search strategy for training CV variational quantum circuits
28:25
Zoltán Kolarovszki - A line search strategy for training CV variational quantum circuits
Gergely Gálfi - Qubla: a practical language for mixed bit-qubit computations
33:41
Gergely Gálfi - Qubla: a practical language for mixed bit-qubit computations
Péter Kovács - Comparison of Classical Digital, Classical Photonic, and Quantum Photonic NNs
29:49
Péter Kovács - Comparison of Classical Digital, Classical Photonic, and Quantum Photonic NNs
Péter Rakyta - Batched Line Search Strategy for Navigating through Barren Plateaus
29:24
Péter Rakyta - Batched Line Search Strategy for Navigating through Barren Plateaus
Michael Doser - Quantum Sensing for (low and high energy) particle physics
41:25
Michael Doser - Quantum Sensing for (low and high energy) particle physics
Sofia Vallecorsa - Quantum Machine Learning in HEP. Examples from CERN
55:44
Sofia Vallecorsa - Quantum Machine Learning in HEP. Examples from CERN
István Csabai - Physics of AI - AI for Sciences
26:49
István Csabai - Physics of AI - AI for Sciences
Roland Jakab - HUN-REN AI for Impact
16:00
Roland Jakab - HUN-REN AI for Impact
Opening
13:13
Opening
Dávid Nemeskey: LLM Applications
1:29:24
Dávid Nemeskey: LLM Applications
Márton Makrai: Introduction to Language Modeling
1:47:50
Márton Makrai: Introduction to Language Modeling
Marcell Stippinger: LLMs in Scientific Coding
1:30:24
Marcell Stippinger: LLMs in Scientific Coding
Natabara Máté Gyöngyössy: Scientific Coding Agents in Practice
1:58:41
Natabara Máté Gyöngyössy: Scientific Coding Agents in Practice
Papp István: Ionization Dynamics in Laser Irradiated Matter Doped with Nanoantennas for NAPLIFE
31:45
Papp István: Ionization Dynamics in Laser Irradiated Matter Doped with Nanoantennas for NAPLIFE