Slides and Posters

Slides from my talks

Machine Learning

2022.07.01 Quantum Machine Learning; PDF
2022.02.02 Getting started with Flax; Jupyter notebook
2021.08.11 Journal Club: Tokens-to-Token ViT: Training Vision Transformers from Scratch on ImageNet; Jupyter notebook
2021.05.12 Journal Club: Perceiver: General Perception with Iterative Attention; Jupyter notebook
2021.03.23 Journal Club: Bottleneck Transformers for Visual Recognition; Jupyter notebook
2021.02.24 Transformer for audio data; Jupyter notebook
2021.02.09 Getting started with PyTorch Ignite; Jupyter notebook
2021.02.02 Journal Club: WaveNet; Jupyter notebook
2021.01.13 Getting started with Julia and Flux.jl; Pluto notebook
2020.11.12 Getting started with PyTorch Lightning; Jupyter notebook
2020.10.28 Getting started with Trax; Jupyter notebook
2020.10.21 Journal Club: An Image is Worth 16x16 Words: Transformers for Image Recognition at Scale; Jupyter notebook
2020.09.30 Explanation of minGPT; Jupyter notebook
2020.09.21 Getting started with Jupyter; Jupyter notebook
2020.09.03 PixelShuffle for image upsampling; Jupyter notebook
2020.08.25 Neural network training tricks II; Jupyter notebook
2020.07.29 Journal Club: Spatial Group-wise Enhance; Jupyter notebook
2020.02.21 Neural network training tricks; Jupyter notebook
2019.10.28 Differential equations and neural networks; PDF
2018.05.08 Getting started with Python: NumPy and Matplotlib
2018.04.12 Getting started with Python

Physics

2022.07.01 Quantum Machine Learning; PDF
2020.03.04 Simplest quantum algorithms; PDF
2018.11.22 Adiabatic pulse propagation in multi-level systems; PDF
2017.07.10 Nonlinear quantum optics for spinor slow light; PDF
2017.05.23 Journal Club: Experimental nonlocal and surreal Bohmian trajectories; PDF
2017.02.27 Adiabatic approximation and various Berry curvatures in spin-orbit coupled systems; PDF
2017.02.14 Journal Club: Exotic looped trajectories of photons in three-slit interference; PDF
2016.09.24 Engineering of correlated photon pairs via interaction between Rydberg atoms during the storage of slow light; PDF
2016.08.04 Spin-orbit coupling for ultracold atoms and for slow light; PDF
2016.05.30 Journal Club: Two-Phonon Quantum Coherences in Indium Antimonide Studied by Nonlinear Two-Dimensional Terahertz Spectroscopy; PDF
2016.04.28 Slow and stored light using Rydberg atoms; PDF
2016.04.08 Journal Club: Critical wind speed at which trees break; PDF
2016.03.08 Journal Club: Heralded entanglement between solid-state qubits separated by three metres; PDF
2015.11.23 Journal Club: Observation of thermal Hawking radiation and its entanglement in an analogue black hole; PDF
2015.11.16 Journal Club: Measurement-based control of a mechanical oscillator at its thermal decoherence rate; PDF
2015.07.15 1/f noise arising from time-subordinated Langevin equations; PDF
2014.10.18 Rydberg-Raman slow light: A spectrosopic tool to measure the interaction between the Rydberg atoms; PDF
2014.09.10 Continuous transition from the extensive to the non-extensive statistics in a simple model; PDF
2014.07.11 Power-law statistics from nonlinear stochastic differential equations driven by Lévy stable noise; PDF
2013.09.19 Artificial gauge fields in extra dimensions; PDF
2012.08.28 Nonlinear stochastic differential equations and 1/f noise; PDF
2012.07.19 Multi-component slow light in atomic media; PDF
2011.09.03 Storing and releasing of multi-component slow light in atomic media; PDF
2011.05.03 Multi-component slow light. Exchange of orbital angular momentum between slow light and cold atoms; PDF
2011.03.17 Solutions of nonlinear stochastic differential equations with long-range power-law distributions; PDF
2010.09.25 Light-induced Artificial Magnetic Field for Cold Atoms; PDF
2010.08.30 Light-induced Gauge Potentials for Cold Atoms; PDF
2010.08.26 Light-induced Abelian and non-Abelian gauge potentials for cold atoms; PDF
2010.01.19 External non-Abelian gauge fields for cold atoms; PDF
2009.03.02 Modeling Tsallis distributions by nonlinear stochastic differential equations with application to financial markets; PDF
2006.09.03 Quantum Zeno and anti-Zeno effects: Quantum trajectory method; PDF
2006.06.26 Modeling point processes by the stochastic differential equation; PDF
2005.10.24 Light-induced Abelian and non-Abelian gauge potentials for ultracold atoms; PDF

Slides in lithuanian

2022.05.25 Kvantinės technologijos; PDF
2018.09.12 Labai šaltos dujos, lėta šviesa ir Rydbergo atomai; PDF
2016.09.13 Ar kvantiniai kompiuteriai pakeis pasaulį?; PDF
2016.07.19 Mintys apie reliatyvumo teoriją; PDF
2014.06.05 Kuo kvantinė susietis skiriasi nuo mums įprastų didelio pasaulio reiškinių?; PDF
2013.01.14 Bell'o nelygybė; PDF
2013.01.09 EPR Paradoksas; PDF
2011.09.28 Daugiakomponenčiai lėtieji poliaritonai šaltųjų atomų dujose; PDF
2011.08.05 Netikėti atsakymai į klausimus apie atomus; PDF
2011.05.20 Kodėl nereikia bijoti Schrödingerio katino? Įvadas į kvantinę mechaniką; PDF
2010.04.14 Sustabdyta šviesa ir kitos keistenybės: šviesos sklidimas daugelio lygmenų sistemose; PDF
2009.03.31 Atomu duju šaldymas; PDF
2008.07.19 Labai šaltu atomu duju saveika su šviesa; PDF
2008.05.16 Labai šaltų atomų dujos ir elementariųjų daleliu fizika; PDF
2006.01.04 Šviesos sukurti abeliniai ir neabeliniai kalibruotiniai potencialai labai šaltų atomų dujose; PDF

Posters

2018 Nonlinear quantum optics for spinor slow light; PDF
2017 Phase-space curvature in spin-orbit coupled ultracold atomic systems; PDF
2015 Synthetic gauge fields in synthetic dimensions; PDF
2015 Position-dependent spin-orbit coupling for ultracold atoms; PDF
2013 Intermittency generating 1/f noise; PDF
2013 1/f noise and q-Gaussian distribution from nonlinear stochastic differential equations; PDF
2011 Multicomponent Slow Light; PDF
2011 An analytical approach to the spectrum of π electrons in bilayer graphene nanoribbons and nanotubes; PDF
2010 Nonextensive statistics with application to financial processes based on nonlinear stochastic differential equations; PDF
2009 Multicomponent slow and stationary polaritons in atomic gases; PDF
2009 Nonlinear stochastic differential equation as the background of financial fluctuations; PDF