- Intial wave function. slides

- Intial wave function. slides

- Intial wave function. slides

- Comparative study of three body models for continuum states. slides
- Break reaction in 9C+208Pb. slides

- Resonant states of deformed nuclei in the complex scaling method. slides
- Observables calculation. slides

- Observables calculation. slides

- Alpha Decay and Resonance. slides
- Observables calculation. slides
- Analysis of the 16C(d, p)17Creaction from microscopic 17C wave functions. slides

- Alpha decay theory. slides
- Observables calculation. slides
- Benchmark between CDCC and Faddeev method. slides

- Git and Github. slides
- Pseudo state method used in the IAV. slides
- Calculations of three-body observables in 8B breakup. slides, slides

- Experiment data fitting. slides
- Resonance phenomena: from compound nucleus decay to proton radioactivity. slides
- Bin state and pseudo state methods. slides

- Experiment data fitting. slides
- Efficient emulators for scattering using eigenvector continuation. slides, slides

- Transformed Harmonic oscillator. slides, slides
- The influence caused by initial wave. slides, slides
- Simple Application and Basic Commands of Bash Script. slides

- Continuum Discretized Coupled-Channels Method as a Truncation of a Connected-Kernel Formulation of Three-Body Problems. slides
- Three-body reaction theory in a model space. slides

- Transformed Harmonic oscillator. slides

- Weakly bound nucleus. slides

- Configuration and use of neovim. slides

- Homework. slides
- Fusion reactions in collisions of neutron halo nuclei with heavy targets. slides, slides, slides

- Fusion reactions in collisions of neutron halo nuclei with heavy targets. slides, slides, slides
- Weakly bound nucleus. slides

- Transformed Harmonic oscillator. slides, slides, slides
- Benchmark with Glauber model. slides, slides, slides, slides, slides
- Researching on semi-classical surface approximation. slides, slides, slides, slides, slides
- Single folding potential. slides, slides, slides, slides, slides
- Homework. slides, slides, slides
- 6j symbol. slides
- Weakly bound nucleus. slides, slides

- Dominance of Tensor Correlations in High-Momentum Nucleon Pairs Studied by (p, pd) Reaction. slides

- Deep underground laboratory measurement of 13C(α, n)16O in the Gamow windows of the s and i Processes. slides, slides

- Quasifree neutron knockout from 54Ca corroborates arising N = 34 neutron magic number. slides

- Quenching of single-particle strength in A=15 nuclei. slides

- Systematic reduction of the proton-removal cross section in neutron-rich medium-mass nuclei. slides, slides

- Light composite particle emission in deuteron-induced reactions. slides
- Folding potential.
- Observation of tetraneutron. slides

- Quantum computing. slides, slides,slides
- Tensor analysis of special relativity. slides
- Folding potential.slides

- IAV model. slides
- Quantum computing. slides, slides
- Tensor analysis of special relativity. slides
- Bayes analysis. slides
- Folding potential.slides

- IAV model. slides, slides
- Quantum computing. slides,slides, slides
- Nuclear astrophysics. slides
- Bayes analysis. slides
- Folding potential.slides

- IAV model. slides, slides
- Quantum computing. slides,slides, slides
- Nuclear astrophysics. slides, slides
- Bayes analysis. slides
- Folding potential.
- Scattering theory. slides

- Finishing the question of Born approximation for Gaussian potential.

- Continuing discussing the last question.

- Analysising phase shifts for hard sphere scattering, and the cross section in twe limits, k approach to zero or infinity.

- Finishing the question of the Cross sections and phase shift analysis.

- Continuing discussing the last question.

- Cross sections and phase shift analysis.ans
- Phase shifts for hard sphere scattering, and the cross section in twe limits, k approach to zero or infinity. question, ans

- Showing that plane wave can be written by Bessel function and Spherical harmonics.
- Proving that the optical theorem is valid when when inelastic events are included in the total cross section. question, ans

- Going on playing with plots of probability density functions (pdfs) using the scipy.stats and numpy libraries. jupiternotes
- Discussing the different cases that contains two or more distributions e.g. plot of beta distribution and gauss distribution in the same coordinate, which is enlightening to distinguish the wave functions.

- Playing with plots of probability density functions (pdfs) using the scipy.stats and numpy libraries. jupiternotes
- Compare the characteristics of different distribution functions e.g. beta distribution and gauss distribution.

- Analysising the examples of the unfair coin and Covid-2019 testing from Bayes theorem.
- Standard medical example (Covid-2019) by applying Bayesian rules of probability. jupiternotes
- Learning to use Jupiter and scipy.stats from the example of unfair coin, and at the same whole, to comprehend how to update that information after observing some data (this is the posterior pdf). jupiternotes