Physics School

Welcome to "Physics School". I'm Dr. Mohammad Abdur Rashid. I hope that you will be benefited from the videos of my channel. You may also like to visit my website:

tiny.cc/w2k
tiny.cc/qm20
just.edu.bd/t/rashid

WTB08: Use previously saved scf calculation results to produce better quality band structure [বাংলা]
WTB08: Use previously saved scf calculation results to produce better quality band structure [বাংলা]
RV07: How to plot several lines/curves together in a single graph using gnuplot
RV07: How to plot several lines/curves together in a single graph using gnuplot
WTB07: How to choose minimum energy structure after volume optimization in WIEN2k [বাংলা]
WTB07: How to choose minimum energy structure after volume optimization in WIEN2k [বাংলা]
WT22: SCF calculation, plot DOS, PDOS and band structure using YS-PBE0 functional with WIEN2k
WT22: SCF calculation, plot DOS, PDOS and band structure using YS-PBE0 functional with WIEN2k
WT21: Calculate DOS and PDOS for spin polarized system with WIEN2k | Save plots as EPS and PNG
WT21: Calculate DOS and PDOS for spin polarized system with WIEN2k | Save plots as EPS and PNG
WT20: How to calculate DOS (density of states) and PDOS with WIEN2k | Save plots as EPS and PNG
WT20: How to calculate DOS (density of states) and PDOS with WIEN2k | Save plots as EPS and PNG
Formation of polarons in metal-oxide based solar absorber materials | Muhammad N. Huda | NCP21
Formation of polarons in metal-oxide based solar absorber materials | Muhammad N. Huda | NCP21
Origin of segregation in liquid metallic binary alloys | G. M. Bhuiyan | NCP21
Origin of segregation in liquid metallic binary alloys | G. M. Bhuiyan | NCP21
Perovskite type metal halides for photovoltaics and optoelectronic devices | A.K.M. Akther Hossain
Perovskite type metal halides for photovoltaics and optoelectronic devices | A.K.M. Akther Hossain
Filling a void in the century old cable theory of neural conduction | K Siddique-e Rabbani | NPC21
Filling a void in the century old cable theory of neural conduction | K Siddique-e Rabbani | NPC21
Towards development of radioluminescence sensors | David Bradley | NCP21
Towards development of radioluminescence sensors | David Bradley | NCP21
Poster Session | National Conference on Physics - 2021 | Bangladesh Physical Society
Poster Session | National Conference on Physics - 2021 | Bangladesh Physical Society
WT19: How to do SCF calculation using full hybrid functional (unscreened and screened) with WIEN2k
WT19: How to do SCF calculation using full hybrid functional (unscreened and screened) with WIEN2k
WT18: How to do SCF calculation using onsite exact-exchange and hybrid functionals with WIEN2k
WT18: How to do SCF calculation using onsite exact-exchange and hybrid functionals with WIEN2k
WT17: How to do SCF calculation using DFT+U method with WIEN2k | Hubbard model
WT17: How to do SCF calculation using DFT+U method with WIEN2k | Hubbard model
WT16: Как рассчитать упругие константы с помощью WIEN2k и IRelast || Модуль объёмной упругости, м...
WT16: Как рассчитать упругие константы с помощью WIEN2k и IRelast || Модуль объёмной упругости, м...
WT15: Оптимизация соотношения c/a при постоянном объёме в WIEN2k | Для гексагональных и тетрагона...
WT15: Оптимизация соотношения c/a при постоянном объёме в WIEN2k | Для гексагональных и тетрагона...
WT14: How to make supercell structure with WIEN2k | Introduction of defect or doping in the crystal
WT14: How to make supercell structure with WIEN2k | Introduction of defect or doping in the crystal
WT13: How to plot xx, yy and zz components of Seebeck coefficient | BoltzTraP2 + WIEN2k
WT13: How to plot xx, yy and zz components of Seebeck coefficient | BoltzTraP2 + WIEN2k
WT06: How to produce band structure using WIEN2k | Highlight different bands | Customize band points
WT06: How to produce band structure using WIEN2k | Highlight different bands | Customize band points
WT05: Как рассчитать оптические свойства с помощью WIEN2k | Сохранение данных и графиков в формат...
WT05: Как рассчитать оптические свойства с помощью WIEN2k | Сохранение данных и графиков в формат...
RV06: How to do parallel calculation in WIEN2k | Edit .machines file | Change OMP_NUM_THREADS value
RV06: How to do parallel calculation in WIEN2k | Edit .machines file | Change OMP_NUM_THREADS value
WT04: SCF calculation using mBJ-LSDA exchange correlation potential with WIEN2k
WT04: SCF calculation using mBJ-LSDA exchange correlation potential with WIEN2k
QM21: Hydrogen atom - wave function
QM21: Hydrogen atom - wave function
QM20: Hydrogen atom - A two body system | Change of variables
QM20: Hydrogen atom - A two body system | Change of variables
WT03: Оптимизация объема с постоянным соотношением a:b:c в WIEN2k
WT03: Оптимизация объема с постоянным соотношением a:b:c в WIEN2k
QM19: Eigenvalues, Eigenfunctions of Angular Momentum Operators | Spherical harmonics
QM19: Eigenvalues, Eigenfunctions of Angular Momentum Operators | Spherical harmonics
QM18: Angular Momentum Operators, Hermiticity, Commutation relation
QM18: Angular Momentum Operators, Hermiticity, Commutation relation
WT02: Initialization and SCF calculation using PBE-GGA exchange correlation potential in WIEN2k
WT02: Initialization and SCF calculation using PBE-GGA exchange correlation potential in WIEN2k
WT01: Generate, import and visualize structure using w2web in WIEN2k and XCrySDen
WT01: Generate, import and visualize structure using w2web in WIEN2k and XCrySDen