The students are given google meet link and notes/home work problem sets are given in whatsapp and also in my personal website
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Weekdays |
10:00 AM to 12:00 PM |
02:00 PM to 04:00 PM |
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Monday |
SEM 3 (H) |
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Tuesday |
SEM 5 (H) |
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Wednesday |
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Thursday |
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SEM 1 (H) |
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Friday |
SEM 1 (H) |
SEM 5 (H) |
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Saturday |
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SEM 5 (G) |
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Evaluation structure:
Here is the website I am building since July, 2017 to help B.Sc Physics Honours students in their Physics study. The page contains regular notes, home work assignments and model/sample question papers.
https://sites.google.com/site/somenathspsjnu/home/college-physics
I understand that the spending more time on computer, tablet, smartphone etc will not help in his/her studies. It is always better to sit with your books, pen and paper to scribble. But do not loose your focus in this Corona pandemic. Use the technology and online classes/notes as a platform to jump higher and excel in your future life and work. Do not aim to be mediocre. Be The Best.
This world would be much more better, if we do our individual work at best. A popular question I am asked, "Just getting 60% is OK with me. Why work so hard?"
Imagine the situation, when we just read books and memorize and pass the exam, and a new virus comes, we do not know how to find a vaccine? As it was not in the syllabus.
Imagine a situation, when we just read books and memorize and pass the exam, and then Howrah bridge breaks down, and we do not have "good" engineers to build it again. As it was not in the syllabus.
Imagine the situation, when we just read books and memorize and pass the exam, and then there is some fault is underground electrical lines which are being installed in your city and also in rural areas, and we do not have "good" qualified electrical engineers to repair it.. As it was not in the syllabus.
Imagine the situation , when we just read books and memorize and pass the exam, and then as a teacher, I can not solve all your problems in the text book, or I can not give answer to your questions in the class, as it was not in the syllabus, when I passed the same exam..
and then?????
// This is not final code...
// I am trying to get the best result, which should match the well known
// result for radial wave function of H-atom problem:
// Please see any quantum mechanics books for the same..
//--------------------------------------------------------------------------------------
// Hydrogen atom problem: // d/dr (r^2 du/dr) + ( 2 m r^2 )/hbar^2 ( E + (Ze^2)/(4 \pi \epsilon_0 r)) u
// - l*(l+1)*u = 0 // //========================================= clf; conA = -0.1240; conB = 1.0; function du=lorenz(r, u) du(1) = u(2) du(2) = - (2.0*u(1)/r)*u(2) - (conA + conB/r)*u(1) endfunction u0=[0.1;0.1]; // this is intial condition r=0.1:0.1:20; // variable r is changing from 0.001 to 10.0 u=ode(u0,0.1,r,lorenz); plot2d(r,u(1,:),2) //scf() //plot2d(t,u(2,:),2) // //============= Matplot-lib code from internet..
// https://chem.libretexts.org/Bookshelves/
//Physical_and_Theoretical_Chemistry_Textbook_Maps/
//Supplemental_Modules_(Physical_and_Theoretical_Chemistry)/
//Quantum_Tutorials_(Rioux)/Numerical_Solutions_for_Schr%C3%B6dinger's_
//Equation/395%3A_Introduction_to_Numerical_Solutions_of_Sch%C3%
//B6dinger's_Equation //%matplotlib inline // //from scipy.integrate import odeint //import matplotlib.pyplot as plt //import numpy as np // // //mu=1 //k=1 //E=.5 //xmax=-5 // //def psi(y,x): // psi1, psi2_dx2 = y // return [psi2_dx2, ((2*mu)/(-1))*(E*psi1 - (1/2)*x**2*psi1)] // //x0 = [0.0, 0.1] //val = np.linspace(-5,5,101) //sol = odeint(psi, x0, val) //#plot, legends, and titles //plt.plot(val,sol[:,0],color = "red",label = " ") //plt.title("Wave Function") //leg = plt.legend(title = "(x) ", loc = "center", bbox_to_anchor=[-.11,.5],
\\frameon=False) // //plt.show()
# Set up the 3D view and axis labels set view 15, 50 set xlabel "X" set ylabel "Y" set zlabel "Z" # Set the ...
