06:47

Moore's Law | Easy Method to Understand | Vit#01(b)

08:44

Nano-Science & Nanotechnology | Easy Method to Understand | Vit#01(a)

05:13

Magnetic Lenz & Spectrometer | Nuclear Physics | Vin#17

11:53

Cross Section | Nuclear Physics | Vin#16

12:30

Q Value of Nuclear Reaction | Nuclear Physics | Vin#15

14:02

Nuclear Reactions & it's 10 Type's | Nuclear Physics | Vin#14

09:21

The Collective Model | Nuclear Physics | Vin#13

08:25

Achievements of Shell Model | Nuclear Physics | Vin#12(b)

11:52

Shell Model | Easy Method to Understand | Nuclear Physics | Vin#12(a)

12:34

Fermi Gas Model | Nuclear Physics | Vin#11

12:02

Liquid Drop Model | Nuclear Physics | Vin#10

08:50

Yukawa Theory | Messon Theory | Nuclear Physics | Vin#09

06:23

Electron Capture Reaction | Nuclear Physics | Vin#08

14:57

Radiations Decay | Alpha Beta Gamma Radiations | Nuclear Physics | Vin#07

11:48

Nuclear Magnetic Dipole Moment | Nuclear Physics | Vin#06

08:35

Parity & Iso-Spin | Nuclear Physics | Vin#05(b,c)

08:02

Statistics | Definition, Example & it`s Explanation | Nuclear Physics | Vin#05(a)

07:21

Nuclear Density | Property of Nucleus | Nuclear Physics | Vin#04(b)

10:47

Half & Mean Life of Radioactive Substance | Nuclear Physics | Vin#04(c)

16:29

Charge Mass & Radius of Nucleus | Nuclear Physics | Vin#04(d)

13:55

Atom & Atomic Nucleus Theories | Nucleus Physics | Vin#04(a)

11:46

Binding Energy Curve & Stability of Nucleus | Vin#03(b)

09:58

Binding Energy | Definition, Example & it`s Explanation | Nuclear Physics | Vin#03(a)

09:27

Properties of Alpha, Beta & Gamma Rays | Vin#02(e)

12:25

Properties of Nuclear Forces | Nuclear Physics | Vin#02(d)

07:24

Radio Active Decay Law | Nuclear Physics | Vin#02(c)

17:30

Radio Activity | Definition, Example & its Explanation | Nuclear Physics | Vin#02(b)

02:26

Photocatalytic Reactor @UniversityOfGujratofficial

15:14

Isotopes, Isotones, Isobars, Isomers and Mirror Nucleus | Vin#02(a)

06:13

Introduction Of Nuclear Physics | Vin#01

06:55

#universityofgujrat #uog_students_fun #Gujranwala_to_Gujrat #vlog

04:53

Centre Guiding Drift Velocity | PlasmA Physics

04:24

Schottky & Frenkel Defects

04:07

Introduction of Magnetism | Easy Method to Understand | SSP | Vid#25(c)

05:43

Raman Effect | Easy Method to Understand | SSP | Vid#25(b)

06:09

Drift & Diffusion Current | Easy Method to Understand | SSP | Vid#25(a)

11:32

Resistance & Resistivity | Easy Method to Understand | SSP | Vid#24(c)

06:30

Mobility of Charge Carrier | Easy Method to Understand | SSP | Vid#24(b)

06:39

Fermi Level and Fermi Energy | Easy Method to Understand | SSP | Vid#24(a)

06:18

N & P Type's Semiconductor's | Easy Method to Understand | SSP | Vid#23(c)

10:26

Basic Properties of Conductor's | Easy Method to Understand | SSP | Vid#23(b)

06:51

Conduction in Silicone & Germanium | Easy Method to Understand | SSP | Vid#23(a(3))

05:43

The Forbidden Energy Gap | Easy Method to Understand | SSP | Vid#23(a(2))

06:59

Metals, Insulators & Semi Conductor | Easy Method to Understand | SSP | Vid#23(a(1))

09:15

BCS Theory & Cooper Pair | Easy Method to Understand | Solid State Physics | Vid#22(c)

08:29

London Equations & Penetration Depth | Easy Method to Understand | SSP | Vid#22(a)

06:19

Thomsan Effect | Easy Method to Understand | SSP | Vid#21(e)

04:35

Peltier Effect | Easy Method to Understand | SSP | Vid#21(d)

05:45

Thermo-Electric Effect & Seeback Effect | SSP | Vid#21(c)

13:05

Thermal Conductivity | Easy Method to Understand | Solid State Physics | Vid#21(b)

04:18

Isotopic Effect | Easy Method to Understand | Solid State Physics | Vid#21(a)

12:17

Heat Capacity of Superconductors | Easy Method to Understand | Solid State Physics | Vid#20(c)

07:33

Entropy & Heat Capacity in Thermodynamics of Superconducting Transition | Vid#20(b(2))

12:30

Thermodynamics of Superconduction Transition | Solid State Physics-02 series

09:40

Meissner Effect Diagram | Easy Method to Understand | Solid State Physics | Vid#19(C)

12:03

Type's of Superconductors | Easy Method to Understand | Solid State Physics | Vid#19(b)

06:11

Super_Conductors, Super_Conductivity & Critical Temperature | SSP | Vid#19(a)

05:17

Ferro-electric Materials | Easy Method to Understand | Solid State Physics | Vid#18(b)

03:06

Dielectric Breakdown | Easy Method to Understand | Solid State Physics | Vid#18(a)

13:28

Quantum Theory of Para Magnetism | Solid State Physics | Vid#17