00:35

Origin of Dark Matter by Dave Kilkenny

01:01

Tastes of Quantum Mechanics

01:51

New SPEDE chamber @ IDS/CERN (video by Shaun Hendricks)

01:09:40

On Nuclear Reactions (by Emanuele Vardaci)

01:32

On Quadrupole Degrees of Freedom (John Wood @ Tastes of Nuclear Physics)

32:04

The GAMKA array @ iThemba LABS (by Prof Jacobus Lawrie)

01:10

Maya the Bee and the Secret of Science (Spanish with English subtitles)

07:10

John Wood introducing the Symplectic Shell Model (Part 1) @ Tastes of Nuclear Physics

01:19:39

Building a Coulomb-excitation program from scratch

50:02

The Later Stages of Stellar Evolution by Dave Kilkenny (UWC)

29:29

David Jenkins (York/UWC) on Nuclear Applications @ XI Tastes of Nuclear Physics (March 2023)

01:18

GEANT4 simulation of Rutherford scattering in Coulomb-excitation studies (by Dr Kenzo Abrahams)

14:11

Investigations of Surface Vibrations in 62Ni using Coulomb Excitation (by Brenden Lesch, MSc @ UWC)

01:39

The Day the Auditorium @ UWC's Faculty of Science Building almost "Collapsed" :-)

11:39

Optimization of PET Scintillators for Cancer Treatment (by Elijah Akakpo @ SAIP)

22:40

Modern African Nuclear DEtector LAboratories @ UWC and UZ are now Commissioned (The Official Video)

02:37

Commissioning Modern African Nuclear DEtector LAboratories (Short Official Video)

02:07

Commissioning the Modern African Nuclear DEtector LAboratories @ UWC and UZ

03:56

Isomeric & The Radioactive Ion Bean Facility HD (with Preface by Phil Walker)

02:56

Isomeric & The Radioactive Ion Bean Facility

03:52

About K-isomers

31:29

Nilsson Model 3 (Consultations)

01:17:43

Elemental Patterns (or why do we do see the same amounts of gold wherever we look in our universe)

01:38:41

Nilsson Model 2

01:30:59

Nilsson model I

52:02

Shell Model Applications

01:37:52

The spin-orbit interaction

37:58

Introducing Isospin II

01:02:10

Introducing Isospin I

01:38:28

Harmonic oscillator eigenvalues: How does a nuclear vibrator look like?

50:12

What's the strength of the nucleon-nucleon potential? Solving the QM of the deuteron

01:09:38

Nuclear physics units, energy and size

24:37

Why to do postgraduate studies in Nuclear and Material Sciences?

01:17:35

On the universality of elemental abundances

04:09

Motivational Science Talk by Thifhe Singo (Thifhe Bucher now) at TED in L.A.

46:38

Appendix C. Final Remarks.

21:23

Appendix B: At which orientation will the particle be more bound?

06:31

Appendix A. Quantum Mechanics for Nuclear Physics.

01:18:18

Deformed Shell Model: Lecture 14

56:30

Nuclear Collective Motion: Vibrations and Rotations. Lecture 13

56:49

Applications of the Nuclear Shell Model: Lecture 12

01:16:06

Physics Online 4 Everyone. Practical # 4: Semi-Empirical Mass Formula

40:36

Spin-orbit interaction: Lecture 11

51:03

Harmonic oscillator wavefunctions: Lecture 10

54:04

Introduction to the Nuclear Shell Model: Lecture 9

51:57

Introductory Nuclear Physics Test 1: Lecture 8

01:44:43

Physics Online 4 Everyone. Practical # 3: Detector Efficiency and Peak Fitting.

01:10:29

Writing your MSc/PhD thesis with Latex using Overleaf

01:06:20

Energy Emitted from Beta Decay: Lecture 7

45:46

Applications of Beta Decay: Lecture 6

45:54

Concepts of Beta Decay: Lecture 5

37:57

More Properties of the Nuclear Force: Lecture 4

49:08

The Range and Strength of the Nuclear Force: Lecture 3

57:19

Nuclear Properties: Lecture 2

50:50

Overview on Nuclear Physics: Lecture 1

17:07

Kanting Motimele on "A relativistic analysis of proton-induced knockout reactions"

01:19:29

"Can epidemiological models predict herd immunity?" Physics Colloquium @ University of Notre Dame

01:32:52

Physics Online 4 Everyone. Practical # 2: Plotting data with Python and xmgrace

01:35:33

Physics Online 4 Everyone. Practical # 1: How to install Ubuntu subsystem for Windows 10

47:29

Carlos Bertulani on Neutron skins, symmetry energy, and neutron stars