Nanomagnetism and Magnonics

3:28

VDSP Summer Internship - Kaitlin's summer at the NanoMag

14:54

Research Update - Magnetic anisotropy and GGG substrate stray field in YIG films down to mK

0:24

We are team #magnonics

1:01

Rufus on his internship at the NanoMag 🧲👨‍🔬🔬

1:06:17

Magnonics - Lecture 10 - Spin-wave data processing

1:27:45

Magnonics - Lecture 9 - Propagating spin-wave spectroscopy (PSWS) and magnonic crystals

1:15:56

Magnonics - Lecture 8 - Ferromagnetic resonance (FMR) spectroscopy

1:20:41

Magnonics - Lecture 7 - Basics of magneto-optical techniques

1:28:33

Magnonics - Lecture 6 - Basics of microwave technique

1:31:03

Magnonics - Lecture 5 - Quantised spin waves in confined structures

0:25

#physics #science #gyroscope #blender

1:22:14

Magnonics - Lecture 4 - MSWs or dipolar spin waves

1:28:25

Magnonics - Lecture 3 - Exchnage spin waves

0:36

Check our new lecture series on magnonics! #magnetism #physics #science

1:51:05

Magnonics - Lecture 2 - Magnetisation precession and LLG equations

2:06:35

Magnonics - Lecture 1 - The basics of magnetism

0:15

Laser alignment #physics #science #magnetism

34:23

Magnonics - Lecture 0 - Introduction

0:29

The fascinating discoveries of Jean-Baptiste Biot #science #history

0:13

This is a ferrofluid

0:13

Magnets explained by Descartes

16:13

Towards fast exchange magnonics: partially compensated Ga:YIG garnets - Dr. Khrystyna Levchenko

2:07

Interview with David Schmoll (PhD student)

43:36

Nano-scaled yttrium iron garnet conduits for magnonic networks - Research update (Björn Heinz)

35:52

Scientific presentations, a few hints

25:31

Inverse-design magnonics - Research update (Dr. Qi Wang)

1:04:39

Semiconductor Spintronics - (Ga,Mn)As & (Ga,Mn)(Bi,As) thin films

47:38

Introduction to Spin Waves

1:17:48

Nano-Magnonics Progress Report

1:39:25

Advanced Materials - Lecture 2.10. Dilute Magnetic Semiconductors (DMSs)

51:50

Advanced Materials - Lecture 2.9. - Magnetoresistance

24:25

Advanced Materials - Lecture 2.8. - Spin caloritronics

58:23

Advanced Materials - Lecture 2.7. - Spin Transfer Torque (STT) and spin pumping

44:13

Advanced Materials - Lecture 2.6. - Hall Effects

24:44

Advanced Materials - Lecture 2.5. - Spin injection and spin accumulation

18:59

Advanced Materials - Lecture 2.4. Spin polarization and half metals

24:43

Advanced Materials - Lecture 2.3. - Two-spin-channel model

31:06

Advanced Materials - Lecture 2.2. - Electric conductivity

36:50

Advanced Materials - Lecture 2.1. - Spintronics vs Electronics

51:13

Advanced Materials - Lecture 1.9. - Magnetic imaging

14:48

Advanced Materials - Lecture 1.8. - Ferrofluids

19:10

Advanced Materials - Lecture 1.7. - Magnetostriction

33:22

Advanced Materials - Lecture 1.6. - Magnetism in metals

35:46

Advanced Materials - Lecture 1.5. - Main families of ferromagnetic and antiferromagnetic materials

47:05

Advanced Materials - Lecture 1.4. - ferromagnets; antiferromagnets; exchange interaction

47:21

Advanced Materials - Lecture 1.3. - Diamagnets and paramagnets

39:35

Advanced Materials - Lecture 1.2. - Atomic origin of magnetism

23:34

Advanced Materials - Lecture 1.1. - Magnetism in everyday life

6:57

Advanced Materials - Lecture 0. - Introduction