Estimate the Curie Temperature of a Ferromagnetic Material
See http://www.physlogger.com for more information on using PhysLogger and PhysHall. |
2.26 |
curie point, magnetic domains, magnetic flux, magnetism, physlogger, temperature |
Electrical conductivity of a semiconductor
This experiment replaces 2.10. |
2.10B |
condensed matter, condensed matter physics, materials, semiconductors |
Temperature oscillations in a metal: Probing aspects of Fourier analysis with PhysLogger
This experiment is an upgrade to 2.3. |
2.3B |
thermal |
PhysMag: Nonlinear Dynamics with a Magnetic Pendulum
This experiment is an upgrade to 2.12 |
2.12B |
mechanics, nonlinear |
Electrical signals propagating in a transmission line
|
2.25 |
electricity, electricity and magnetism |
Wilberforce Pendulum
|
2.24 |
mechanics, waves and oscillations |
Steering paramagnetic Leidenfrost drops in an inhomogeneous magnetic field
|
2.23 |
magnetism, mechanics |
Mach-Zehnder Interferometry and Erasure of ‘Which-path’ Information
|
2.21 |
optics, quantum physics |
Studying Phase Transition With a Strain Gage
|
2.7 |
statistical mechanics |
Measuring Muon Lifetime
|
2.20 |
nuclear |
Gamma-ray spectroscopy
|
2.19 |
nuclear |
Synthesis of High Temperature Superconductor Using Citrate Pyrolysis and Observing the Meissner Effect
|
2.18 |
condensed matter, materials |
Low temperature conductivity
|
2.17 |
condensed matter, materials |
Ellipsometry
|
2.16 |
condensed matter, optics |
Surface Plasmon Resonance
|
2.15 |
optics |
Energy dispersive X-ray fluorescence
|
2.14 |
nuclear |
Electrical Properties of Ferroelectric materials
|
2.13 |
condensed matter |
The Magnetic Pendulum
|
2.12 |
non-linear |
Tracking Brownian motion through video microscopy
|
2.11 |
statistical mechanics |
Band Structure and Electrical Conductivity in Semiconductors
This experiment has been replaced by 2.10 B. |
2.10 |
condensed matter, semiconductors |
Michelson Interferometry
|
2.9 |
optics |
Noise and Autocorrelation
|
2.8 |
signal processing |
Faraday’s Effect
|
2.6 |
magnetism, optics |
Chaos and Non-Linear Physics
|
2.5 |
chaos, non-linear |
Superconducting Quantum Interference Devices (SQUIDs)
|
2.4 |
quantum |
Temperature oscillations in a metal: Probing aspects of Fourier analysis
|
2.3 |
thermal |
Introduction to the Lock-in Amplifier
|
2.2 |
measurements, signal processing |