How can light be "distorted"?

Article no. P1419701 | Type: Experiments

10 Minutes
10 Minutes
grades 10-13
medium
Pupils

Also part of:

Student set Optics / Atomic physics (special edition), TESS advanced Physics

Article no. 13286-88 | Type: Set

Delivery time: available
Student set Optics / Atomic physics, TESS advanced Physics

Article no. 15350-88 | Type: Set

Delivery time: available

Principle

In the experiment on polarisation you have already learned that light is an electromagnetic wave which can be restricted in the direction of its vibration - can be polarised. To do this two linear polarisation filters were used. In this experiment you will learn how light is polarised by birefringence.

Benefits

  • Specified for the requirements of the german final secondary-school examinations
  • Especially for secondary schools
  • Quantum and wave optics in a student experiment

Tasks

How can light be 'twisted'? In this experiment you will learn how light is polarised by birefringence.

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Digital learning
(en) Experiment guide
p1419701e .pdf
File size 0.60 Mb
pdf
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(de) Versuchsbeschreibung
p1419701_de .pdf
File size 2.02 Mb
pdf
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(ru) Versuchsbeschreibung
p1419701_ru .pdf
File size 2.20 Mb
pdf
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How can light be "distorted"?
- .H5P
File size -
.H5P
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