How can light be "distorted"?

Item No. P1419701 | Type: Experiments

10 Minutes
10 Minutes
grades 10-13
medium
Pupils
EUR 741.90
Content 1 piece
EUR 882.86 Incl. VAT

I'm also part of:

Student set Optics / Atomic physics, TESS advanced Physics

Item No. 15350-88 | Type: Set

Delivery time: 4-8 weeks
EUR 966.00 Excl. VAT
EUR 1,149.54 Incl. VAT
Student set Optics / Atomic physics (special edition), TESS advanced Physics

Item No. 13286-88 | Type: Set

Delivery time: 4-8 weeks
EUR 966.00 Excl. VAT
EUR 1,149.54 Incl. VAT
Student set Optics / Atomic physics digital, TESS advanced Physics

Item No. 15350-88D | Type: Set

EUR 1,219.00 Excl. VAT
EUR 1,450.61 Incl. VAT

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.

Name
Filename
Filesize
Filetyp
(en) Experiment guide
p1419701e .pdf
Filesize 0.60 Mb
pdf
(de) Versuchsbeschreibung
p1419701_de .pdf
Filesize 2.02 Mb
pdf
(ru) Versuchsbeschreibung
p1419701_ru .pdf
Filesize 2.20 Mb
pdf