Technical data

How can light be "distorted"?

Item No. P1419701

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.

Scope of supply
Support base, variable	02001-00	1
Stand rods, stainless steel, various sizes	02037-00	2
Slide mount without angle scale	09851-02	2
Mount with scale on slide mount	09823-00	2
Diaphragm holder, attachable	11604-09	4
Lambda/4 film, in slide frame, glassless	09851-13	1
Polarisation filter, in slide frame, glassless	09851-14	2
LED - white, with series resistor and 4 mm plugs	09852-60	1
Light sensor with amplifier, adjustable	09852-70	1
Power supply, 5 V DC	09852-99	1
Stray light tube	09852-71	1
Stray light tube for LED, Di = 8 mm, l = 40 mm	09852-01	1
PHYWE Power supply, 230 V, DC: 0...12 V, 2 A / AC: 6 V, 12 V, 5 A	13506-93	1
Connecting cable, 32 A, red, various lengths	07362-01	2
Connecting cable, 32 A, blue, various lengths	07362-04	2

How can light be "distorted"?

Scope of supply

France

Netherlands

Belgium

Denmark

Finland

Sweden

Switzerland