Light Waves Collection

Diagram of an experiment conducted by John Tyndall
3586064 Diagram of an experiment conducted by John Tyndall; (add.info.: Diagram of an experiment conducted by John Tyndall (1820-1893) an Irish physicist

Choppy
Lydia Jacobs

Golden light over Farmland
Lydia Jacobs

Diagram showing light hitting a concave mirror

Diagram showing light hitting a convex mirror

Soap bubble showing multitude of colours, close up

Colours on surface of a soap bubble, close up

Sillhouettes of a hand two sets of water ripple-rings formed around it illustrating principle of interference with light waves

Band of light illustrating the colour spectrum visible to the human eye

Surface colours of a Soap Bubble C016 / 6364
Soap bubble colours. The movement in the thin film is due to the interaction between gravity and buoyancy in the liquid. The colours are produced by the interference of light waves reflected from

Surface colours of a Soap Bubble C016 / 6366
Soap bubble colours. The movement in the thin film is due to the interaction between gravity and buoyancy in the liquid. The colours are produced by the interference of light waves reflected from

Surface colours of a Soap Bubble C016 / 6361
Soap bubble colours. The movement in the thin film is due to the interaction between gravity and buoyancy in the liquid. The colours are produced by the interference of light waves reflected from

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Explore the captivating world of light waves through these intriguing images. Witness the golden light casting beautiful reflections over farmland (C016 / 6364), and imagine light bouncing off a concave mirror in a choppy, wave-like manner (diagram). Conversely, observe how light interacts with a convex mirror, creating a smoother reflection (diagram). Delve deeper into the rainbow hues of light as they manifest in a multitude of colors within a soap bubble (C016 / 6361, C016 / 6366), revealing the underlying principles of interference and the visible color spectrum (band). Lastly, observe the mesmerizing silhouettes of hand and water ripple-rings (illustrating interference with light waves), and the vibrant surface colors of a soap bubble (C016 / 6361) – a testament to the fascinating, ever-changing nature of light.