Oscillation Collection

Oscillating universe theory, artwork. Also called cyclic models, these theories of the origin and nature of the universe postulate that following the Big Bang there is enough mass to reverse

Physics experiment. Screen display of the output from a physics experiment. The experiment involves monitoring changing position with time

Comparison diagram showing the motion of stars with and without a companion
A star without a companion would appear to travel on a straight line on the night sky, compared to the background stars, but if the star has an orbiting companion it will not

Perpetual motion machine described by the Jesuit Stanislaus Solski c1610. Water was pumped from reservoir alternately up the vertical pipes to the upper reservoirs A, B

Polarising filter, artwork C017 / 7125
Polarising filter, computer artwork. A polarising filter (blue) allows light or other electromagnetic radiation whose electrical component lies at right angles (bottom) to the filter to pass through

Polarising filter, artwork C017 / 7126
Polarising filter, computer artwork. A polarising filter (blue) allows light or other electromagnetic radiation whose electrical component lies at right angles (bottom) to the filter to pass through

Synthetic quartz C016 / 5649
Synthetic quartz. Crystal of synthetic quartz (silicone dioxide) held between two electrodes. Quartz vibrates at a steady rate in reaction to an electrical charge

Waves, abstract artwork C014 / 0008
Waves, abstract artwork

Synthetic quartz C013 / 6719
Synthetic quartz. Crystal of synthetic quartz (silicone dioxide) held between two electrodes. Quartz vibrates at a steady rate in reaction to an electrical charge

Wave energy converter, diagram
Wave energy converter. Diagram of an oscillating water column (OWC) wave power plant. This coastal energy converter consists of an inclined concrete cavity connected to two low pressure air turbines

Computer simulation of solar oscillations
Computer simulation showing oscillations on the surface of the Sun. The Suns surface is known to oscillate up and down like the surface of a wobbling jelly

Millennium bridge, London. This bridge became famous for its wobble. It measures 320m in length and is unusual as it uses lateral suspension to support the deck of the bridge

Lateral suspension cables on the Millennium bridge, London. This bridge became famous for its wobble. It measures 320m in length

Shock absorber on the Millennium bridge, London. This bridge became famous for its wobble. It measures 320m in length and is unusual as it uses lateral suspension to support the deck of the bridge

Wave energy converter, artwork
Wave energy converter. Computer artwork of a device placed in the sea to harness the energy from waves. The waves passing over the upper section cause it to move up and down

Atomic force microscopy methods, artwork
Atomic force microscopy methods. Artwork showing the methods of operation of an atomic force microscope and a graph of the results on different surfaces

Mass-spring system. This system consists of a loaded trolley tethered between two clamp stands by identical springs. Displacing the trolley to one side causes it to oscillate back and forth

Ruler vibrating
MODEL RELEASED. Ruler vibrating. This ruler is vibrating at its natural frequency (number of vibrations per second)

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Oscillation, the rhythmic dance of nature's elements, captivates our minds and fuels our curiosity. From the Oscillating universe theory to mesmerizing artwork, this phenomenon permeates various realms. In the vast expanse of cosmology, the Oscillating universe theory proposes a cyclical pattern where expansion gives way to contraction, creating an eternal cosmic dance. This captivating concept invites us to ponder the infinite possibilities that lie beyond our comprehension. Stepping into the realm of physics experiments, we witness oscillation in action. A comparison diagram showcases stars gracefully moving with or without a companion, highlighting how gravitational forces induce their elegant motion through space and time. Delving further into history, we encounter Stanislaus Solski's perpetual motion machine described in 1610. Water played its part as an essential component in this ingenious creation that aimed to harness continuous movement - a testament to humanity's relentless pursuit of innovation. Art intertwines with science as polarising filters take center stage. In artworks C017 / 7125 and C017 / 7126, these filters reveal hidden dimensions and colors by selectively blocking certain light waves – unveiling unseen beauty within ordinary scenes. However, not all oscillations bring harmony; some lead to catastrophic consequences like the Tacoma Narrows Bridge collapse in 1940 (C018 / 0920). The destructive power unleashed when natural frequencies align serves as a stark reminder of nature's unpredictable might. Synthetic quartz emerges as another marvel amidst oscillatory wonders (C016 / 5649 & C013 /6719). Its precise vibrations enable accurate timekeeping in watches while also finding applications across diverse fields such as telecommunications and scientific instruments - showcasing how oscillation shapes modern technology. Nature itself becomes artistry when waves come alive on canvas (C014 /0008). Abstract depictions capture their rhythmic undulations—each stroke representing energy perpetually transferred from one medium to another, a visual symphony of motion.