Water Surface T-shirt

£32.00
Colour
Description

This Water Surface T-shirt features a unique, procedurally generated pattern mimicking the mesmerizing ripples interacting on waters surface. Its optical effect will have you standing out from the crowd.

Size Guide
  • Regular cut - fits true to size
  • See size chart for specific measurements
Details
  • 100% Organic Cotton (GOTS Certified)
  • 180 GSM weight fabric (slightly heavier for a t-shirt)
  • Designed and finished in London, UK
  • Made in Fairwear Foundation cerified supply chain in Dhaka, Bangladesh
Design

Introducing Water Surface, a captivating visual design inspired by the interaction of ripples on a water surface and the principles of wave interference. This engaging pattern showcases the familiar undulations of water while drawing connections to the profound realm of quantum physics and the renowned double-slit experiment. The design elegantly balances the beauty of the natural world and the complexity of the underlying principles that govern it. Water Surface bridges the gap between deeply familiar wave patterns and the cutting edge scientific concepts.

Shipping & Returns
  • Free UK Standard Delivery for orders over £70. Otherwise flat fee of £3.50. Full details here
  • 30 day hassle free returns. Full details here
  • EU Shipping €15 or free on orders over €180
  • USA Shipping $18 or free on orders over $180
  • Full international shipping detail here

Interplay of Liquid Patterns

Introducing Water Surface, an engaging visual design that captures the essence of ripples interacting, amplifying, and canceling each other out to create an abstract pattern. This iconic wave interference pattern not only evokes the familiar undulations of water but also draws connections to quantum physics and the renowned double-slit experiment.

The Water Surface design embodies the principles of superposition and showcases the constructive and destructive interference that arises when waves interact. While the design is reminiscent of the familiar curves and patterns observed on water surfaces, it also alludes to the profound implications of wave interference within the realm of quantum mechanics.

This design offers a unique and engaging perspective on the universal language of waves, bridging the gap between the familiar and the deeply scientific.