Thin curves radiate from a central root to form an expansive network in this striking stainless steel pendant. The design was created or 'grown' mathematically using computer models of the growth and bifurcation seen in plants, and then etched into shining stainless steel. The pendant hangs from an 18" long sterling silver chain and is guaranteed to be the talk of all your friends with its eye-catching beauty.
Stainless steel pendant
18" sterling silver chain.
Pendant measures: 43 x 48 x 0.381mm
Cut your cheese to perfection using this chopping board. The bamboo board has precise degree portions engraved on, as well as defined sizes for 'chunk', 'sliver', 'slice', 'hunk' and 'slab' for those who really like to know exactly what they're doing. Made from bamboo.Measurements: 17.5cm...
A vast range of crystal forms from Frederich Mohs’ 1825 Treatise on Mineralogy, gorgeously arranged into a cloud of refracted colour. Mohs is of course mainly remembered for his Hardness Scale, used to this day. 100% cotton.Black t-shirt printed in full colour. Care: Machine wash...
Celebrate women working and achieving in STEM with this brilliant pin. Part of our Badges of Honour range. Enameled blue metal badge. Measures approx 3 cm long.
This set of enamel pins features the five platonic solids - believed to underlie the structure of the universe by Plato and a major theme of Euclid's Elements. Set of five enamel pins with rubber pin back.Approximately 2.5cm tall.