£4.99
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.
£14.99
A brilliant book to get you started in STEM. It explains things using only drawings and a vocabulary of just our 1,000 (or the ten hundred) most common words. From how a microwave works and toll bridges to the solar system and tectonic plates, this...
£14.99
Tired of counting on your fingers? This novelty set of metal cufflinks offers a perfect solution. Modelled on a real, moving abacus it contains 15 stainless-steel beads moving left and right within a square-shaped grid. A perfect gift for a mathematician, accountant or for anyone passionate...
£2.95
A generously sized eraser for inevitable errors. A smooth and satisfyingly pebble-shaped manual delete button. Measures 7 x 4 cm x 1.5 cm.
£6.99
The man who is estimated to have shortened World War II by two years, after whom the Turing Test was named. Calculated to be a great gift for any code breaking or mathematics fan. Amazingly this magnet also doubles as a finger puppet. Measures 10...
£36.00
Enigma Machine patent drawing tie. These rotors depicted on your neckwear are part of the device that made up both the Enigma A and Enigma G machines, stolen (and returned) some years ago from Bletchley Park. 100% Fair trade silk. French blue with silver printing,...
£28.00
A pair of delicate rectangular earrings with slightly irregular edges. The pattern was 'grown' in a computer simulation using algorithms which imitate leaf venation, and then etched from a sheet of stainless steel. These quirky earrings combine innovative design and new technology to create unusual...
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Leaf-shaped earrings with an incredibly intricate pattern of cutouts generated by a computer simulation of leaf venation. Reticulate means net-like and describes the complex, redundant branching patterns that govern the veins in leaves of flowering plants. The pattern was grown in a computer simulation of...
£40.00
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...
£9.95
Protect your creative space with this gentle hint to those in the real world that you have some important updates to share with the virtual world. Not exactly polite, but sometimes you need to send a clear message! Bone china mug. Measures 8cm high.
£40.00
This gorgeous scarf features drawings of the Enigman coding machine. Invented by the German engineer Scherbius and eventually decoded by Turing, Enigma was central to German intelligence during World War II. Turing's history-changing efforts were not disclosed until the 1970s. Measurements: 188 cm x 71...
£21.95
Ada was a highly influential English mathematician who is sometimes considered to be the world's first computer programmer because of her work on the first algorithm intended to be processed by a machine. 28cm tall.Not suitable for children under 3.
£10.99
A beautiful STEM inspired Ada Lovelace pin, perfect for celebrating the life of the world's first computer programmer. The pin comes on a card in a small box. Measures 3.17 cm. Enamel pin with butterfly clutch.
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This fantastic book gives insights into the secrets of equations. From heralded classics, like Zeno's Dichotomy and Pythagoras's Theorem, to The Schrödinger Wave Equation and Google Page Rank, each equation is broken down and explained in a unique, illustrated way in order to help the...
£38.00
These stunning earrings are the most delicate of the pieces in the 'Radiolaria' range. They are individually etched from stainless steel and hung on surgical steel findings. Though they appear quite fragile, the steel meshwork is rigid and durable. These beautiful and striking earrings have...
£40.00
How can you possibly resist such wonderful colours. This super-soft scarf is inspired by resistor value: 3.1k ohms, 5% tolerance - orange, brown, red, and of course gold stripes printed at one end. Measurements: 188 cm x 71 cm, with 7.5 cm tassels. Super-soft viscose...
£58.00
This large, bold and highly intricate brooch is designed using a mathematical model of leaf venation. The brooch is etched from a sheet of stainless steel and affixed with a nickel silver pin mechanism. Measures 80mm diameter x 0.38mm thickness.
£38.00
The form of these delicate earrings is 'grown' using computer models of the growth patterns of plants and algae. They are then etched from durable, gleaming stainless steel making them both practical and visually striking. Stainless steel with surgical steel earwires.Each earring measures: 25.4 x...
£30.00
These delicate earrings are inspired by the aggregate growth of coral and dendrite crystals. They are photochemically etched from durable stainless steel making them both practical and visually striking. Each earring measures: 17.8 x 38 x 0.38mm.Surgical steel ear wires
£48.00
This beautiful brooch was created using mathematical models inspired by the aggregate growth of coral and dendritic crystals, as seen in snowflakes. Stainless steel is photochemically etched into delicate forms to create wearable pieces of art. The brooch is affixed by a nickel silver pinstem...
£75.00
This necklace is composed of 3 leaves, one large and two small, each with a different pattern. The pattern of each leaf was grown in a computer simulation of leaf venation and etched from a sheet of stainless steel. Leaves are 5 cm to 6cm...
£9.95
Not exactly polite, but to the point! There are times when we just don't want to be interrupted, especially if you are doing Important Online Research! #busy Bone china. Measures 8cm high.
£75.00
Inspired by the branching forms of algae and plants these six fronds are etched from stainless steel and linked together to form a delicate yet striking necklace. The links are sterling silver and the pieces hang from a sterling silver chain. Chain measures 50cm.Each branch...
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An intricate necklace inspired by the unique venation pattern of ferns and gingkos. Their leaves exhibit an open pattern where roughly parallel veins fork repeatedly, producing a tree-like structure of Y-shaped nodes. The pattern was grown in our computer simulation of leaf venation and etched...
£52.00
This polished brass necklace is shaped like the petals of a flower (which together are called the corolla). Its petals curl inwards creating a concave shape and feature intricate cellular perforations which get smaller towards the tips.Computationally generated designs, derived from cells and foams, are...
£38.00
These brass stud earrings are shaped like the petals of a flower (which together are called the corolla). The petals curl inwards creating a convex shape. The cellular structure of gets larger as it moves towards the tips of the petals.Computationally generated designs, derived from...
£46.00
This cellular necklace was inspired by the intricate forms of radiolarians. It is etched from stainless steel and hangs from a sterling silver chain. Despite its fragile appearance, the steel meshwork is rigid and durable. Pendant measures approx 4.5 x 4.5cm.Chain is 45cm long.
£34.00
Leaf-shaped earrings with a delicate, dichotomous pattern. Unlike the net-like venation systems of most plants, ferns and ginkgos exhibit an open pattern in which roughly parallel veins fork repeatedly producing a tree-like structure of Y-shaped nodes. This pattern was grown in a computer simulation of...
£25.00
Thin tendrils radiate from a central root to form an emerging network in these stainless steel earrings, which match our Algal Bloom Pendant. The design was created or 'grown' mathematically using computer models of the growth and bifurcation seen in algae, and then etched into...
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These intricate, perforated brass earrings are inspired by the form of seed pods. One side features a complex pattern with shifting direction and scale while the other side has a more uniform cellular lattice; each pattern is mathematically derived from cells and foam. Each earring...
£34.00
The looping, ruffled form of this pendant is inspired by the forms of deep-sea Glass Sponges. The form is created by a computational simulation of minimal surface networks that tends towards even volumes and densities. The form is 3D printed in wax, and then cast...
£60.00
The looping, ruffled form of these earrings is inspired by the forms of deep-sea Glass Sponges. The form is created by a computational simulation of minimal surface networks that tends towards even volumes and densities. The form is 3D printed in wax, and then cast...
£48.00
Every pair of Folium earrings is a one-of-a-kind composition inspired by the algorithmic structures of plants and algae. Each exhibits natural variation in shape and texture due to its digital growth process. The variably branched forms generated range from round to tree-like, resembling maple leaves,...
