Material Memory Studio — Research
Material Research Library
A living archive of material references, historical sources, biomaterial experiments, pigments, binders, and artistic research — accumulated across 12 countries and ongoing studio practice.
Each entry includes what the material is, why artists use it, historical context, basic process, common failures, and Jay's own studio notes. The library grows with each workshop, residency, and research trip.
Field Research
Material Trips
Field research documentation — New York · Boston · and beyond
Browse by Category
Bio-Ceramic — Tapioca & Porcelain Blend
A 50:50 mix of porcelain and cooked tapioca pearl that halves the weight of a fired piece, produces translucency, and eliminates toxic fumes
Paper Clay — Cellulose-Infused Ceramic Body
Recycled cellulose worked into clay reduces cracking during drying, enables taller open structures, and creates translucency ideal for lighting work
Ceramic Reef Substrates — Art and Coral Restoration
How fired porcelain, shaped by a ceramicist and placed on the ocean floor, becomes the preferred habitat for coral larvae looking to settle and grow
Casein & Milk Paint
Milk protein as binder — opaque and matte, the pair to egg tempera in natural paint practice
Verdaccio — Green Earth Underpainting
The green earth underpaint beneath Renaissance skin tones — using egg tempera's transparency to build optical flesh from below
Egg Tempera
Egg yolk as paint binder — history, preparation, and layering with one of painting's most stable mediums
Traditional Gesso
Rabbit skin glue and chalk — the original ground for panel painting, from medieval altar panels to contemporary studio practice
Distemper
Animal glue paint — dry and matte, with a color shift on drying — the European counterpart to egg tempera
Mineral Pigments
Stone, powder, and stick pigments — Korean traditional painting materials and their global equivalents
Cochineal Natural Dye — Carmine Red from Scale Insects
Extract vibrant reds, purples, and pinks from cochineal (Dactylopius coccus). Mordant-dependent colour shifts with alum, iron, and copper. Harvested in Oaxaca for over 500 years.
Chlorophyll Printing
Sun-bleaching plant leaves to create photographic images through chlorophyll — 2–3 day UV exposure process
Glass — Material Overview
Hot shop, kiln casting, flamework, and glass as artistic surface — 15 courses across Berlin, New York, and Seoul
Flamework & Borosilicate Glass
Torch-worked glass — borosilicate COE 33, scientific glass, and sculptural forms at the flame
Arts as Ecology
Art practice in ecological context — from Earth Art (1969) to Feral Atlas (2020) and the Anthropocene
Rammed Earth
Compressed earth wall construction — 5cm layers, minimum binder, dense and water-resistant
Earth Pigments & Shell White
Ochre, clay, yellow earth, Korean 황토 — and 호분 (shell white) from weathered shells
Animal Glue — 아교 (Agyo)
Hide glue, fish glue, rabbit skin glue — binders and sizing agents for Korean traditional painting, canvas preparation, and gilding
Mordanting
The mineral bridge between dye and fibre — alum, tannin, soy, soda ash, and the chemistry of colour fastness
Anthotype
Plant pigment photography — spirulina, turmeric, red cabbage, beetroot exposed to UV until the image appears
Agar Bioplastic
A seaweed-based flexible bioplastic — sheets, films, and castings from red algae
Situated Knowledge & Material Practice
Donna Haraway, Anna Tsing, and the politics of knowing from somewhere specific
Lumen Print
Photographic paper exposed to sunlight without chemicals — unpredictable, organic colour from direct contact with objects and plants
Watergram
Photography through water movement — glass, water, photographic paper, and flash light
Eco-Printing
Steam-printing botanical pigments directly onto mordanted fabric — leaves, petals, and bark leaving their imprint in the fibre
Lime & Natural Plaster
Lime cycle from limestone to finish coat — the living chemistry of traditional plaster
Mycelium Biomaterials — Growing Fungal Packaging and Insulation
Grow mycelium on agricultural waste (corn husks, straw) to make compostable packaging, acoustic panels, and insulation. A guide to fungal biomaterial techniques.
Plant Fiber — Hemp, Nettle & Bast Fibres
Natural bast fibres from stem plants — textile, paper, rope, and biomaterial applications
Gromwell — 자초 (Lithospermum erythrorhizon)
Korean purple root pigment — shikonin extracted in oil or alcohol, not water
pH & Colour Shifts in Natural Dyeing
Same dye bath, different colours: how vinegar (acid) and soda ash (alkaline) shift natural dye results. Practical guide for hibiscus, cochineal, weld, and madder.
Cyanotype — Blueprint Photography Process
Step-by-step cyanotype printing on paper, fabric, and glass — mix ferric ammonium citrate and potassium ferricyanide, expose to UV, develop in water. Botanical prints and photograms.
Adobe — Sun-Dried Earthen Brick Building
How to make adobe bricks from clay, sand, and straw — one of the world's oldest building materials, still in use across arid climates from the Middle East to the American Southwest.
Starch Bioplastic
Corn, tapioca, and wheat starch bioplastics — the most accessible and food-based biomaterial recipe
Gelatin Bioplastic
Animal-based flexible bioplastic — warmer, stronger, and more forgiving than agar
Sodium Alginate
Brown seaweed biopolymer — strings, castings, and mould-making via calcium crosslinking
Botanical & Photo Embedding in Bioplastic
Pressing flowers, plants, and photographs into cast bioplastic — the Material Memory Studio signature technique
Natural Dye — An Introduction
Colour from plants, insects, and minerals — fibres, mordants, and the chemistry of natural colour
Indigo Vat — 3-2-1 Fructose Recipe
Natural indigo fermentation vat using fructose as reducing agent and calcium hydroxide as alkali
Botanical Dye Plants
Marigold, palo de brasil, weld, walnut, perikon, and other plant dye sources from field practice
Drying Oils & Resins
Linseed oil, perilla oil, sun-oxidized linseed, Canada Balsam, pine resin — binders for oil painting and natural varnishes
Learn & Make
From archive to studio — learn these materials in person
The research here forms the foundation of our workshops and 1:1 material consultations. If you want to work with a specific material — hands-on, in the studio — reach out.