The projects below are in every stage of development, from nascent to mature. They hurdle classical boundaries of interior design, food, fashion, story-telling, and science. I am fascinated by this intersection. Please contact me if you have interest in collaborating, participating, or providing a new avenue of discovery.
Decorate with Dust
Decorate with Dust
Our house dust is filled with a galaxy of the living– from gems of pollen granules, to cartoon-like fungal spores, from spider web tendrils to alien-looking dust mites. When the micro becomes macro, beauty abounds. These are real images of these life forms, transformed to the everyday by printing on cloth. These images have broken free from the bounds of science journals. Humans have been inspired by nature for interior designs for years… it’s about time we find inspiration in the nature of our own homes. Contact email@example.com, subject: DUSTPILLOWS to order or collaborate.
Concept: Introducing non scientists to microscopic life, #SciArt.
From pollen granules to brewing yeasts, from fungal spores to bits of bug eyes in dust, these scientific Scanning Electron Micrograph images of the life that surrounds us are translated on to linen pillows. (c) Anne A. Madden. SEMs courtesy of multiple groups and can not be reused without their authorization.
Scratch and Sniff Stories of Science
Scratch and Sniff Stories of Science
Explore the invisible creatures around you with a scratch and sniff storybook of your home. I’m working on a children’s story about the bacteria and fungi in our homes and the smells they produce (both good and bad) that let us know where they are. Baking bread, a whiff of chocolate, the sour tinge of pickles, and the earthy smell of soil–these are the aromatic footprints of our invisible roommates. This is one of the first science books that so directly engages students across a visual-ableness spectrum AND it includes findings from our own science. Contact firstname.lastname@example.org Subject: SCRATCHANDSNIFFBOOK to order or collaborate.
Concept: Engaging multisensory learning and introducing non scientists to microbes.
**((The photo above is a set of scratch and sniff stickers for microbe-based smells in our homes))**
Microbial tiles as architectural and wearable units
Microbial tiles as architectural and wearable units – Living Homes
It’s time to use 2.4 billion years of evolution when building the modern environment. Microbial tiles will be large, compostable plastic ‘cells’ that contain dehydrated nutrients and specific microbes. Just add water and watch as they change from yellows to pinks, or blues to black. These tiles will act as large-scale petri dishes of specific microbes (non-GMO) and growth media–chosen through a custom database and software package. A veritable microbial pantone exists, yet has has not previously been harnessed for interior design. These tiles can modify the visual and olfactory (smell) space, and even the behavior of the occupants (from pets to humans). Let’s make organic stained-glass windows that are alive! In the schematic below, the microbial cell panels are hexagons, growing over time. Some cells can make the viewer alert by producing blue light, some create beautiful visuals, while others produce aromas of baking bread, browned butter, or grape juice (Reload webpage to view the animation again.) Contact email@example.com Subject: MICROBETILES to order or collaborate.
Concepts: Engaging multisensory learning and introducing non scientists to microbes, designing with new tools, modifying built environments to engage certain behavioral patterns.
These tiles can be seeded with known and unknown microbes. They can then be paired with animal biosensors to detect certain chemical compounds of interest.
Science Inspired Fashion
Science Inspired Fashion – Science is Beautiful
Whirling DNA helixes, personal microbiome charts glittering on the edges of skirt trims, painting with microbes, conference name tags that dynamically exhibit useful information, not just people’s names… Science offers new inspiration, and tools for art and design. Engaging with the aesthetic of science offers opportunities to reach new audiences while fighting stifling and antiquated stereotypes.
Concepts: Temporary tattoos that highlight scales of microbes, dresses flowing with data that can teach while you move, installations that grow and interact with the presence of your body, fashion articles made from the tons of safe lab waste we generate every year. Aesthetic beauty is an inherent part of science, not in opposition to it.
**((The photos above showcase recycled lab material jewelry and headpiece, worn to the 2015 Ig Nobel ceremony))**
Science and Food
Science and Food – Teaching through Tastebuds
From developing new tastes, to using culinary skills to model and interact with scientific facts, food can be a passive or active teaching tool. Let’s make food a resource for the mind, not just the body. Contact firstname.lastname@example.org Subject: SCIENCEFOOD to order your own scientifically inspired feast.
Concept: It’s easy to reach for a cupcake, hard to reach for a textbook. Let’s use this information and not ignore it.
**((The photos above are of paper wasps, lab benches, petri plates, ginger bread houses with bug infestations, bee hives, and 96-well plates that are all 100% edible. These were made in association with the artist Joanne Arnold))**
I study how it is impossible to understand animals without understanding their microbes. As a visual of this, look at the magic eye below and see what animal emerges from the gram stain of its bacteria:
**((Photo Credits: Header: Smith&Nasht, the rest are Anne A. Madden))**