Curated Lists

CURATED LISTS

Curated Lists include a selection of products from the Materials Lab library, assembled around diverse material themes. 

LOOKS LIKE BUT ISN'T | CURATED BY ASSOCIATE PROFESSOR IGOR SIDDIQUI  
Today’s most innovative and ecologically responsive materials defy easy categorization based on surface appearance. How materials appear visually from a human-centered perspective is a matter of expectation. Based on its looks, a material may be perceived as authentic, sensuous, honest, precious, cheap, fake, fragile, resilient, healthy, or toxic. Depending on one’s expectations, such encounters with materials may elicit a sense of discovery, disappointment, or absolute delight. Looks Like But Isn't seeks to connect our perspective based on visual information with a deeper consideration of where the materials on view come from, how they behave, and in what way they may contribute to a more sustainable future. 


INHABITABLE SKINS | CURATED BY ASSISTANT PROFESSOR RIA BRAVO 
Inhabitable Skins: Architectural Enclosures Reimagined offers a speculative exploration of various outdoor membranes with the potential to redefine architectural enclosure. The term ‘skins’ invokes a metaphorical bridge between architectural structures and the human body, encouraging a redefinition of architecture as dynamic, adaptable entities deeply intertwined with their occupants and surroundings. Included are cross-industry membranes selected for their high-performance attributes, water-resistant qualities, and commitment to sustainability.


BUILDING REUSE, REUSE IN BUILDING
This collection highlights strategies for integrating circular products. Included are material products that have been reclaimed from existing buildings, products that have been recycled from pre- and post-consumer building and industrial waste, and products that can be used for retrofitting existing buildings to meet progressive building standards.


GRASSES
This list includes a wide range of material products derived from the Graminae family of flowering plants. Of more than 12,000 known species, common examples of grasses grown in high volumes around the world include bamboo, corn, rice, sorghum, and wheat. Although grasses for human use are most prevalent in the food supply chain, providing just over half of global dietary energy, they are also viable resources for products in many other industries, including buildings and infrastructure. Grasses are also considered rapidly renewable crops, meaning they grow in a cycle of less than 10 years, an important factor for the environmental-friendliness of grass-based products.


MATERIALS IN TEXAS
Materials in Texas is a survey of regional building materials and resources. Utilizing local materials helps to minimize the embodied carbon of new construction and renovation; material transportation alone accounts for 16.5% of the embodied carbon in the built environment. Furthermore, the use of regionally sourced, assembled, or otherwise manufactured materials contributes to the healthy development of local economies, creates opportunities to honor and sustain local building ecologies, advocates for the community interest necessary to maintain sustainable building life-cycles, and delivers meaningful connections to site geography.


WOVEN
Woven showcases the versatility of materials assembled through the practice of weaving. Included in this list are over sixty products, representing a wide array of woven materials suitable for diverse applications. Woven materials are formed by the joining of two distinct sets of threads interlaced at right angles: a set of vertical yarns, the warp; and a set of horizontal threads, the weft. Endless variation and complexity can be introduced from this simple starting point, producing results that vary in density, permeability, and structure.

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    Curious to know what material products are featured in our exhibition “Eco Illusions: The Plastic Behind the Green”? Here, we highlight a hillside terracing system made of 100% post-consumer recycled HDPE.
    @materials_lab

    Curious to know what material products are featured in our exhibition “Eco Illusions: The Plastic Behind the Green”? Here, we highlight a hillside terracing system made of 100% post-consumer recycled HDPE.

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    Image from materials_lab
    @materials_lab
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    “Eco Illusions: The Plastic Behind the Green” opens tomorrow! Join us for the exhibition reception from 5:00 - 6:00 with curator @danellebriscoe. Here’s your chance to catch the Materials Lab at its best! Plus, cookies and fizzy water. All are welcome. Find us at WMB 3.102.<br>
    @materials_lab

    “Eco Illusions: The Plastic Behind the Green” opens tomorrow! Join us for the exhibition reception from 5:00 - 6:00 with curator @danellebriscoe. Here’s your chance to catch the Materials Lab at its best! Plus, cookies and fizzy water. All are welcome. Find us at WMB 3.102.

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    What materials can replace soil? (And why would this be necessary?) Stone wool, most commonly used as thermal insulation, might seem like a surprising substitute. Stone wool is made from basalt, the most common volcanic rock.
    @materials_lab

    What materials can replace soil? (And why would this be necessary?) Stone wool, most commonly used as thermal insulation, might seem like a surprising substitute. Stone wool is made from basalt, the most common volcanic rock.

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    Looking for a foam alternative that’s bio-based and backyard compostable? Check out our #materialoftheweek Cruz Foam. @cruzfoam is made of majority upcycled food industry waste and is also industrially compostable. It will completely break down within about 45 days - similar to a banana peel!
    @materials_lab

    Looking for a foam alternative that’s bio-based and backyard compostable? Check out our #materialoftheweek Cruz Foam. @cruzfoam is made of majority upcycled food industry waste and is also industrially compostable. It will completely break down within about 45 days - similar to a banana peel!

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    “Can we truly call a system ‘green’ if it’s held in place by materials that may outlive the ecosystems they aim to sustain?” Associate Professor Danelle Briscoe (@danellebriscoe) asks this question in our upcoming exhibition,&nbsp;Eco Illusions: The Plastic Behind the Green.
    @materials_lab

    “Can we truly call a system ‘green’ if it’s held in place by materials that may outlive the ecosystems they aim to sustain?” Associate Professor Danelle Briscoe (@danellebriscoe) asks this question in our upcoming exhibition, Eco Illusions: The Plastic Behind the Green.

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    Here today, gone….in 1226 tomorrows. Can you guess which of these two foams is biodegradable? Compared with conventional polyurethane foam, which breaks down over hundreds of years, here’s a version that biodegrades 99.2% in less than 3.5 years (the green one!).
    @materials_lab

    Here today, gone….in 1226 tomorrows. Can you guess which of these two foams is biodegradable? Compared with conventional polyurethane foam, which breaks down over hundreds of years, here’s a version that biodegrades 99.2% in less than 3.5 years (the green one!).

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    Here’s a net positive: durable tiles made of recycled fishing nets and ropes. Maritime gear makes up at least 10% of plastic waste found in oceans, added at a whopping rate of 1.5 tons per minute.
    @materials_lab

    Here’s a net positive: durable tiles made of recycled fishing nets and ropes. Maritime gear makes up at least 10% of plastic waste found in oceans, added at a whopping rate of 1.5 tons per minute.

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    How do you transform glass into the “gold-standard” of insulation boards? Fill it with bubbles. Cellular glass (like regular float glass) is made from sand, limestone and soda ash. These simple ingredients are melted, cooled and crushed into powder with just a bit of carbon black.
    @materials_lab

    How do you transform glass into the “gold-standard” of insulation boards? Fill it with bubbles. Cellular glass (like regular float glass) is made from sand, limestone and soda ash. These simple ingredients are melted, cooled and crushed into powder with just a bit of carbon black.