The Suprock Foundation

The Material Archive for Possible Futures

We challenge rote-acceptance of engineering and scientific doctrines so that
it may not become habitual patterns of thinking that limit new designers’
perspective.

We strive to emphasize the importance of creativity and artistry as an educational component of engineering.

Writing Pillars

For stewardship of human knowledge.

We provide a medium through which persons or entities interested in the production, fabrication, and technological basis of advanced material technologies can sponsor research and development for the benefit of mankind, with an emphasis of focus on technologies that are useful for a wide range of applications including industrial, biomedical, agriculture, and astrophysical purposes.

This pillar asks how planetary care — rooted in both ancestral wisdom and modern innovation — can guide us toward more resilient futures.

To challenge the status quo

We believe challenging rote-acceptance and reaching into the past are not mutually exclusive concepts. We aim to foster a culture that explores the threads that link generations, one that harmonizes ancient wisdom with “new” discoveries.

This pillar reveals how memory shapes identity, how heritage influences creativity, and how recovering lost or hidden histories strengthens our collective imagination.

It affirms that the past is not static — it is active material for building tomorrow.

A better future through preservation.

To provide for the preservation of technically effective legacy technologies so that skills of the arts are remembered and weather the coming and going of contemporary solutions which may have higher overhead or supply chain fragility.

This pillar embraces non-linear time, visionary design, and re-enchantment — opening pathways to futures that expand, rather than constrain, human potential.

Sharing of information

To engage with fellow researchers by maintaining facilities, engineering equipment, and know-how to extend advisory services and advanced equipment to other researchers at private, public, and educational institutions

We ascertain, prepare, and disseminate information with respect to scientific research and development activities in the field of engineering materials and processes.

Extracting difficult signals for a better understanding of the universe.

Signals capture the quick movements of the universe — we focus on sensor technologies that
are useful for a wide range of applications including industrial, biomedical,
agriculture, and astrophysical purposes.

We specialize in helping others extract signals from extreme environments such as applications requiring wireless power or extreme temperatures.

Extracting such signals from the physical properties of the universe starting with first principles of energy-material interactions with the medium of space and how to engineer those interactions to benefit human intent.