"Go back to nature!"
A naturalist outcries, revolting against the failed promises of industrialization.
Yet when we look at the world today, is this claim feasible? How can we stop the increasing pace of these advancements, engineering breakthroughs, and artificial intelligence when it is clearly not slowing down?
And since the proverbial cats out of the bag in terms of humanities continual appetite for technological advancement - maybe instead of trying to stop its course all together - would it be possible to guide its advancement into a better territory?
Maybe instead of pretending we can go "back to nature," what if we chose to consciously move forward towards it?
That's why at Sacred Geometrix we say,
"Forward into nature!"
While sci-fi plots continually paint a cyber-punk view of the future as dystopian and environmentally disastrous, is there another way to move forward that doesn't come at the expense of our planet, nature and humanity?
Yes, and there is a term that describes this future vision of humanity living in harmony with nature and technology that you may not have heard of.
It's called Solarpunk.
It's a shift in our current world view that is a psychological pre-requisite to catalyze the systematic dismantling of our present-day petroleum fueled, environmentally destructive economy.
Once we as humans decide we are tired of being fed these repetitive sci-fi plot lines depicting our future being corrupted by a value-less society of robots and technocrats, then can we catalyst the change needed to harness these technologies in a way that can build a positive new world thriving in harmony with our inventions and with nature.
If there's a will, there's a way.
An age old saying that can be used to describe the ingenuity of humans, and our limitless capability for innovation.
If instead of innovations made at the expense of nature, we invested in innovations to strengthen the eco-systems of nature - how massive could our impact be in the shaping of the future?
What if instead of poisoning our earth during the production of unsustainable materials using petroleum based polymers, we began investing in a world wide network of organic agriculture built to support the creation of an entirely new industry of bio-based materials?
At Sacred Geometrix we believe in the Solarpunk revolution.
Where our will is guided by conscious values, while harnessing the power of environmental technologies for the benefit of the entire planet.
By engineering processes to strengthen our natural resources, instead of weaken them, we could encourage bio-diversity and empower innovations designed to improve the health and well being for nature - and all the eco-systems of our planet.
Though the path forward will take tremendous work and perseverance, even small acts like supporting organic agriculture of food and other crops that are used for clothing, anyone can play their part in this revolution.
And so we hope you will join in with us on this mission, and share in the values to align with this vision: to collectively create a story arc of humanity worth living. One that moves forward into nature, implores its intelligence and its wisdom, to support and sustain bio-diversity for all those who call this planet home.
Below are some additional concepts and resources in the fields of Engineering and Technology, New Material Sciences and Organizations Working Towards Green Technology Revolution
Although humanity still has far to go, its the spirit of these ideas and solutions that will foster the vision for our Solarpunk future to become a reality.
Engineering and Technology
- : Captures carbon dioxide from industrial emissions and stores it underground, preventing it from entering the atmosphere. Facilities in Switzerland, the US, and Canada are pioneering this technology to combat climate change3.
-
: Transparent glass that generates electricity from sunlight while allowing light to pass through. University of Michigan's solar glass can supply up to 40% of US energy needs if widely adopted3.
-
: Advanced energy infrastructure using sensors, automation, and networking to optimize energy production, reduce waste, and integrate renewables. Smart grids could cut carbon emissions by 58% by 2030 compared to 2020 levels3.
-
: Networked devices monitor air and water quality, track pollution, and provide real-time data for better environmental management. Wearable air quality sensors are an emerging trend3.
-
: Highly energy-efficient lighting that reduces power consumption and greenhouse gas emissions. By 2030, LEDs are projected to reduce US energy use by 40%3.
-
: Remove contaminants and odors from air and water using biological processes1.
-
: Manage stormwater runoff and integrate trees into agricultural systems to enhance soil health and biodiversity1.
-
: Reduce emissions from transportation, a major source of urban pollution1.
-
: Promote eco-friendly construction and operation of buildings1.
- : A company that sells kite rigs to propel cargo ships, large yachts and fishing vessels by wind energy as well as airborne energy systems for electricity production from high altitude winds 1.
Material Science Innovation
-
: Development of materials that use fewer raw resources, generate less waste, and minimize lifecycle environmental impact. Innovations include biomimicry, bio-based materials, and modular designs for easier reuse or recycling2.
-
: Digital platforms allow scientists to optimize materials for durability, flexibility, and environmental safety before physical production, reducing waste and resource use2.
Organizations Leveraging Environmental Technologies:
-
: Builds open-source, collaborative tech ecosystems for climate-smart agriculture, improving soil health and resilience4.
-
: Uses technology to locate, measure, and plug abandoned oil and gas wells, reducing greenhouse gas emissions and restoring land4.
-
: Develops water technologies to detect, remove, and recycle microplastics and micropollutants, protecting water quality and ecosystems4.
-
: Implements clean water solutions in the Central African Republic, using monitoring and remote sensing to ensure long-term well functionality4.
-
: Runs accredited school garden and hydroponics programs, using STEM education to foster environmental stewardship4.
-
: Operates an online platform to promote reuse, reduce waste, and keep items out of landfills by connecting people for free exchanges4.
-
: Focuses on renewable energy solutions and seamless transition to sustainable power sources5.
