CONCEPT
"Today's semiconductor fab technologies are built using a bottlenecked process: the expensive and time-intensive bulk and wafer manufacturing model (for example silicon solar and chip markets).
We are entering an era where the future of computing and materials science is built on the atomic level. By harnessing quantum-thin layers—a precision previously unimaginable—we are unlocking the true potential of advanced systems.
Our Mission: To accelerate this transition by deploying innovative concepts for high-volume, cost-effective mass production, making the quantum future achievable today."
SMATRTERCARBON ultra-thin Solar film based on quantum carbon dots, is pioneering a revolutionary. Alternative to traditional emergency generation and crystalline silicon or toxic solar cells, addressing key limitations such as high cost, complex manufacturing processes, and environmental concerns.
advantages
Flexibility and Versatile Installation
Non-Invasive Installation
Low-Profile and Aerodynamic
Novelty LED based on quantum carbon dots created under vacuum process the absence of any contamination creating stable chemical bonds. The mass production in commercial and process happened at room temperature (roll to roll) and saves energy
. The market in 2024 amounts to 135 billion dollars
DYNAMIC CARBON CAPTURE
Making carbon pollution crisis a solution
Changing future Making carbon pollution crisis a solution
Real time capture pollutant gasses by mobile robotic that convert to powder particles that can be recycled (patented). technology not requited infinite storing useless greenhouse gases in the ocean or land with future risk
