Title : Energet 02

Inspiration

Traditional energy systems rely heavily on secondary thermal and mechanical conversion processes (e.g., burning fossil fuels or solar thermal conversion), which suffer from significant thermodynamic losses and environmental degradationspan_1span_1. Inspired by fundamental particle physics and zero-point energy, "Energet 02" was conceptualized to tap directly into the intrinsic quantum vibrations of subatomic particles to harvest continuous, loss-free energyspan_2span_2.

What it does

Developed by researcher MD. Abu Hujaif (Alexy Layho), "Energet 02" introduces a Direct Energy production and collection model merging biotechnology with subatomic physicsspan_3span_3:

• Harvests energy directly from fundamental, indivisible particles (quarks, leptons, bosons) using quantum resonance, bypassing thermal conversionspan_4span_4.
• Employs engineered protein-based Bio-Nano-Antennas that act as specialized receptors for subatomic quantum vibrationsspan_5span_5.
• Utilizes a stabilized Resonance Chamber to ensure constant particle energy harvestingspan_6span_6.
• Channels raw subatomic energy through graphene-coated bio-membranes directly into usable DC electricityspan_7span_7.

How we built it

The theoretical framework was developed through interdisciplinary research in Quantum Physics, Nanotechnology, and Biotechnology at the University of Science and Technology, Chittagong (USTC)span_8span_8. By modeling particle frequencies and bio-membrane channel structures, the system transitions energy generation from conventional "Resource Extraction" to "Field Harvestingspan_9"span_9.

Challenges we faced

Maintaining particle resonance stabilization inside the chamber without external interference, and engineering resilient protein structures capable of conducting continuous micro-currents without degradationspan_10span_10.

What's next for Energet 02

Conducting molecular dynamics simulations for engineered protein receptors, optimizing graphene-bio-membrane conductivity, and exploring pilot prototype designs for bio-nano energy collection cellsspan_11span_11.

Built With

• and
• biochemistry
• biotechnology