**CANEN** Research & Development Inc.

# Leveraged Gravity

**CANEN** Research & Development Inc.

**CANEN** Research & Development Inc.

**CANEN** Research & Development Inc.

Clean, efficient energy storage system, offering expandable capacity, zero degradation for true long-term storage, century-long durability, and non-volatile operation.Free bodies of mass are stored over time to be processed at a higher frequency leveraged cycle when energy is extracted

Exploring the intersection of gravitational mechanics, rotational dynamics, and energy conservation.

Here are some key areas of our scientific inquiry:

- Gravitational Torque Averaging Principle: We investigate the principle that in systems where a mass descends in a circular arc under gravity, the average effective torque is 2/π (approximately 0.6366) times the maximum torque.
- Natural Proportions in Gravitational Systems: Our research examines the intriguing similarity between the 2/π factor and the inverse of the golden ratio (approximately 0.618). We're exploring whether this relationship reflects a natural optimization in systems evolving under gravitational influence.
- Efficiency in Leveraged Gravitational Systems: We're studying how different proportions in our system affect energy storage efficiency, with a focus on minimizing losses and maximizing power output.
- Scaling Laws in Gravity-Based Energy Storage: Our team is investigating how our system's performance scales with size, mass, and rotational speed, aiming to determine optimal configurations for various energy storage requirements.

Helical winding sheave used for vertical displacement lab that demonstrates leveraged gravity concept efficiency. Using two equal objects with one being the input on the end of a balanced lever that turns winding sheave 1:4 shown wrapping a follower that suspends the opposite object. Final vertical measurements are compared after each mo

Helical winding sheave used for vertical displacement lab that demonstrates leveraged gravity concept efficiency. Using two equal objects with one being the input on the end of a balanced lever that turns winding sheave 1:4 shown wrapping a follower that suspends the opposite object. Final vertical measurements are compared after each movement producing a visual result that can be measured as potential energy is converted to kinetic energy and then back to potential energy. Identical objects of mass exchangeable as the input and output effort descending in arc at a constant velocity ,output accelerates then decelerates.

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