**Decentralized Finance (DeFi) and the Center of Gravity (cg) Principle**

DeFi networks are a complex, interwoven mesh of liquidity pools, contracts, and tokens. Just as in the physical universe where matter/mass tends towards centralization around a center of gravity (cg), DeFi ecosystems inherently attempt to find their equilibrium or balance point.

Let's explore this analogy further, using the raft experiment as a metaphorical model:

### The Raft Experiment and DeFi

**1. The Raft and Liquidity Pools**

Imagine a liquidity pool as a raft on a vast lake of financial assets. The raft's central position is its equilibrium state, and its cg can be envisioned as the most optimal distribution of assets within it.

**Mathematically:**
\[ \text{Equilibrium (cg)} = \frac{\text{Total Assets in Pool}}{\text{Total Number of Tokens}} \]

**2. Rebalancing and Asset Movement**

When an investor enters the DeFi space and interacts with a liquidity pool (akin to a person stepping on the raft and moving), they disturb the equilibrium. Their actions introduce new assets or withdraw existing ones, shifting the cg.

**Mathematically:**
\[ \text{New cg} = \text{Old cg} + \frac{\text{Asset Change}}{\text{Total Tokens}} \]

**3. System's Response and Rebalancing**

Just as the raft naturally shifts to counterbalance the movement of the person, the DeFi system adjusts by redistributing assets or altering token values, seeking to restore its equilibrium.

**Mathematically:**
\[ \text{Rebalancing Effect} = \text{Equilibrium (cg)} - \text{New cg} \]

### The Cosmos, DeFi, and Equilibrium

The natural tendency of systems, both in the cosmos and in DeFi, is to seek a balance around their cg. But this balance is constantly challenged by external factors - traders, market movements, and liquidity providers in DeFi, or external forces and masses in the cosmos.

DeFi protocols, like the cosmos, oscillate around their equilibrium points. These oscillations can be characterized by frequency, and using the **Square-Cube Law, we can postulate that larger DeFi systems (like bigger liquidity pools or more extensive protocols) have a relatively lower frequency of oscillation compared to smaller ones.**

**Mathematically:**
\[ \text{Frequency} \propto \frac{1}{\text{Volume of the DeFi System}} \]

This means smaller DeFi systems, with their higher frequencies, have more opportunities to adjust and adapt, potentially offering quicker responses to market changes.

### Gravity Wells and DeFi

In the cosmic analogy, black holes, stars, and planets are analogous to major liquidity pools or dominant protocols in the DeFi space. Their gravitational pull (or financial influence) is immense, and they determine the broader ecosystem's behavior. The space between these gravity wells is akin to the smaller liquidity pools and minor contracts, constantly influencing and being influenced by the giants.

**Conclusion:**

Just as the cosmos continuously strives for equilibrium around centers of gravity, DeFi networks are in a perpetual dance of rebalancing. Understanding this balance and the inherent oscillations can offer insights into the market's behavior, guiding strategies and interactions within the decentralized financial space.

Sources:

https://www.quora.com/Is-Cosmos-decentralized