fix(tokens-ledgers): rename Tokenomics to Network Economics

- Rename tokenomics.md to network-economics.md
- Update title to "Network Economics" and description
- Rename ## SNS tokenomics section to ## SNS economics
- Update inbound links in ledgers.md, governance.md, index.md
- Leave 'tokenomics' in governance/launching.md unchanged: domain-appropriate
  terminology in the SNS launch context (NNS community uses it; dashboard
  tool is named "SNS Tokenomics Analyzer")

Author: marc0olo

docs/concepts/governance.md

@@ -1,6 +1,6 @@
 ---
 title: "Governance"
-description: "How ICP is governed: the NNS, SNS for app governance, neurons, proposals, and tokenomics fundamentals"
+description: "How ICP is governed: the NNS, SNS for app governance, neurons, proposals, and economics fundamentals"
 sidebar:
   order: 13
 ---
@@ -78,7 +78,7 @@ Neurons that vote (directly or through following) earn voting rewards. The proto
 
 Rewards accumulate as **maturity** rather than ICP directly. Neurons can convert maturity to ICP (with a modulation of ±5% applied to the mint amount) or merge maturity back into their stake to compound future rewards.
 
-The reward rate declines over time as the protocol matures, converging toward a lower floor rate over roughly a decade. See [Tokenomics](tokenomics.md) for details on the reward rate schedule and supply dynamics.
+The reward rate declines over time as the protocol matures, converging toward a lower floor rate over roughly a decade. See [Network economics](network-economics.md) for details on the reward rate schedule and supply dynamics.
 
 ## The Service Nervous System
 

docs/concepts/index.md

@@ -24,12 +24,12 @@ Understand the ideas behind the Internet Computer before you build on it. These
 ## Cryptography and cross-chain
 
 - **[Chain-Key Cryptography](chain-key-cryptography.md)**: Threshold signatures that enable cross-chain integration, fast finality, and chain evolution.
-- **[Chain Fusion](chain-fusion.md)**: How ICP connects to Bitcoin, Ethereum, Solana, and other blockchains natively.
+- **[Chain Fusion](chain-fusion/index.md)**: How ICP connects to Bitcoin, Ethereum, Solana, and other blockchains natively.
 - **[VetKeys](vetkeys.md)**: Verifiable encrypted threshold key derivation for onchain encryption and secret management.
 
 ## Trust and governance
 
 - **[Security Model](security.md)**: Canister isolation, trust boundaries, and the threat model for app developers.
 - **[Governance](governance.md)**: The NNS, SNS for app governance, neurons, and proposals.
-- **[Tokenomics](tokenomics.md)**: ICP token uses, voting rewards, supply dynamics, and SNS token economics.
+- **[Network economics](network-economics.md)**: ICP uses, governance rewards, supply dynamics, and SNS asset configuration.
 - **[Ledgers](ledgers.md)**: How ICRC and ICP ledgers work, address formats, and scaling architecture.

docs/concepts/ledgers.md

@@ -66,7 +66,7 @@ Fees are typically small and fixed (for example, the ICP transfer fee is 0.0001
 ## Next steps
 
 - [Digital assets guide](../guides/digital-assets/ledgers.md): ICRC-1/2 API usage, transfer examples, balance queries
-- [Tokenomics](tokenomics.md): how ICP and SNS assets are economically designed
+- [Network economics](network-economics.md): how ICP and SNS assets are economically designed
 - [Cycles](cycles.md): cycles as the computational fuel that ledger canisters and other canisters consume
 - [Chain-key tokens](chain-fusion.md): ckBTC, ckETH, and other 1:1 backed asset ledgers
 

docs/concepts/tokenomics.md docs/concepts/network-economics.mddocs/concepts/tokenomics.md renamed to docs/concepts/network-economics.md

@@ -1,6 +1,6 @@
 ---
-title: "Tokenomics"
-description: "ICP and SNS economics: uses, governance rewards, supply dynamics, and SNS asset configuration"
+title: "Network Economics"
+description: "How the Internet Computer's economic model works: ICP uses, governance rewards, supply dynamics, and SNS asset configuration"
 sidebar:
   order: 13
 ---
@@ -48,9 +48,9 @@ ICP has both inflationary and deflationary mechanisms:
 
 The net effect on supply depends on market conditions: when cycle demand is high (more computation), more ICP is burned. When governance participation is high, more ICP is minted. The [NNS dashboard](https://dashboard.internetcomputer.org/governance) shows live estimates of supply, staking, and annualized voting rewards.
 
-## SNS tokenomics
+## SNS economics
 
-Each SNS deploys its own governance asset alongside its canister, with a tokenomics configuration set at launch. The mechanics are similar to the NNS: staking for voting power, configurable voting reward minting, transaction fee burning, and a treasury for SNS-controlled spending.
+Each SNS deploys its own governance asset alongside its canister, with an economics configuration set at launch. The mechanics are similar to the NNS: staking for voting power, configurable voting reward minting, transaction fee burning, and a treasury for SNS-controlled spending.
 
 Key parameters a team configures for their SNS:
 
@@ -59,7 +59,7 @@ Key parameters a team configures for their SNS:
 - **Reward rate**: whether and at what rate the SNS mints new assets for governance participation.
 - **Transaction fees**: a per-transfer fee that is burned, creating deflationary pressure.
 
-SNS tokenomics is entirely configurable and independent of the NNS ICP tokenomics model. Two SNS instances can have very different economic designs.
+SNS economics is entirely configurable and independent of the NNS economic model. Two SNS instances can have very different economic designs.
 
 ## Next steps