Merge pull request #147 from zama-ai/docs/readme-update

doc(README): minor changes

README.md

@@ -24,22 +24,22 @@ Thanks to a breakthrough in homomorphic encryption, Zama’s fhEVM makes it poss
 
 ### Zama’s fhEVM enables confidential smart contracts using fully homomorphic encryption (FHE)
 
-- **End-to-end encryption of transactions and state:** Data included in transactions is encrypted and never visible to anynone.
+- **End-to-end encryption of transactions and state:** Data included in transactions is encrypted and never visible to anyone.
 - **Composability and data availability on-chain:** States are updated while remaining encrypted at all times.
 - **No impact on existing dapps and state:** Data stored on-chain remains encrypted end-to-end.
 
 ### Developers can write confidential smart contracts without learning cryptography
 
 - **Solidity Integration:** fhEVM contracts are simple solidity contracts that are built using traditional solidity toolchains.
-- **Simple DevX:** Developers can use the euint data types to mark which part of their contracts should be private.
+- **Simple DevX:** Developers can use the `euint` data types to mark which part of their contracts should be private.
 - **SC-defined ACL:** All the logic for access control of encrypted states is defined by developers in their smart contracts.
 
 You can take a look at our list of [examples](/examples).
 
 ### Powerful features available out of the box
 
 - **High Precision Integers -** Up to 256 bits of precision for integers
-- **Full range of Operators -** All typical operators are available: +,-,\*,/,<,>.==,...
+- **Full range of Operators -** All typical operators are available: `+`, `-`, `*`, `/`, `<`, `>`, `==`, …
 - **Encrypted If-Else Conditionals -** Check conditions on encrypted states
 - **On-chain Secure Randomness -** Generate randomness without using oracles
 - **Configurable Decryption -** Threshold, centralized or KMS decryption
@@ -114,7 +114,7 @@ test/tfheOperations/tfheOperations.ts
 
 ### Tests
 
-The easiest way to understand how to write/dev smart contract and interact with them using **fhevmjs** is to read and explore the few tests available in this repository.
+The easiest way to understand how to write/dev smart contract and interact with them using **fhevmjs** is to read and explore the available tests in this repository.
 
 #### Fast start
 
@@ -143,7 +143,8 @@ npm run fhevm:stop
 
 #### Faucet
 
-To use a ready to use test (only for dev) wallet first, prepare the .env file that contains the mnemonic.
+For development purpose, we provide a ready to use wallet. In order to use
+it, prepare the .env file that contains the mnemonic.
 
 ```bash
 cp .env.example .env