Merge remote-tracking branch 'origin/main' into wiki-pages

docs/_sidebar.md

@@ -69,6 +69,7 @@
     - [PTC](/wiki/research/PBS/PTC.md)
     - [PEPC](/wiki/research/PBS/PEPC.md)
     - [TBHL](/wiki/research/PBS/TBHL.md)
+  - [eODS](/wiki/research/eODS.md)
   - Preconfirmations
     - [Preconfirmations](/wiki/research/Preconfirmations/Preconfirmations.md)
     - [Based Sequencing with Preconfs](/wiki/research/Preconfirmations/BasedSequencingPreconfs.md)

docs/wiki/CL/SSZ.md

@@ -2,9 +2,10 @@
 
 ## Overview
 
-Simple Serialize (SSZ) is a serialization and [Merkleization](/docs/wiki/CL/merkleization.md) scheme designed specifically for Ethereum's Beacon Chain. SSZ replaces the [RLP serialization](/docs/wiki/EL/RLP.md) used on the execution layer (EL) everywhere across the consensus layer (CL) except the [peer discovery protocol](https://github.com/ethereum/devp2p). Its development and adoption are aimed at enhancing the efficiency, security, and scalability of Ethereum's CL.
 
-This document is about SSZ Serialization. You can learn more about SSZ merkleization at the [merkleization wiki page](/docs/wiki/CL/merkleization.md).
+Simple Serialize (SSZ) is a serialization and [Merkleization](/wiki/CL/merkleization.md) scheme designed specifically for Ethereum's Beacon Chain. SSZ replaces the [RLP serialization](/wiki/EL/RLP.md) used on the execution layer (EL) everywhere across the consensus layer (CL) except the [peer discovery protocol](https://github.com/ethereum/devp2p). Its development and adoption are aimed at enhancing the efficiency, security, and scalability of Ethereum's CL.
+
+This document is about SSZ Serialization. You can learn more about SSZ merkleization at the [merkleization wiki page](/wiki/CL/merkleization.md).
 
 
 ## SSZ Tools
@@ -13,7 +14,7 @@ There are many tools available for SSZ. Here is a [full list](https://github.com
 
 - [py-ssz](https://github.com/ethereum/py-ssz)
 - [dafny](https://github.com/ConsenSys/eth2.0-dafny)
-- [Eth2.py](https://github.com/protolambda/remerkleable)
+- [remerkleable](https://github.com/protolambda/remerkleable)
 - [fastssz](https://github.com/ferranbt/fastssz/)
 - [rust-ssz](https://github.com/ralexstokes/ssz-rs)
 
@@ -44,6 +45,8 @@ _Table: SSZ VS RLP Comparison by [Piper Merriam](https://twitter.com/pipermerria
 
 **Deterministic Serialization**:
 - **SSZ**: Provides deterministic serialization results, ensuring that the same data structure serializes to the exact same byte sequence every time, which is crucial for consensus reliability.
+- **RLP**: RLP also provides deterministic serialization results.
+
 
 For these reasons, there is a strong effort in Ethereum to completely migrate to SSZ serialization for everything and stop the usage of RLP serialization.
 

docs/wiki/CL/merkleization.md

@@ -1,6 +1,8 @@
 # Merkleization and Hash Tree Roots 
 
-In Ethereum consensus mechanism, it's critical for all participating nodes to agree on the state of the system consistently and efficiently. The [Simple Serialize (SSZ)](/docs/wiki/CL/SSZ.md) framework facilitates this through Merkleization, a process that transforms serialized data into a Merkle tree structure. The goal of the Merkleization scheme is to ensure that constrained environments (light clients, execution environments, etc.) can have access to light-weight proofs which they can use to make important decisions. This wiki page discusses the intricacies of Merkleization and its importance in ensuring a shared state across nodes in a scalable and secure manner.
+
+In Ethereum consensus mechanism, it's critical for all participating nodes to agree on the state of the system consistently and efficiently. The [Simple Serialize (SSZ)](/wiki/CL/SSZ.md) framework facilitates this through Merkleization, a process that transforms serialized data into a Merkle tree structure. The goal of the Merkleization scheme is to ensure that constrained environments (light clients, execution environments, etc.) can have access to light-weight proofs which they can use to make important decisions. This wiki page discusses the intricacies of Merkleization and its importance in ensuring a shared state across nodes in a scalable and secure manner.
+
 
 ## Terminology and Methods
 

docs/wiki/epf.md

@@ -6,6 +6,6 @@ Because the protocol, its development and research is fully public and open, any
 
 The fellowship is fully open and permissionless, anyone can join the community to start working their area of interest. The cohort opens up with an application process and ends with EPF Day in-person event at Devcon.  The most active and skilled contributors might be eligible for stipend at the start of the cohort based on their application or retrospectively. 
 
-> Upcoming EPF cohorts are announced when applications open. Follow the [mailing list, ESP discord and EF blog](/eps/intro.md#important-links) to stay informed. 
+> Upcoming EPF cohorts are announced when applications open. Follow the [mailing list, EPS discord and EF blog](/eps/intro.md#important-links) to stay informed. 
 
 All work done within EPF cohorts can be found in [eth-protocol-fellows repositories](https://github.com/orgs/eth-protocol-fellows/repositories). Each cohort repo includes `/projects` directory with all project proposals and `dev-updates.md` document tracking weekly progress of every participant. Use these resources to learn about the protocol, fellows' work and get inspiration for your own projects. 

docs/wiki/research/eODS.md

@@ -13,7 +13,7 @@
 
 Principal–Agent problem of liquid staking, in which the interests of the Agent are not aligned with the interests of the Principal, is part of any capital delegation, and even more so present in today's staking ecosystem[^1].
 
-Since the early days of Beacon Chain, market structures enabling to provide liquidty for staking pools without running an actual validator software have emerged in Ethereum.
+Since the early days of Beacon Chain, market structures enabling to provide liquidity for staking pools without running an actual validator software have emerged in Ethereum.
 Thus, staking has split naturally in two classes of participants, outside protocol level[^2]:
 
 |    Tier    |                                                        Current natural separation                                                        | Slashing risk |
@@ -198,7 +198,7 @@ In order to improve delegate selection powers[^17], we can:
 
 * improve voting tools within pools
 
-  Under the current paradigm, voting within staking pools is limited to governance token-holders (not ETH holders). There are attempts of Optimistic governance, where ETH holders can veto LSP governance votes, but (paraphrasing Vitalik) token voting is not strong enough, and ultimately any form of unincentivised delegate selection is just a type of token voting.
+  Under the current paradigm, voting within staking pools is limited to governance token-holders (not ETH holders). There are attempts of Optimistic governance, where ETH holders can veto LSP governance votes, but (paraphrasing Vitalik) token voting is not strong enough, and ultimately any form of unincentivized delegate selection is just a type of token voting.
 
 * improve competition between pools
 

docs/wiki/research/roadmap.md

@@ -17,7 +17,7 @@ The discussion, resources and all research and development on the core protocol
 While there is not a single roadmap that Ethereum development follows, we can track the current R&D efforts to map what changes are happening and might happen in the future. 
 A popular overview mapping many domains of the current core research and development is Vitalik's chart (December 2023):
 
-![Ethereum roadmap updated by V.B. Dec2023](/wiki/research/img/full_roadmap2024_1600x1596.webp)
+![Ethereum roadmap updated by V.B. Dec2023](../research/img/full_roadmap2024_1600x1596.webp)
 
 In this overview, different domains are coupled to related categories forming various 'urges'. Many of these boxes have their own page on this wiki where you can study more.  
 
@@ -28,7 +28,7 @@ Upgrades relating to the switch from proof-of-work to proof-of-stake. The Merge
 **IMPLEMENTED**
 | Upgrade                              |                                             Description                                             |                                                                                                      Effect                                                                                                       | State of the art                                     |
 |:------------------------------------ |:---------------------------------------------------------------------------------------------------:|:-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------:|:---------------------------------------------------- |
-| Launch the Beacon Chain              |             A crucial step in Ethereum's shift to a proof-of-stake consensus mechanism              |                                         Beacon Chain was launched as an independent network connected to Ethereum, bootstraping validators in preparation for the Merge.                                          | shipped </br> EIP-2982<span markdown='1'>[^1]</span> |
+| Launch the Beacon Chain              |             A crucial step in Ethereum's shift to a proof-of-stake consensus mechanism              |                                         Beacon Chain was launched as an independent network connected to Ethereum, bootstrapping validators in preparation for the Merge.                                          | shipped </br> EIP-2982<span markdown='1'>[^1]</span> |
 | Merge Execution and Consensus Layers |              Ethereum's execution layer merged with the Beacon chain (consensus layer)              | Proof-of-work activities ceased and the network's consensus mechanism shifted to proof-of-stake. Validators have the role and responsibility for processing the validity of all transactions and proposing blocks | shipped                                              |
 | Enable Withdrawals                   | The last of the three-part process of Ethereum's transition to a proof-of-stake consensus mechanism |                                                             Validators can add their withdrawal credentials and Beacon Chain sweeps all inactive ETH                                                              | shipped </br>EIP-4895[^2]                            |
 

wordlist.txt

@@ -50,7 +50,6 @@ bilinear
 bilinearity
 BIP
 bitlist
-Bitlist
 Bitlists
 bitrate
 bitvector
@@ -63,7 +62,6 @@ blockchain's
 blockchains
 blockquote
 blockquotes
-blockquote
 blocksize
 bloXroute
 bloXroute's
@@ -72,7 +70,6 @@ Bogotá
 Boneh
 bool
 booleans
-Booleans
 bootup
 borderless
 BPE
@@ -112,6 +109,7 @@ CODECOPY
 codecs
 coinbase
 collateralised
+collateralized
 COMIS
 commoditized
 Composability
@@ -270,6 +268,7 @@ Francesco
 Frege
 Friedrich
 frontend
+frontrunning
 fulfillments
 fullscreen
 Fullstack
@@ -287,7 +286,6 @@ getPayloadV
 getters
 ghost
 Gilles
-Goeril
 Goerli
 Golang
 Goldwasser
@@ -316,6 +314,7 @@ homomorphic
 Hopinheimer
 Hotz
 Hsiao
+HSP
 Hulsing
 Hyperledger
 Hyperplonk
@@ -362,6 +361,7 @@ Kira
 Kleppmann
 Koblitz
 Kurtosis
+Kyber
 KZG
 Lamport
 Lamport's
@@ -380,7 +380,6 @@ lmd
 LMD
 Longrightarrow
 lookahead
-Lookahead
 LSB
 LSM
 LSP
@@ -402,12 +401,10 @@ Mempool
 Menezes
 merkelizing
 merkle
-Merkle
 Merkleization
 Merkleize
 Merkleized
 Merkleizing
-mev
 MEV
 mevboost
 Michaël
@@ -478,7 +475,6 @@ PeerDAS
 Peeters
 pepc
 pepc's
-performace
 performence
 permissionless
 permissionlessness
@@ -504,7 +500,6 @@ preconfed
 preconfer
 preconfer's
 preconfers
-Preconfers
 preconfirm
 preconfirmation
 preconfirmations
@@ -544,6 +539,7 @@ Rareskills
 RB
 README
 referrerpolicy
+remerkleable
 repo
 responder
 restaking
@@ -648,7 +644,6 @@ TLS
 TODO
 TPS
 tracoor
-Tracoor
 tradeoff
 tradeoffs
 transactional
@@ -715,4 +710,4 @@ zk
 zkEVMs
 ZKSNARK
 ZKSNARKs
-Zksync
+Zksync