Hey there, blockchain enthusiasts! If you're into the nitty-gritty of Ethereum's evolution, you'll want to

- Maybe relate how these updates could impact meme token ecosystems, like scaling helping meme tokens.
check out this recent thread from Ladislaus.eth on X. It's a roundup of the Ethereum Foundation's (EF) protocol research updates for the weeks of September 5 to 19, 2025. These insights are crucial for understanding how Ethereum is tackling big challenges like scaling and security, which could indirectly boost the meme token scene by making the network faster and cheaper for everyone.

Ladislaus kicks things off with a thread highlighting fresh posts and papers. Let's break it down step by step, keeping things straightforward – no need for a PhD to follow along.

Ethereum State Analysis: Tackling Bloat and Stale Data

One standout piece is an in-depth look at Ethereum's state – basically, all the data stored on the blockchain, like smart contract info and account balances. The analysis shows some eye-opening stats: 55% of contracts are used just once, 97% have duplicate code, over half have no storage, and 63% of storage slots are touched only once.

Why does this matter? As Ethereum grows, this "state bloat" (extra junk data) and "stale state" (old, unused data) can slow things down. Scaling the layer-1 network means the community needs smart solutions here. For meme token creators and traders, a leaner Ethereum could mean lower fees and quicker transactions, making those viral pumps even more accessible.

Read the full analysis here.

PeerDAS Cryptography: Boosting Security Confidence

Next up, a new paper dives into the security of PeerDAS, a data availability sampling method that's key for Ethereum's scaling roadmap. It provides a fresh proof in the standard model under solid assumptions, ramping up trust in its crypto foundations.

In simple terms, PeerDAS helps ensure data is available without everyone downloading everything, which is vital for handling more transactions. Stronger security means fewer risks for the network, indirectly benefiting meme tokens built on Ethereum by keeping the ecosystem stable.

Check out the paper on ePrint.

Incrementally Verifiable Computation: A New Model for ZK Tech

This one's a collab paper introducing the Open-and-Sign Random Oracle Model (osROM) for Incrementally Verifiable Computation (IVC). IVC is used in zero-knowledge (ZK) proving systems, which let you verify computations without revealing details – super useful for privacy and scaling.

The paper strengthens the theoretical base for IVC, pulling together scattered insights from the literature. For the meme world, better ZK tech could enable more complex, private meme token features, like anonymous voting in DAOs or hidden trades.

Dive deeper here.

Fusaka-Devnet-5: Setting Blob Parameters for Future Forks

The ethPandaOps team crunched data from the Fusaka-Devnet-5 testnet to suggest starting values for the upcoming Blob Parameter Only (BPO) hard forks. They recommend kicking off with 15 max blobs per block, with 21 as a possible upgrade.

Blobs are chunks of data used in Ethereum's data availability layer, helping rollups (layer-2 solutions) store data cheaply. Higher blob counts mean more capacity, which could slash costs for layer-2 meme token launches and trades.

See the full analysis here.

Lean Consensus Call #7: Simplifying Multisig and More

Ladislaus shares a summary of the seventh lean consensus call (formerly beam call), focusing on leanMultisig specs, leanVM design, leanSpecs, and post-quantum interop – all with an eye on simplicity.

These discussions aim to optimize Ethereum's consensus layer. For meme enthusiasts, streamlined consensus could lead to a more efficient network, supporting higher throughput for those fast-moving token trends.

Catch the thread summary here.

ZK Attester Client: Impact on Staking and Nodes

There's also a plug for an article on how layer-1 zkEVM efforts might change staking and node-running, spotlighted through a ZK attester client.

zkEVMs bring ZK proofs to Ethereum virtual machine execution, potentially making validation faster and cheaper. This could democratize staking, letting more folks participate and secure the network where meme tokens live.

Explore it on Paragraph.

Wrapping Up with Previous Updates

The thread nods to last week's edition for continuity, and there's a mention of the Proximity Prize announcement from earlier. If you're hooked, follow Ladislaus for weekly drops.

These updates show Ethereum's research community is hard at work, paving the way for a more scalable, secure blockchain. For meme token insiders, keeping an eye on these could give you an edge on how network improvements might spark the next big trend.

Want the full thread? Head over to