Can the Ethereum Block Chain Exceed the Shallow Rare Blocks Chain?
As the world Becomes More and More Dependent on Blockchain Technology for Safe, Decentralized and Transparent Events, One Question That has sparked discussion Among experts is: Can the Entire Block Chain Exceed the Chain of Small Rare Blocks?
After break down to those who do not know block chains chains. Blockchain is a decentralized digital main book that records events on a computer network. Each Block of the Chain Contains a Summary of All Events Made After The Previous Block And Creates A New Block Title That Includes A Unique Code (Hash) for Each Event.
In Ethereum, The Consensus Algorithm, also Known As “Etath”, Used to Safeguard The Network by Demanding Mining Workers to Solve Complex Mathematical Puzzles is. About Time, The Difficulty Level of these puzzles Changes Due to the Number of Nodes and the Amount of Computed Force Avisable. This makes it difficult for the mine of the new blocks in a short time.
Fork scenario
Now Let’s Look at the Extreme Scenario Where Someone Creates A Blockchain Fork In The Genesis Block (The Very First Ethereum Network Block) With very Low Difficulty Settings. They start to quarry new blocks from this point and continuous to do so until they reach a certain milestone, for example 10 million events or more.
In Theory, if thesis miners Could Somehow Maintain Almost Standard Block Production, theoretically, they have much less time to achieve the number they need than in normal conditions. Theoretically, this mean that the entire block chain can be “pumped” in a chain of low weird Blocks Before the Network Safety is endangered.
But can it happen?
Theoretically yes, but there are several reasons why such an extreme scenario would not lead to the rapid collapse of the ethereum network:
- Network Congestion
: The Increased Number of Blocks would Cause Huge Strain on the Network, Causing Congion and Slowing the Events.
- Hash speed bottlenecks
: When more nodes are trying to dig for new blocks, the total breakdown rate (available calculation force) calculates, which it diffress to mintain a steady block production.
- Transaction Time : The Time Spent On Contrature of the Event is Significantly Increasing Due to the Greater Number of Events in The Queeue.
- Intelligent Contractual Impact : With the Increased Number of Intelligent Contracts, Intelligent Contracts Can Start To Experience Delays and Errors As They Interact With The Network.
Conclusion
Althegh a Chain of Low Rare Blocks is theoretically Possible to Cross The Ethereum Block Chain, there are many Practical restrictions that make this scenario very unlikely. Rapid Growth of the Network would probably lead to congestion, Sealing Bottlenecks, Events Delays and Intelligent Contract Errors Before Significant Damage.
In Summary, while it is a fascinating thought test, the idea of a chain of minor disorders that is beyond blockchain, is more of a theoretical opportunity than a practical reality. So Far, the Decentralized, Safe and Transparent Nature of the Ethereum Network Remains Undeniable Thanks to a Consensus Algorithm or A Strong Employment Relationship.
References
- “Ethereum 2.0: Vitalik Butin Technical Overview”
- “Block Chains on Computer Network: Scalable Solution for Secure Financial Transactions”
- “Intelligent Landscape contract: Trends and Applications”
Note: The Purpose of this article is to provide an Information overview of the subject Instead of Predicting a Certain Result or Providing Technical Advice.