New Breakthrough Research Challenges Bitcoin’s Future:
December 2025 — For Immediate Release
A groundbreaking new paper by researcher and theorist Kinyo Laditan is sending shockwaves through the technology, finance, and cryptography communities. The paper, titled “The Entropic Limit of Decentralized Cryptosystems: Why Bitcoin Cannot Function as a Global Financial Architecture,” presents a bold and deeply original argument: Bitcoin’s foundational mechanism—decentralized encryption—is governed by natural entropy costs that cannot be engineered away.
The work reframes a decade-long debate around cryptocurrency scalability, presenting a scientifically structured case that Bitcoin cannot, and will never, function as a global monetary system.
A New Way of Understanding Encryption
Laditan’s paper introduces a transformative idea: encryption should be understood not merely as a technological tool, but as a natural entropic phenomenon, similar to gravity or thermodynamic heat.
This framing leads to a powerful conclusion:
-
Encryption has a natural cost that cannot decrease over time.
-
Decentralized systems multiply this cost through redundancy.
-
As Bitcoin scales, its energy and computational demands scale faster.
This suggests the limitations of Bitcoin are not engineering problems but laws of nature.
Centralization as an Entropy Advantage
The paper argues that every decentralized financial system inherently incurs massive redundancy overhead:
-
every node stores the full ledger,
-
every miner performs duplicative work,
-
every transaction requires global consensus.
Centralized financial systems—such as Fedwire, SWIFT, VisaNet, and upcoming CBDCs—avoid these entropic costs by maintaining a single authoritative ledger.
The result is clear:
Centralized systems will always be more energy-efficient, faster, and cheaper than decentralized cryptocurrencies.
Bitcoin’s True Value: Internal Optimization, Not Global Replacement
Rather than dismiss blockchain entirely, Laditan’s research identifies a more sustainable role for the technology:
-
internal enterprise audit systems
-
supply chain validation
-
settlement inside institutions
-
secure governance rails
In these bounded environments, encryption costs remain manageable.
Thus, Bitcoin’s architecture may be revolutionary — but only within institutions, not against them.
A Turning Point in Crypto Theory
This paper is already being described by early readers as:
-
“a Copernican shift for crypto economics,”
-
“the first unified entropy-based argument against global-scale decentralization,”
-
“a scientific framing of what the market has been showing for years.”
The publication comes at a moment when governments worldwide are advancing centralized digital currencies, while Bitcoin faces increasing questions about scalability, sustainability, and real-world integration.
About the Author
Kinyo Laditan is a multidisciplinary researcher known for developing the dimensional matrix theory, exploring the intersections of physics, information, and societal systems. His work spans governance models, creative ecosystems, and the deep structures underlying modern technology.
Read the Full Paper
The complete paper, “The Entropic Limit of Decentralized Cryptosystems,” is now available for public review: https://www.blackgenius.projectforward.tv/2025/12/the-entropic-limit-of-decentralized.html
.png)
.png)
.png)
.png)
Comments
Post a Comment