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Smales Horseshoe Map Chaos Theory - Code for L1
import hashlib import numpy as np import random class Block: def init(self, index, timestamp, data, previous_hash): self.index = index self.timestamp = timestamp self.data = data self.previous_hash = previous_hash self.hash = self.calculate_hash() def calculate_hash(self): block_string = json.dumps(self.__dict__, sort_keys=True) return hashlib.sha256(block_string.encode()).hexdigest() class Blockchain: def init(self): self.chain = [] def add_block(self, data): index = len(self.chain) + 1 timesta
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ORACLES
ORACLES
In cryptography, oracles have become an essential concept, providing critical insights into the relationships between different computational problems. While oracles are hypothetical devices that can solve specific problems instantly, their theoretical implications have profound impacts on cryptographic methods, especially with the advent of quantum computing.
In classical cryptography, oracles are used to model and understand the security of cryptographic schemes.
Quantum computing
In cryptography, oracles have become an essential concept, providing critical insights into the relationships between different computational problems. While oracles are hypothetical devices that can solve specific problems instantly, their theoretical implications have profound impacts on cryptographic methods, especially with the advent of quantum computing.
In classical cryptography, oracles are used to model and understand the security of cryptographic schemes.
Quantum computing
ORACLES
In cryptography, oracles have become an essential concept, providing critical insights into the relationships between different computational problems. While oracles are hypothetical devices that can solve specific problems instantly, their theoretical implications have profound impacts on cryptographic methods, especially with the advent of quantum computing.
In classical cryptography, oracles are used to model and understand the security of cryptographic schemes.
Quantum computing introduces new types of oracles that leverage quantum mechanics to solve problems that are infeasible for classical computers.
Quantum oracles have been instrumental in developing and understanding secure quantum bit commitment protocols. These protocols rely on the inability to distinguish between quantum without specific information, which can be guaranteed using a state discrimination oracle. Secure bit commitment is possible even if traditional computational assumptions fail, provided the quantum discrimination remains hard.
Oracles, both classical and quantum, are pivotal in the theoretical and practical advancements of cryptography. They provide a framework for understanding the complexities and potential vulnerabilities of cryptographic systems in a quantum world. As quantum computing continues to evolve, the study and application of quantum oracles will be essential in developing robust future proof cryptographic protocols, enabling our digital communications to remain secure against even the most powerful computational threats.
#Oracles #security #Bitcoinarena #bnb #BinanceTournament
In cryptography, oracles have become an essential concept, providing critical insights into the relationships between different computational problems. While oracles are hypothetical devices that can solve specific problems instantly, their theoretical implications have profound impacts on cryptographic methods, especially with the advent of quantum computing.
In classical cryptography, oracles are used to model and understand the security of cryptographic schemes.
Quantum computing introduces new types of oracles that leverage quantum mechanics to solve problems that are infeasible for classical computers.
Quantum oracles have been instrumental in developing and understanding secure quantum bit commitment protocols. These protocols rely on the inability to distinguish between quantum without specific information, which can be guaranteed using a state discrimination oracle. Secure bit commitment is possible even if traditional computational assumptions fail, provided the quantum discrimination remains hard.
Oracles, both classical and quantum, are pivotal in the theoretical and practical advancements of cryptography. They provide a framework for understanding the complexities and potential vulnerabilities of cryptographic systems in a quantum world. As quantum computing continues to evolve, the study and application of quantum oracles will be essential in developing robust future proof cryptographic protocols, enabling our digital communications to remain secure against even the most powerful computational threats.
#Oracles #security #Bitcoinarena #bnb #BinanceTournament
I wish that people for just one day could hold fast to the belief that fear is but the shadow of uncertainty, as fearless minds are the anvils upon which the future is forged.
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We’re giving away $150,000 in $BNB to make your Christmas wishes come true 🎅
Six of you stand to win $25k each, and here’s how:
🔸 Follow us @Binance_Square_Official on Binance Square
🔸 Quote this post, share your wish with #BinanceWish and mention 2 friends in your post.
We’ll pick 6 to win across all our platforms, with 2 lucky ones chosen from Binance Square, so think big & be creative!
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BinanceWish Announcement
Six of you stand to win $25k each, and here’s how:
🔸 Follow us @Binance_Square_Official on Binance Square
🔸 Quote this post, share your wish with #BinanceWish and mention 2 friends in your post.
We’ll pick 6 to win across all our platforms, with 2 lucky ones chosen from Binance Square, so think big & be creative!
Find the T's&C's and further details on how to enter 👉🏻
BinanceWish Announcement
The Philosophical Foundations of Decentralisation
Human thought the quest for autonomy and self-governance has been a recurring theme. Philosophers thinkers and visionaries have across many epochs grappled with the idea of decentralisation in various forms. From self-governing city-states of ancient Greece to federated systems of modern democracies, the decentralisation of power and authority has been seen as a means to prevent tyranny, promote individual freedoms and foster collective well-being.Plato in his magnum opus The Republic envisioned
HOW DEFI ADDS VALUE TO DIGITAL ASSETS
🔸️ Liquidity Enhancement: DeFi platforms facilitate liquidity for digital assets by allowing users to lend, borrow, and trade assets more efficiently. This liquidity can lead to reduced price volatility and improved market stability for these assets.
🔹️ Fractional Ownership: DeFi enables fractional ownership of high-value assets. Through tokenization, assets like real estate, art, and or stocks can be divided into smaller, tradable units, making it easier for individuals to invest in them.
🔸️ Cross Border Transactions: DeFi transcends geographical boundaries, enabling users to send and receive digital assets globally without the need for traditional banking systems or intermediaries. This makes cross border transactions faster and cheaper.
🔹️Programmable Assets: Smart contracts in DeFi allow for programmable digital assets. This means assets can have predefined rules and conditions, enabling automated actions such as interest payments, profit sharing, or collateral management.
🔸️ Earning Opportunities: DeFi offers numerous opportunities to earn passive income with digital assets. Users can stake tokens in liquidity pools, provide collateral for loans, or participate in yield farming to generate returns on their holdings.
🔹️Democratized Finance: DeFi promotes financial inclusion by allowing individuals who lack the access to traditional banking services to participate in the global financial system. All that's needed is an internet connection and a digital wallet.
🔸️Community Governance: Some DeFi projects incorporate token-based governance, giving asset holders a say in the platform's development and decision-making processes, further aligning their interests within the project's success.
DeFi enhances the value of digital assets. This symbiotic relationship between DeFi and digital assets is at the forefront of the evolving financial landscape.
#crypto #Defi #CryptoTalks $BTC $BNB
🔸️ Liquidity Enhancement: DeFi platforms facilitate liquidity for digital assets by allowing users to lend, borrow, and trade assets more efficiently. This liquidity can lead to reduced price volatility and improved market stability for these assets.
🔹️ Fractional Ownership: DeFi enables fractional ownership of high-value assets. Through tokenization, assets like real estate, art, and or stocks can be divided into smaller, tradable units, making it easier for individuals to invest in them.
🔸️ Cross Border Transactions: DeFi transcends geographical boundaries, enabling users to send and receive digital assets globally without the need for traditional banking systems or intermediaries. This makes cross border transactions faster and cheaper.
🔹️Programmable Assets: Smart contracts in DeFi allow for programmable digital assets. This means assets can have predefined rules and conditions, enabling automated actions such as interest payments, profit sharing, or collateral management.
🔸️ Earning Opportunities: DeFi offers numerous opportunities to earn passive income with digital assets. Users can stake tokens in liquidity pools, provide collateral for loans, or participate in yield farming to generate returns on their holdings.
🔹️Democratized Finance: DeFi promotes financial inclusion by allowing individuals who lack the access to traditional banking services to participate in the global financial system. All that's needed is an internet connection and a digital wallet.
🔸️Community Governance: Some DeFi projects incorporate token-based governance, giving asset holders a say in the platform's development and decision-making processes, further aligning their interests within the project's success.
DeFi enhances the value of digital assets. This symbiotic relationship between DeFi and digital assets is at the forefront of the evolving financial landscape.
#crypto #Defi #CryptoTalks $BTC $BNB