Blockchain Fantom
171 posts

Blockchain Fantom
@chainfantom
Researchers who discovered quantum risk before everyone else
参加日 Mayıs 2026
221 フォロー中49 フォロワー
Blockchain Fantom がリツイート

Hako may be waterproof.
Your wallet probably isn’t ☔️🐾
Enjoy hydrangea season with peace of mind while post-quantum security keeps the storm away from your wallet ⚛️🌈
The future of crypto should survive more than just rainy days 🌧️
#PostQuantum #PQHako #CryptoTwitter #Web3Security #Hako #Cryptomeme

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Home mining represents something crypto was always supposed to be about: real participation.
No giant industrial farms.
No closed systems.
No gatekept access.
Just people contributing to networks directly from home again. ⛏️ @HAKOMETALHQ
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Hey guys!
These are my best connections from these past few weeks:
🇺🇸 United States
🇳🇬 Nigeria
🇧🇷 Brazil
🇮🇩 Indonesia
🇨🇦 Canada
🇮🇳 India
🇬🇧 United Kingdom
I'd love to connect with more people. If you see this, reply with your country's flag.
I'll follow everyone, let's build more connections around the world!🗺️❤️

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Blockchain Fantom がリツイート

@CharlesMullins2 Perfect randomness could become a major building block for the next generation of cryptography.
$ABEL, focused on post-quantum security from the ground up, are positioning for a world where classical assumptions about encryption may no longer hold.
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🚨 SCIENTISTS JUST ACHIEVED “PERFECT RANDOMNESS” USING QUANTUM ENTANGLEMENT A MAJOR WIN FOR QUANTUM SECURITY.
Researchers at ETH Zurich have generated mathematically certifiable, truly random numbers using two superconducting qubits connected by a 30-metre cryogenic link.
They used entangled microwave photons and an advanced Bell test to amplify imperfect random inputs into sequences that are provably random no hidden patterns, no biases, and impossible to predict even in principle.
Why this matters:
Perfect randomness is the foundation of modern cryptography, blockchain, lotteries, and secure communications. Until now, we’ve had to trust that our random numbers were “random enough.” This is the first time we have a physical guarantee that the randomness is perfect and will remain perfect forever.
The deeper implication is huge:
We now have a quantum-powered “randomness engine” that could make encryption fundamentally unbreakable by any classical or future quantum adversary.
This is a massive step toward quantum-secure infrastructure in a post-Q-Day world.
What happens when perfect randomness becomes cheap and widely available?
Follow for more frontier physics and quantum discoveries.
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@nvidia Feels like every GTC keynote pushes the future 5 years forward overnight 🚀 $ABEL
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Don't miss the livestream of NVIDIA CEO Jensen Huang's keynote at #NVIDIAGTC Taipei.
Hear Jensen unveil the breakthroughs in physical AI, scaling infrastructure, science, and more — and what's driving the next generation of AI. It all starts here.
📍 Monday, June 1 | 11 a.m. Taipei Time
📍 Sunday, May 31 | 8 p.m. Pacific Time
🎥 Tune in for one of the biggest moments of GTC: nvda.ws/4nQ1nkg
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