[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]  dTAO For Dummies [@dTAOfordummies](/creator/twitter/dTAOfordummies) on x 1167 followers Created: 2025-07-14 15:39:45 UTC Imagine a world where complex problems—cracking codes or designing drugs overnight—are solved by a decentralized network of geniuses just working from home, earning $TAO. #Bittensor Subnet 63, @qBitTensor decentralizes quantum computing, enabling participants to contribute computational power for quantum tasks, starting with simulations mimicking quantum behaviour on standard hardware. It transforms quantum computing into a shared, accessible tool, rewarding contributors. ---------------------------------------------- How It Works @qBitTensor produces verifiable quantum computations—reliable results from quantum-style problems, capturing properties like superposition (qubits representing multiple states simultaneously) and entanglement (linked qubits affecting each other instantly). Validators create "peaked circuits"—quantum operations concentrating probability on a hidden bitstring—and send them to miners with parameters like qubit count and circuit depth. Miners work to identify the hidden bitstring by simulating these circuits on classical computers or quantum processors, by optimizing simulations or running multiple shots. Validators verify results, issuing certificates for correct answers based on entanglement and circuit size, ensuring high-quality quantum executions. ---------------------------------------------- Why It Matters Quantum computing could revolutionize fields by solving problems exponentially faster, but access is limited. qBittensor democratizes this through crowdsourcing, fostering innovation and making quantum tools accessible to researchers, start-ups, and individuals, potentially advancing cryptography, logistics, and medicine. ---------------------------------------------- Applications qBittensor could develop post-quantum encryption, simulate molecular interactions for faster drug discovery, or optimize financial portfolios by evaluating countless scenarios. ---------------------------------------------- How to Use Aside from staking $TAO for their Alpha token, this one's just for giga-brains for now. Miners install GitHub code and quantum libraries like Qiskit to run circuits and earn rewards. Validators stake tokens to generate tasks. Non-technical users may eventually access solutions via integrated apps. ---------------------------------------------- To Wrap Up qBittensor makes quantum computing a collective utility, driving progress through collaboration. By starting with verifiable benchmarks, it aims to unlock unprecedented computational power. #AI #Quantum #QuantumPhysics  XXXXX engagements  **Related Topics** [tao](/topic/tao) [$tao](/topic/$tao) [decentralized](/topic/decentralized) [drugs](/topic/drugs) [bittensor](/topic/bittensor) [coins layer 1](/topic/coins-layer-1) [coins dao](/topic/coins-dao) [coins depin](/topic/coins-depin) [Post Link](https://x.com/dTAOfordummies/status/1944783887466377519)
[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]
dTAO For Dummies @dTAOfordummies on x 1167 followers
Created: 2025-07-14 15:39:45 UTC
Imagine a world where complex problems—cracking codes or designing drugs overnight—are solved by a decentralized network of geniuses just working from home, earning $TAO.
#Bittensor Subnet 63, @qBitTensor decentralizes quantum computing, enabling participants to contribute computational power for quantum tasks, starting with simulations mimicking quantum behaviour on standard hardware.
It transforms quantum computing into a shared, accessible tool, rewarding contributors.
How It Works
@qBitTensor produces verifiable quantum computations—reliable results from quantum-style problems, capturing properties like superposition (qubits representing multiple states simultaneously) and entanglement (linked qubits affecting each other instantly).
Validators create "peaked circuits"—quantum operations concentrating probability on a hidden bitstring—and send them to miners with parameters like qubit count and circuit depth.
Miners work to identify the hidden bitstring by simulating these circuits on classical computers or quantum processors, by optimizing simulations or running multiple shots.
Validators verify results, issuing certificates for correct answers based on entanglement and circuit size, ensuring high-quality quantum executions.
Why It Matters
Quantum computing could revolutionize fields by solving problems exponentially faster, but access is limited.
qBittensor democratizes this through crowdsourcing, fostering innovation and making quantum tools accessible to researchers, start-ups, and individuals, potentially advancing cryptography, logistics, and medicine.
Applications
qBittensor could develop post-quantum encryption, simulate molecular interactions for faster drug discovery, or optimize financial portfolios by evaluating countless scenarios.
How to Use
Aside from staking $TAO for their Alpha token, this one's just for giga-brains for now.
Miners install GitHub code and quantum libraries like Qiskit to run circuits and earn rewards. Validators stake tokens to generate tasks.
Non-technical users may eventually access solutions via integrated apps.
To Wrap Up
qBittensor makes quantum computing a collective utility, driving progress through collaboration. By starting with verifiable benchmarks, it aims to unlock unprecedented computational power.
#AI #Quantum #QuantumPhysics
XXXXX engagements
Related Topics tao $tao decentralized drugs bittensor coins layer 1 coins dao coins depin