[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.] [@qubitcoinx](/creator/twitter/qubitcoinx) "๐ Our founder Dr. Mikhail Shalaginov (@MYShalaginov) ranked once again as one of the worlds top X% most-cited researchers in 2025 in the latest @Stanford / @ElsevierConnect ranking. Congratulations for this outstanding recognition We are delighted to stay represented among the leading minds in science. ๐" [X Link](https://x.com/qubitcoinx/status/1970532376167018571) [@qubitcoinx](/creator/x/qubitcoinx) 2025-09-23T16:55Z 4256 followers, 26.9K engagements "From Quantum to Blockchain Qubitcoin-Founder @MYShalaginov talks about his journey from researcher to builder the origins of qPoW and how quantum mechanics is shaping the next era of crypto. Watch the full interview here:" [X Link](https://x.com/qubitcoinx/status/1977407463197691962) [@qubitcoinx](/creator/x/qubitcoinx) 2025-10-12T16:14Z 4256 followers, 27.1K engagements "Were building the largest distributed quantum simulation network. One GPU at a time" [X Link](https://x.com/qubitcoinx/status/1978144135975412140) [@qubitcoinx](/creator/x/qubitcoinx) 2025-10-14T17:01Z 4256 followers, 12.5K engagements "Can Google or any tech giant create a computation so complex that even they cannot verify the result A modern take on the omnipotence paradox illustrated by @MYShalaginov and @MikeDubrovsky in their paper Quantum Proof of Work with Parametrized Quantum Circuits. This question framed their approach to verifiable quantum computation.๐งต" [X Link](https://x.com/qubitcoinx/status/1979601585291583695) [@qubitcoinx](/creator/x/qubitcoinx) 2025-10-18T17:32Z 4256 followers, 15.8K engagements "Qubitcoin founder @MYShalaginov sat down with Anna to talk about his journey from researcher to builder - diving into quantum computing qPoW and how Qubitcoin is redefining the future of decentralized computing. Full interview dropping this Sunday XX PM EST" [X Link](https://x.com/qubitcoinx/status/1977059580841697485) [@qubitcoinx](/creator/x/qubitcoinx) 2025-10-11T17:11Z 4256 followers, 9249 engagements "Welcome aboard One GPU at a time" [X Link](https://x.com/qubitcoinx/status/1978532454689296819) [@qubitcoinx](/creator/x/qubitcoinx) 2025-10-15T18:44Z 4257 followers, 7098 engagements "Shalaginov and Dubrovsky proposed a simple but radical idea. What if quantum computers could perform Proof of Work not with brute-force hashing but through parametrized quantum circuits That idea became Quantum Proof of Work (qPoW)" [X Link](https://x.com/qubitcoinx/status/1979601588197925158) [@qubitcoinx](/creator/x/qubitcoinx) 2025-10-18T17:32Z 4256 followers, XXX engagements "They tested it on IBMs 4-qubit ibmq_quito mining a 5-block prototype chain. XX % of the quantum-mined blocks passed classical verification. Imperfect but the first real demonstration that quantum and blockchain could converge" [X Link](https://x.com/qubitcoinx/status/1979601594254815685) [@qubitcoinx](/creator/x/qubitcoinx) 2025-10-18T17:32Z 4257 followers, XXX engagements "Throwback Friday: YQuantum 2025 at @Yale At YQuantum 2025 Superquantum launched a hybrid challenge - both in-person at @Yale_QI and virtually for global participants - that asked students to rethink hashing through the lens of quantum computing. Instead of traditional cryptographic puzzles our challenge invited participants to design hash functions built on quantum principles. The idea was simple but ambitious: explore how quantum circuits especially those with parameterized gates and entanglement can be used to generate deterministic hard-to-invert outputs just like classical hash functions." [X Link](https://x.com/qubitcoinx/status/1979246827057946837) [@qubitcoinx](/creator/x/qubitcoinx) 2025-10-17T18:03Z 4257 followers, 7568 engagements "Schematic of qPoW algorithm representing an extended Proof-of-Work cycle with a quantum task. The task is to compute the outputs of a circuit composed of single-qubit parameterized gates and two-qubit CNOTs applied to the neighboring qubits. At the circuit end we record for each qubit a probability of being in the state X then convert it into bit-string format and merge them into an output 256-bit string. The bit-string is further XOR-multiplied with the initial hash hashed by SHA3 and checked whether it satisfies the difficulty criterion" [X Link](https://x.com/qubitcoinx/status/1979601592249704930) [@qubitcoinx](/creator/x/qubitcoinx) 2025-10-18T17:32Z 4249 followers, XXX engagements "The first version of qPoW was coded during MITs iQuHACK 2022 where the concept moved from theory to implementation. Read the full paper:" [X Link](https://x.com/qubitcoinx/status/1979601600541765710) [@qubitcoinx](/creator/x/qubitcoinx) 2025-10-18T17:32Z 4257 followers, 1192 engagements
[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.]
@qubitcoinx
"๐
Our founder Dr. Mikhail Shalaginov (@MYShalaginov) ranked once again as one of the worlds top X% most-cited researchers in 2025 in the latest @Stanford / @ElsevierConnect ranking. Congratulations for this outstanding recognition We are delighted to stay represented among the leading minds in science. ๐"
X Link @qubitcoinx 2025-09-23T16:55Z 4256 followers, 26.9K engagements
"From Quantum to Blockchain Qubitcoin-Founder @MYShalaginov talks about his journey from researcher to builder the origins of qPoW and how quantum mechanics is shaping the next era of crypto. Watch the full interview here:"
X Link @qubitcoinx 2025-10-12T16:14Z 4256 followers, 27.1K engagements
"Were building the largest distributed quantum simulation network. One GPU at a time"
X Link @qubitcoinx 2025-10-14T17:01Z 4256 followers, 12.5K engagements
"Can Google or any tech giant create a computation so complex that even they cannot verify the result A modern take on the omnipotence paradox illustrated by @MYShalaginov and @MikeDubrovsky in their paper Quantum Proof of Work with Parametrized Quantum Circuits. This question framed their approach to verifiable quantum computation.๐งต"
X Link @qubitcoinx 2025-10-18T17:32Z 4256 followers, 15.8K engagements
"Qubitcoin founder @MYShalaginov sat down with Anna to talk about his journey from researcher to builder - diving into quantum computing qPoW and how Qubitcoin is redefining the future of decentralized computing. Full interview dropping this Sunday XX PM EST"
X Link @qubitcoinx 2025-10-11T17:11Z 4256 followers, 9249 engagements
"Welcome aboard One GPU at a time"
X Link @qubitcoinx 2025-10-15T18:44Z 4257 followers, 7098 engagements
"Shalaginov and Dubrovsky proposed a simple but radical idea. What if quantum computers could perform Proof of Work not with brute-force hashing but through parametrized quantum circuits That idea became Quantum Proof of Work (qPoW)"
X Link @qubitcoinx 2025-10-18T17:32Z 4256 followers, XXX engagements
"They tested it on IBMs 4-qubit ibmq_quito mining a 5-block prototype chain. XX % of the quantum-mined blocks passed classical verification. Imperfect but the first real demonstration that quantum and blockchain could converge"
X Link @qubitcoinx 2025-10-18T17:32Z 4257 followers, XXX engagements
"Throwback Friday: YQuantum 2025 at @Yale At YQuantum 2025 Superquantum launched a hybrid challenge - both in-person at @Yale_QI and virtually for global participants - that asked students to rethink hashing through the lens of quantum computing. Instead of traditional cryptographic puzzles our challenge invited participants to design hash functions built on quantum principles. The idea was simple but ambitious: explore how quantum circuits especially those with parameterized gates and entanglement can be used to generate deterministic hard-to-invert outputs just like classical hash functions."
X Link @qubitcoinx 2025-10-17T18:03Z 4257 followers, 7568 engagements
"Schematic of qPoW algorithm representing an extended Proof-of-Work cycle with a quantum task. The task is to compute the outputs of a circuit composed of single-qubit parameterized gates and two-qubit CNOTs applied to the neighboring qubits. At the circuit end we record for each qubit a probability of being in the state X then convert it into bit-string format and merge them into an output 256-bit string. The bit-string is further XOR-multiplied with the initial hash hashed by SHA3 and checked whether it satisfies the difficulty criterion"
X Link @qubitcoinx 2025-10-18T17:32Z 4249 followers, XXX engagements
"The first version of qPoW was coded during MITs iQuHACK 2022 where the concept moved from theory to implementation. Read the full paper:"
X Link @qubitcoinx 2025-10-18T17:32Z 4257 followers, 1192 engagements
/creator/twitter::1949078284404416512/posts