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Quantum computing is coming. Google’s recent breakthrough in quantum computing serves as a great reminder that, while we don’t know exactly when, quantum computing is on its way—and it’s closer than we might have thought. The implications for the current blockchain space could be far more severe than we...

62,316 Aufrufe • vor 1 Jahr •via X (Twitter)

11 Kommentare

Profilbild von StarkWare 🐺🐱
StarkWare 🐺🐱vor 1 Jahr

In the meantime, here is a comprehensive article to help you understand the risks posed by quantum computing, the quantum-resistant nature of STARK proofs, and what is needed to make Starknet a fully quantum-resistant blockchain:

Profilbild von FRANK E ELKINS
FRANK E ELKINSvor 2 Jahren

Einstein said time is an illusion. Ever wonder why? Always wanted a Deeper Knowledge of Science? Wish you could Understand Einstein and Quantum Mechanics without needing a degree in Math or Science? This is the book you’ve been waiting for!

Profilbild von br0th3r 0d1n
br0th3r 0d1nvor 1 Jahr

@RaoulGMI think about this ser.

Profilbild von ₿ROTHER
₿ROTHERvor 1 Jahr

lets goo brothers

Profilbild von Brother Starknet_Uncensored
Brother Starknet_Uncensoredvor 1 Jahr

STARK

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Brother Unrugvor 1 Jahr

real tech

Profilbild von Brother Stark Schizo
Brother Stark Schizovor 1 Jahr

chill with stark tech

Profilbild von hieuvu.eth🐺🐱
hieuvu.eth🐺🐱vor 1 Jahr

STARK is not only fast, verifiable, but also exceptionally resistant to quantum attacks 🤯

Profilbild von brother about.stark 🐺
brother about.stark 🐺vor 1 Jahr

quantum resistant tech. only on Starknet and StarkWare don’t fade Starknet

Profilbild von Ethereum.brother 🐺🐱
Ethereum.brother 🐺🐱vor 1 Jahr

Starknet is the only L2 that is resistant to quantum computing

Profilbild von Ariel Gabizon
Ariel Gabizonvor 1 Jahr

Disappointing you're riding on this hype. Technical Ppl at starkware should know the google rcs benchmarks are meaningless for encryption.

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6,100-Qubit Processor Shatters Quantum Computing Record | David Nield, ScienceAlert Another major quantum computing record has been broken, and by a considerable margin: physicists have now built an array containing 6,100 qubits, the largest of its type and way above the thousand or so qubits previous systems contained. It's the work of scientists from the California Institute of Technology, who used cesium atoms as their qubits, trapping them in place with a complex system of lasers that acted as tweezers to keep the atoms as stable as possible. Qubits differ from the classical bits of traditional computers by exploiting what's known as a superposition: not just binary states of 1 or 0, but a spread of probabilities that allows for algorithms that can solve problems considered out of reach of conventional computing methods. Related: Quantum Advantage: A Physicist Explains The Future of Computers A lot of qubits will be needed to make quantum algorithms practical, however. One reason for these large arrays is error correction, which helps overcome the inherent fragility of the qubit by providing a surplus to double-check the machine's operation. "This is an exciting moment for neutral-atom quantum computing," says physicist Manuel Endres. "We can now see a pathway to large error-corrected quantum computers. The building blocks are in place." There was no single breakthrough that enabled this jump in qubit numbers, but rather a series of engineering advancements in many key areas – from the laser tweezers to the ultra-high (very low pressure) vacuum chamber. Stability has also been a problem for quantum computing systems. The innovations in this latest array kept qubits in a superposition state for almost 13 seconds – almost ten times longer than previous configurations had managed. What's more, individual qubits could be manipulated with 99.98 percent accuracy, establishing a significant benchmark in the programmability of quantum technology. "Large scale, with more atoms, is often thought to come at the expense of accuracy, but our results show that we can do both," says physicist Gyohei Nomura. "Qubits aren't useful without quality. Now we have quantity and quality." To make quantum computers a practical alternative to modern supercomputers, more qubits and even greater levels of stability will be required. Experts are tackling the problem from several different angles, which is why records for some types of quantum computer don't necessarily apply to others. Next, the researchers need to work on exploiting entanglement, which will enable the system to make the leap from storing information to actually processing it. Not too far in the future, we could be using these computers to discover new materials, matter, and fundamental laws of physics. "It's exciting that we are creating machines to help us learn about the Universe in ways that only quantum mechanics can teach us," says physicist Hannah Manetsch. Read more:

Owen Gregorian

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