day73-The business of quantum computers 量子计算机业务 《经济学人》精讲 2020年合集 中英对照(持续更新)
The huge potential of quantum computers, together with a recent acceleration of development activity and announcements of large-scale investments, has ensured a wave of interest, especially over the last few years. Countries, technology players, academia, and startups have all announced QC plans and...
根据倒数第三段“Quantum computing is still at the stage of “hit it with a hammer until it works”. Sure the hammer is microscopic, and also a laser or magnetic field of some kind, but the point is we’re going through the process of turning the idea into reality. (量子计算仍然处于“...
解析 C。解析:文章中提到“Quantum computers use quantum bits, or qubits, which can exist in multiple states simultaneously. This gives them a tremendous computational power compared to classical computers.”,即量子计算机与传统计算机相比的主要优势是具有更大的计算能力。
1. Number of qubits The simplest measure to quantify is the number of physical qubits in the quantum computer. In traditional computers, the bits are in a state of “0” or “1.” However, in quantum computers, the qubits can be in the states “0” or “1” or both at the same ...
What will the development of quantum computers (量子计算机) mean for our civilisations? Oh sure, better cryptography (密码方式), "more powerful" processing, but bottom line, we just don't know ... yet. This phenomenon isn't unique to quantum computing, of course. It's something we see...
There is a lot of hype around quantum computing these days as it's expected to be one of the most revolutionary technologies we've ever seen, but the question remains: When can IT leaders expect to use quantum computers in their day-to-day business operations?
16. Is quantum many-body entanglement more fundamental than quantum fields? 16.量子多体纠缠比量子场更基本吗? 17. What is the optimum hardware for quantum computers? 17.量子计算机的最佳硬件是什么? 18. Can we accurately simulate the macro- and microworld?
【TED】The promise of quantum computers What if tiny microparticles could help us solve the world's biggest problems in a matter of minutes? That's the promise -- and magic -- of quantum computers, says Matt Langione. Speaking next to an actual IBM quant
A. Quantum computers are faster. B. Quantum computers use qubits while classical computers use bits. C. Quantum computers are more expensive. D. Quantum computers are smaller. 相关知识点: 试题来源: 解析 B。解析:文章中明确提到“Unlike classical computers that use bits to represent information as...