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The eastwest quantum leap symphonic orchestra was produced by doug rogers from eastwest and nick phoenix from only the registered members can see the download linkscontent. Please register to gain full access. In November, IBM unveiled its Eagle quantum processor, which packs qubits — the quantum equivalent of the bits that drive classical computing — making it the first to break the qubit barrier. This week, Quantinuum — a new quantum computing company created by the merger of software maker Cambridge Quantum and hardware manufacturer Honeywell Quantum Solutions — announced the world's first commercial product created solely by a quantum computer: a powerful encryption key generator.
On Dec. How it works: Classical computers, from the smallest device to the most powerful supercomputer, do their calculations through the binary manipulation of bits, which can be in only two states: on or off, 1 or 0. Quantum computers use the quantum state of an object to produce qubits. The complex math behind these qubits can be plugged into special algorithms to do calculations that would be practically impossible for a classical computer to perform — a quality known as quantum advantage or supremacy.
A working quantum computer could theoretically break the internet's most secure cryptography, solve impossibly complex logistical and optimization challenges, or simulate matter and chemistry on an incredibly precise scale.
The catch: More qubits should mean more powerful quantum computers, which is why hardware makers frequently tout the qubit totals on their latest models.
For the machines to do useful work, they need to keep those qubits in a particular quantum state called a superposition as long as possible. But qubits are "highly sensitive," says IBM''s Jerry Chow, and slight variations of temperature or vibrations can cause them to lose their quantum state in a process called decoherence, turning qubits into boring old bits.
Hardware makers face the challenge of building quantum computers that can add qubits without losing coherence, while software makers need to devise algorithms that can get the most out of what the machines can do. As a result, quantum computers can feel like a throwback to the early days of classical computing, with hardware makers pursuing multiple directions — trapped ions, neutral atoms, quantum annealing, silicon photonics — each of which might have different advantages for different applications.
Oliver compared the current state of quantum computers to the Wright Brothers' first plane. Between the lines: Even at this nascent stage, though, corporate customers are accessing quantum computers — usually through the cloud — to solve actual business problems.
Quantum software makers like Zapata Computing and Multiverse Computing work with financial companies to better price derivatives and detect fraud. The bottom line: Improvement in computing power is what drives growth in the modern, digital economy. It's still very early days for quantum, but as both the hardware and software advance, the results could be extraordinary.
Like this article? Quantum Leap seems like it would be a rather obvious choice to join the line-up. But I am a bit confused about his assertion that there are rights issues with the show.
The biggest rights issue the show ever had was infinite amounts of period music the episodes used, much of which was too expensive to license for home video and was omitted. So is Bakula purposefully being obtuse? Is he conflating the problems with the old show and a potential new one? Are we having one right now?