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What degree is best for quantum computing?
Not just any degree will launch a quantum computing career. A bachelor’s degree in physics or computer science is a good start; however, quantum mechanics, computational physics, and machine learning are needed.
Is there a quantum computing degree?
If you want a degree in quantum computing, there’s really only one choice out there for you. They are the only major university program out there that offers a graduate degree is Quantum Computers. So, if you want a quantum computing phd or any other advanced degree, they are pretty much your only choice.
How is scaling a quantum computer a challenge?
The challenge, however, is that scaling a quantum computer isn’t merely as simple as adding more qubits. Building a quantum computer differs greatly from building a classical computer. The underlying physics, the operating environment, and the engineering each pose their own obstacles.
How many qubits are needed for a quantum computer?
To address this problem, a quantum computer would require at least 200 fault-free qubits—far beyond the small quantum systems of today. In order to find a solution, quantum computers must scale up. The challenge, however, is that scaling a quantum computer isn’t merely as simple as adding more qubits.
How are quantum computers used to solve problems?
Quantum computers can help identify a new alternative by analyzing nitrogenase, an enzyme in plants that converts nitrogen to ammonia naturally. To address this problem, a quantum computer would require at least 200 fault-free qubits—far beyond the small quantum systems of today. In order to find a solution, quantum computers must scale up.
What kind of temperature does a quantum computer need?
Most quantum computers require temperatures colder than those found in deep space. To reach these temperatures, all the components and hardware are contained within a dilution refrigerator —highly specialized equipment that cools the qubits to just above absolute zero.