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Quantum Computing

Quantum computing is a type of industry that is in its infancy and has started to take off in today’s world. It can help scientists today solve problems that are unable to be solved before its invention. Quantum computing manipulates information into quantum bits, also known as qubits, which spurs the process of data collection and calculations. Quantum computing is exponentially faster at computing probabilities. This happens because the qubits are able to be in superposition, which means they can be in any of its two states at once. The two states, which are defined as 0 and 1, do not need to be defined, instead, they can be in an unmeasured state and still be measured by being plugged into special algorithms. Quantum computing gives scientists a way of collecting information much faster than what a normal computer could do because of the two states being able to be in superposition. Because of the faster computation times, quantum computing will be the way of the future for many industries in the world. While quantum computing has the most impact on the science world, it also can have an impact on the business world as well.

The major impact that quantum computing can have in the business world is in data analytics. Since quantum computing can process information at a much faster rate than a normal computer, it can help predict future forecasts and even the future of the industry. Quantum computers can compute measures in a more efficient and simpler way. The increased rate at which quantum computing can compute probabilities makes it easier for a business to make decisions faster.

Quantum computing is one of the most forward-thinking innovations in today’s world. The benefits will only increase as time goes on. While quantum computers may not be taking over households, they sure will take over science and the business world here soon.

  • Question /

    What is the approximate size that computer chips are approaching?

    • An atom
    • A cell
    • A proton
    • A molecule
  • Question /

    Adding and multiplying allow quantum computers to compute basically any function.

    • True
    • False
  • Question /

    Which of the following does a computer chip NOT contain?

    • A transistor
    • A basic module
    • A harddrive
    • A logic gate
  • Question /

    Transistors are combined to create ___________ to send out outputs.

    • Basic modules
    • Computer chips
    • Atoms
    • Logic gates
  • Question /

    Electrons transferring themselves to the other side of a passage is a means of quantum __________?

    • Physics
    • Tunneling
    • Computing
    • Mechanics
  • Question /

    What is it called when a qubit is in any one of its two states?

    • Polarization
    • Photon
    • Superposition
    • Probabilities
  • Question /

    How many combinations can be used at once with four qubits in quantum computing?

    • 4
    • 10
    • 12
    • 16
  • Question /

    What does a quantum gate produce as its output?

    • Another superposition
    • An atom
    • A logic gate
    • Entanglement
  • Question /

    How many results can a quantum computer measure?

    • 10
    • 100
    • 1
    • 1000
  • Question /

    Quantum computers will replace our home computers.

    • True
    • False

Written by Madison Steury

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