superposition in A Sentence

They obey the Superposition principle.

Superposition Support 12 SD or 4 HD program Superposition.

The electron starts in a Superposition of many possible locations.

The output relationship is found by applying Superposition as follows. Equation(29).

Quantum mechanics says that an electron can be in a Superposition of all possible locations.

Its Superposition, for example, on the shoulder joint is performed according to the following scheme:.

Each wave state has a single discrete spin(spin up or spin down) depending on its Superposition.

Existence in multiple states is called Superposition, and the relationships among these states is called entanglement.

Existence in multiple states is called Superposition, and the relationships among these states are called entanglement.

Hugh Everett's brilliant move was to say that the different parts of the Superposition really exist.

While one of these did not perform, the other 53 qubits were entangled into a Superposition state.

But Alice's complex measurement puts the lab, friend included, into a Superposition of having seen heads and tails.

According to the theory, particles can be in several places or states at once- this is called a Superposition.

The quantum computer has quantum bits- qubits- that exist in two different states simultaneously, using the quantum phenomenon of Superposition.

Meanwhile, Bob can make a similarly complex measurement on his friend and his lab, placing them in a quantum Superposition.

My way out of their conundrum is clearly by saying,‘No, at some point the Superposition principle no longer holds,'” he said.

Imagine that a friend of Wigner tosses a quantum coin- which is in a Superposition of both heads and tails- inside a closed laboratory.

It can exist in a Superposition, or a combination of zero and one, with some probability of being zero and some probability of being one.

More generally, a quantum system can be in a Superposition of states, where“State” can refer to other properties, such as the spin of a particle.

The Superposition consists of the electron being here and you seeing it here, plus the electron being there and you seeing it there, and so on.

For example, when Alice makes a special measurement on her friend and her lab, it puts everything, the friend's brain included, into a Superposition of states.

The qubit(quantum bit) can represent a one, a zero or any quantum Superposition of these two states, so it can encode more information than a classical bit.

The quantum computer won because it harnessed Superposition and uncertainty, and these quantum properties are powerful, not just to win coin games, but also to build future quantum technologies.

Another alternative is that at some point while we develop these quantum computers, we hit the boundary of the Superposition principle and[find] that actually quantum mechanics is not universal,” Gisin said.

So during the game, the quantum computer creates this fluid combination of heads and tails, zero and one, so that no matter what the player does, flip or no flip, the Superposition remains intact.

This assumption allows Alice to treat her friend and the lab as one system and make a special type of measurement, which puts the entire lab, including its contents, into a Superposition of states.

Wigner doesn't have access to this fact from the outside, and according to quantum mechanics, must describe the friend and the coin to be in a Superposition of all possible outcomes of the experiment.

Wigner can now in principle verify this Superposition using a so-called"interference experiment"- a type of quantum measurement that allows you to unravel the Superposition of an entire system, confirming that two objects are entangled.

Wigner does not have access to this fact from the outside, and according to quantum mechanics he must describe the friend and the coin to be in Superposition of all possible outcomes of the experiment.

These models ensure that small quantum systems, such as particles, can remain in a Superposition of states almost forever, but as systems get more massive, it gets more and more likely that they will spontaneously collapse to a classical state.

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superposition in A Sentence

They obey the Superposition principle.

Superposition Support 12 SD or 4 HD program Superposition.

The electron starts in a Superposition of many possible locations.

The output relationship is found by applying Superposition as follows. Equation(29).

Quantum mechanics says that an electron can be in a Superposition of all possible locations.

Its Superposition, for example, on the shoulder joint is performed according to the following scheme:.

Each wave state has a single discrete spin(spin up or spin down) depending on its Superposition.

Existence in multiple states is called Superposition, and the relationships among these states is called entanglement.

Existence in multiple states is called Superposition, and the relationships among these states are called entanglement.

Hugh Everett's brilliant move was to say that the different parts of the Superposition really exist.

While one of these did not perform, the other 53 qubits were entangled into a Superposition state.

But Alice's complex measurement puts the lab, friend included, into a Superposition of having seen heads and tails.

According to the theory, particles can be in several places or states at once- this is called a Superposition.

The quantum computer has quantum bits- qubits- that exist in two different states simultaneously, using the quantum phenomenon of Superposition.

Meanwhile, Bob can make a similarly complex measurement on his friend and his lab, placing them in a quantum Superposition.

My way out of their conundrum is clearly by saying,‘No, at some point the Superposition principle no longer holds,'” he said.

Imagine that a friend of Wigner tosses a quantum coin- which is in a Superposition of both heads and tails- inside a closed laboratory.

It can exist in a Superposition, or a combination of zero and one, with some probability of being zero and some probability of being one.

More generally, a quantum system can be in a Superposition of states, where“State” can refer to other properties, such as the spin of a particle.

The Superposition consists of the electron being here and you seeing it here, plus the electron being there and you seeing it there, and so on.

For example, when Alice makes a special measurement on her friend and her lab, it puts everything, the friend's brain included, into a Superposition of states.

The qubit(quantum bit) can represent a one, a zero or any quantum Superposition of these two states, so it can encode more information than a classical bit.

The quantum computer won because it harnessed Superposition and uncertainty, and these quantum properties are powerful, not just to win coin games, but also to build future quantum technologies.

Another alternative is that at some point while we develop these quantum computers, we hit the boundary of the Superposition principle and[find] that actually quantum mechanics is not universal,” Gisin said.

So during the game, the quantum computer creates this fluid combination of heads and tails, zero and one, so that no matter what the player does, flip or no flip, the Superposition remains intact.

This assumption allows Alice to treat her friend and the lab as one system and make a special type of measurement, which puts the entire lab, including its contents, into a Superposition of states.

Wigner doesn't have access to this fact from the outside, and according to quantum mechanics, must describe the friend and the coin to be in a Superposition of all possible outcomes of the experiment.

Wigner can now in principle verify this Superposition using a so-called"interference experiment"- a type of quantum measurement that allows you to unravel the Superposition of an entire system, confirming that two objects are entangled.

Wigner does not have access to this fact from the outside, and according to quantum mechanics he must describe the friend and the coin to be in Superposition of all possible outcomes of the experiment.

These models ensure that small quantum systems, such as particles, can remain in a Superposition of states almost forever, but as systems get more massive, it gets more and more likely that they will spontaneously collapse to a classical state.

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