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user191954
user191954

What I'm talking about is hydrogen atom quantum dots, where a hydrogen atom is embedded in a semiconductor.

The reason for asking is because the Hydrogen atom is a Quantum mechanical system with a countably infinite number of allowed energy states(e.g. the Lyman series and Balmer series).

So can this potentially be used, to create an infinite state machine and enable the creation of multi-valued/infinite valued qubits for quantum computing.

What I'm talking about is hydrogen atom quantum dots, where a hydrogen atom is embedded in a semiconductor.

The reason for asking is because the Hydrogen atom is a Quantum mechanical system with a countably infinite number of allowed energy states(e.g. the Lyman series and Balmer series).

So can this potentially be used, to create an infinite state machine and enable the creation of multi-valued/infinite valued qubits for quantum computing.

What I'm talking about is hydrogen atom quantum dots, where a hydrogen atom is embedded in a semiconductor.

The reason for asking is because the Hydrogen atom is a Quantum mechanical system with a countably infinite number of allowed energy states(e.g. the Lyman series and Balmer series).

So can this potentially be used to create an infinite state machine and enable the creation of multi-valued/infinite valued qubits for quantum computing.

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edit approved Nov 22, 2018 at 11:33
Blazar
edit approved Nov 22, 2018 at 11:33
Blazar
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What I'm talking about is hydrogen atom quantum dots. Where, where a hydrogen atom is embedded in a semiconductor. 

The reason for asking is the because the Hydrogen atom is a Quantum mechanical system with a countably infinite number of allowed energy states(e.g. the Lyman series and Balmer series). 

So couldcan this potentially be used, to create an infinite state machine and enable the creation of multivaluedmulti-valued/infinite valued qubits for quantum computing.

What I'm talking about is hydrogen atom quantum dots. Where a hydrogen atom is embedded in a semiconductor. The reason for asking is the because the Hydrogen atom is a Quantum mechanical system with a countably infinite number of allowed energy states(e.g. the Lyman series and Balmer series). So could this potentially be used to create an infinite state machine and enable the creation of multivalued/infinite valued qubits for quantum computing.

What I'm talking about is hydrogen atom quantum dots, where a hydrogen atom is embedded in a semiconductor. 

The reason for asking is because the Hydrogen atom is a Quantum mechanical system with a countably infinite number of allowed energy states(e.g. the Lyman series and Balmer series). 

So can this potentially be used, to create an infinite state machine and enable the creation of multi-valued/infinite valued qubits for quantum computing.

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Mr X
Mr X
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Has hydrogen ever been used in Quantum Computing?

What I'm talking about is hydrogen atom quantum dots. Where a hydrogen atom is embedded in a semiconductor. The reason for asking is the because the Hydrogen atom is a Quantum mechanical system with a countably infinite number of allowed energy states(e.g. the Lyman series and Balmer series). So could this potentially be used to create an infinite state machine and enable the creation of multivalued/infinite valued qubits for quantum computing.