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- Graph State Description: The 'Graph State' is a fundamental concept in quantum computing that refers to a type of entangled quantum state, which can be(...) Read more
- Gates of Quantum Computing Description: Quantum computing gates are fundamental elements in the processing of quantum information, acting on qubits, which are the basic(...) Read more
- Geometric Phase Description: Geometric phase is a fundamental concept in quantum mechanics that refers to a phase factor acquired by a quantum state due to its(...) Read more
- General Quantum Computing Description: General quantum computing is the study and application of quantum mechanics to perform calculations. Unlike classical computing,(...) Read more
- Gravitational Quantum States Description: Gravitational quantum states are configurations of quantum systems influenced by gravitational fields. At the intersection of(...) Read more
- Generalized Quantum Measurement Description: Generalized Quantum Measurement is an extension of the standard quantum measurement framework that allows for a broader and more(...) Read more
- Global Phase Description: The global phase in the context of quantum computing refers to a phase factor that does not affect the physical state of a quantum(...) Read more
- Graviton Description: The graviton is a hypothetical elementary particle proposed in quantum field theory as the mediator of the gravitational force. In(...) Read more
- Gibbs Ensemble Description: The Gibbs Ensemble is a fundamental concept in statistical theory that describes a set of microstates of a system in thermal(...) Read more
- Gates for Quantum Algorithms Description: Quantum gates for quantum algorithms are fundamental components in quantum computing, specifically designed to manipulate qubits,(...) Read more
- Gaussian Quantum States Description: Gaussian quantum states are a type of quantum state characterized by their Gaussian distributions in phase space. These states are(...) Read more
- Generalized Quantum States Description: Generalized quantum states are an extension of the classical notion of states in quantum mechanics, allowing for a more flexible(...) Read more
- Gates of Quantum Information Description: Quantum information gates are fundamental elements in quantum computing, specifically used to process quantum information. Unlike(...) Read more
- Gates for Quantum Circuits Description: Quantum gates are fundamental elements in quantum computing, specifically designed to manipulate qubits, which are the basic units(...) Read more
- Generation of interfacesDescription: The generation of interfaces in embedded systems refers to the process of designing and creating user interfaces that allow(...) Read more
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