The paper proposes the MAPS framework with n projectional intersecting spatial axes for visualizing qudit state-spaces and introduces novel d-valued phase axial-based gates.
Cost-effective realization of n-bit Toffoli gates for IBM quantum computers using the Bloch sphere approach and IBM native gates
2 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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quant-ph 2years
2026 2verdicts
UNVERDICTED 2representative citing papers
A technology-dependent conceptual design for ternary quantum gates including Chrestenson, Z3 variants, controlled gates, a non-phase SWAP, and a GF(3)-based Toffoli for qutrit systems.
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MAPS: A Novel Multi-Axial Projective Sphere for Geometrically Visualizing Higher d-Valued Quantum State-Space of Qudits
The paper proposes the MAPS framework with n projectional intersecting spatial axes for visualizing qudit state-spaces and introduces novel d-valued phase axial-based gates.
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A Conceptual Technology-Dependent Framework of Ternary Quantum Gates
A technology-dependent conceptual design for ternary quantum gates including Chrestenson, Z3 variants, controlled gates, a non-phase SWAP, and a GF(3)-based Toffoli for qutrit systems.