The paper's energy-entanglement 'performance equation' is an algebraic identity that restates the quantum speed limit and Lieb-Robinson bounds with newly named efficiency factors, and its complexity proxy rests on an unproven incompressibility assumption.
Quantum speed limits: from heisenberg’s uncertainty principle to optimal quantum control
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The Cost of Nonlocality: A Dynamical Performance Equation of Energy-Entanglement-Complexity
The paper's energy-entanglement 'performance equation' is an algebraic identity that restates the quantum speed limit and Lieb-Robinson bounds with newly named efficiency factors, and its complexity proxy rests on an unproven incompressibility assumption.