61 citations · 98 across the 9 of their papers we have counts for
10 papers
Dynamical qubit cooling via quasi-particle transport
Kyle Monkman, Jasmin Bedow
Cooling a quantum state presents a challenge as the external control in active protocols can induce detrimental heating in the system. Passive cooling processes offer a valuable al…
Learning Together: A Format for Reflective Turn-Based Sharing in STEM Communities
James Day, Katherine R. Herperger, Kyle Monkman
Here, we present \textit{Learning Together}: a simple, low-cost format for structured speaking and listening on historical, cultural, and equity-related topics within a physics com…
Phase-preserving steady-state operations beyond Lindblad master equations
Man Yin Cheung, Mona Berciu, Kyle Monkman
We consider a class of nonunitary operations that is naturally implemented via a combination of projective measurement and unitary operators. We implement these operations without…
Persistent spin currents in superconducting altermagnets
Kyle Monkman, Joan Weng, Niclas Heinsdorf +2
Superconductors are famously capable of supporting persistent electrical currents, that is, currents that flow without any measurable decay as long as the material is kept in the s…
Limits of the non-Hermitian description of decay models
Kyle Monkman, Mona Berciu
We present a general proof that non-Hermitian dynamics and Lindblad dynamics with only decay terms are equivalent in the highest particle subspace. We then propose an unbiased meth…
Hidden zero modes and topology of multiband non-Hermitian systems
K. Monkman, J. Sirker
In a finite one-dimensional non-Hermitian system, the number of zero modes does not necessarily reflect the topology of the system. This is known as the breakdown of the bulk-bound…
Symmetry-Resolved Entanglement: General considerations, calculation from correlation functions, and bounds for symmetry-protected topological phases
K. Monkman, J. Sirker
We discuss some general properties of the symmetry-resolved von-Neumann entanglement entropy in systems with particle number conservation and describe how to obtain the entanglemen…
Symmetry-Resolved Entanglement of -symmetric Topological Insulators
K. Monkman, J. Sirker
For a many-body system of arbitrary dimension, we consider fermionic ground states of non-interacting Hamiltonians invariant under a cyclic group. The absolute difference …
Entanglement and particle fluctuations of one-dimensional chiral topological insulators
K. Monkman, J. Sirker
We consider the topological protection of entanglement and particle fluctuations for a general one-dimensional chiral topological insulator with winding number . We pr…
Operational Entanglement of Symmetry-Protected Topological Edge States
K. Monkman, J. Sirker
We use an entanglement measure that respects the superselection of particle number to study the non-local properties of symmetry-protected topological edge states. Considering half…