Craig S. Lent

University of Notre Dame — United States

Computer Science · Physical Sciences

56h-index16.7kcitations224works0.32yr avg
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Research Topics

Quantum-Dot Cellular Automata(143), Quantum and electron transport phenomena(131), Advanced Memory and Neural Computing(94), Semiconductor Quantum Structures and Devices(31), Cellular Automata and Applications(22)

Publications224 total

The Lieb-Robinson correlation function for long disordered transverse-field Ising chains
arXiv (Cornell University)·2025Open Access
The Lieb-Robinson correlation function for long disordered transverse-field Ising chains
ArXiv.org·2025Open Access
Electron charge dynamics in metal-dot QCA cell using gate reflectometry
APL Electronic Devices·2025Open Access
Lieb-Robinson correlation function for the quantum transverse-field Ising model
Physical Review Research·2024· 1 citedOpen Access
The Value of the Early-Time Lieb-Robinson Correlation Function for Qubit Arrays
Symmetry·2022· 1 citedOpen Access
The early-time Lieb-Robinson correlation function for qubit arrays
arXiv (Cornell University)·2022Open Access
Molecular reorganization energy in quantum-dot cellular automata switching
Journal of Applied Physics·2022· 9 citedOpen Access
Energy dissipation during two-state switching for quantum-dot cellular automata
Journal of Applied Physics·2021· 15 citedOpen Access
Quantum operator entropies under unitary evolution
Physical review. E·2019· 17 citedOpen Access
Entropies of Quantum Operators
arXiv (Cornell University)·2019Open Access
Energy Limits in Computation A Review of Landauer’s Principle, Theory and Experiments
2019· 9 cited
Quantum Dots in Nanoelectronic Devices
2018
Clock Topologies for Molecular Quantum-Dot Cellular Automata
Journal of Low Power Electronics and Applications·2018· 41 citedOpen Access
Exponentially Adiabatic Switching in Quantum-Dot Cellular Automata
Journal of Low Power Electronics and Applications·2018· 24 citedOpen Access
Information and Entropy in Physical Systems
2018· 5 cited
Experimental Tests of the Landauer Principle in Electron Circuits, and Quasi-Adiabatic Computing Systems
2018· 2 cited
Evolution of Metastable Clusters into Ordered Structures for 1,1′-Ferrocenedicarboxylic Acid on the Au(111) Surface
The Journal of Physical Chemistry C·2017· 18 cited
Molecular cellular networks: A non von Neumann architecture for molecular electronics
2016· 25 cited
A Mini-MIPS microprocessor for adiabatic computing
2016· 14 cited
Electric-field-driven electron-transfer in mixed-valence molecules
The Journal of Chemical Physics·2016· 43 cited
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Frequent Co-authors

Gregory L. Snider(17), Gary H. Bernstein(16), Alexei O. Orlov(15), Wolfgang Porod(12), P. Douglas Tougaw(9), G. Tóth(8), Yuhui Lu(6), Ravi K. Kummamuru(6), Islamshah Amlani(5), Rajagopal Ramasubramaniam(5), I. Amlani(4), P. I. Cohen(4), J. L. Merz(4), John Timler(3), Paul Pukite(3), Rebecca C. Quardokus(3), S. Alex Kandel(3), Zhi-an Shao(3), B. Isaksen(2), Marya Lieberman(2)