Formulation and Emulation of Quantum-Inspired Dynamical Systems With Classical Analog Circuits by Cressman, AJ, Wattanapanitch, W, Chuang, I, Sarpeshkar, R

“…Thus, an analog-circuit mapping between quantum and neural computation, both of which exploit analog computation for powerful operation, can enable future synergies between these fields.…”
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Simulating Apollo: Flight Simulation Technology 1945-1975 by Tylko, John

“…At the intersection of automatic control systems, stability and control, and analog computing, aeronautical engineers developed simulators that functioned as “a fictious airplane in the electrical realm,” permitting real-time solution of the dynamic equations of motion governing flight vehicles. …”
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Circuit design for logic automata by Chen, Kailiang

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Monolithic silicon photonics in a sub-100nm SOI CMOS microprocessor foundry: progress from devices to systems by Wade, Mark T., Orcutt, Jason Scott, Shainline, Jeffrey M., Sun, Chen, Georgas, Michael, Moss, Benjamin Roy, Kumar, Rajesh, Alloatti, Luca, Pavanello, Fabio, Chen, Yu-Hsin, Nammari, Kareem, Notaros, Jelena, Ram, Rajeev J., Popovic, Milos A., Atabaki, Amir H., Leu, Jonathan Chung, Stojanovic, Vladimir

“…Beyond processor-to-memory interconnects, our approach to photonics as a “More-than- Moore” technology inside advanced CMOS promises to enable VLSI electronic-photonic chip platforms tailored to a vast array of emerging applications, from optical and acoustic sensing, high-speed signal processing, RF and optical metrology and clocks, through to analog computation and quantum technology.…”
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A Survey on Technologies Which Make Bitcoin Greener or More Justified by Henri T. Heinonen, Alexander Semenov, Jari Veijalainen, Timo Hamalainen

“…There are plans to use unconventional computing methods (quantum computing, reversible computing, ternary computing, optical computing, analog computing) to solve some of the issues regarding the vast energy consumption of conventional computing (including cryptocurrency mining). …”
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Halide perovskite memristors as artificial synapses by Neoh, Eng Tiong

“…The von-Neumann architecture (embodiment of modern digital processing) is inherently inefficient, especially during the handling of data-intensive tasks. Brain-inspired analog computing elements have re-emerged as we approach the limitations in digital processing. …”
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Variable Ca‐Caryl Hapticity and its Consequences in Arylcalcium Dimers by Kyle G. Pearce, Chiara Dinoi, Ryan J. Schwamm, Laurent Maron, Mary F. Mahon, Michael S. Hill

“…While wholly organometallic meta‐ and para‐tolyl dimers, [(DippBDI)Ca(m‐tolyl)]2 and [(DippBDI)Ca(p‐tolyl)]2, can be prepared and are stable, the ortho‐tolyl isomer is prone to isomerization to a calcium benzyl analog. Computational analysis of this latter process with density functional theory (DFT) highlights an unusual mechanism invoking the generation of an intermediate dicalcium species in which the group 2 centers are bridged by a toluene dianion formed by the formal attachment of the original hydride anion to the initially generated ortho‐tolyl substituent. …”
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Collective analog bioelectronic computation by Mandal, Soumyajit, 1979-

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Hardware and algorithm co-optimization for energy-efficient machine learning integrated circuits by Kim, Hyunjoon

“…Issues raised in the array implementation are analogous to traditional analog computing implementation, such as variation-induced non-linearity, limited operable dynamic range in the shared bit-line, A/D overhead, etc. …”
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