Some hardness escalation results in computational complexity theory by Kamath, Pritish.

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Extensions of Presburger arithmetic and model checking one-counter automata by Lechner, A

Subjects: “…Computational Complexity Theory…”

On nonintegral vertices of 3-SAT problem relaxation polytope by A. V. Nikolaev

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P Systems with Evolutional Communication and Division Rules by David Orellana-Martín, Luis Valencia-Cabrera, Mario J. Pérez-Jiménez

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18.404J / 6.840J Theory of Computation, Fall 2006 by Sipser, Michael

Subjects: “…Computability, computational complexity theory…”
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18.404J / 6.840J Theory of Computation, Fall 2002 by Sipser, Michael

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Discrete Computation: Theory and Open Problems by Meyer, Albert R.

“…Borodin, A. Computational Complexity: Theory and Practice, in Currents in the Theory of Computing, A. …”
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The Spectral Norm of Finite Functions by Bellare, Mihir

“…In many recent results in learning and computational complexity theory which rely on Fourier analysis, the spectral norm plays a key role. …”
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A model-independent theory of computational complexity: from patience to precision and beyond by Blakey, E

“…<p>The field of computational complexity theory--which chiefly aims to quantify the difficulty encountered when performing calculations--is, in the case of conventional computers, correctly practised and well understood (some important and fundamental open questions notwithstanding); however, such understanding is, we argue, lacking when unconventional paradigms are considered. …”

Computational Complexity by J. A. Tenreiro Machado, António M. Lopes

“…The computational problems posed by CS exhibit intrinsic difficulties that are a major concern in Computational Complexity Theory. [...]…”
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Nonsequential Computation and Laws of Nature by Vitányi, Paul M.B.

“…Traditionally, computational complexity theory deals with sequential computations. …”
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Ray tracing — computing the incomputable? by Ed Blakey

“…We recall from previous work a model-independent framework of computational complexity theory. Notably for the present paper, the framework allows formalization of the issues of precision that present themselves when one considers physical, error-prone (especially analogue rather than digital) computational systems. …”
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QUANTUM DISCORD AND QUANTUM COMPUTING - AN APPRAISAL by Datta, A, Shaji, A

“…Completeness results from computational complexity theory lead to the identification of very disparate problems, and offer a kaleidoscopic view into the realm of quantum enhancements in computation. …”

Computational Structure of GPSG Models: Revised Generalized Phrase Structure Grammar by Ristad, Eric Sven

“…The primary goal of this report is to demonstrate how considerations from computational complexity theory can inform grammatical theorizing. …”
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Complexity of Computation of Dominating Sets in Geo-Mathmetics Algorithm : A Review by Şakir Işleyen

“…The dominant sets problem by testing whether γ (G) ≤ K of a given graph is G and K input; It is an electronic card NP machines decision problem in computational complexity theory. Infographics, powerful infographics plus graphic mapping. …”
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Incremental FPT Delay by Arne Meier

“…These results are the first direct connections of collapses in parameterized enumeration complexity to collapses in classical enumeration complexity, parameterized function complexity, classical function complexity, and computational complexity theory.…”
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The Complexity of Mental Integer Addition by Stefan Buijsman, Markus Pantsar

“…An important paradigm in modeling the complexity of mathematical tasks relies on computational complexity theory, in which complexity is measured through the resources (time, space) taken by a Turing machine to carry out the task. …”
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Contracting projected entangled pair states is average-case hard by Jonas Haferkamp, Dominik Hangleiter, Jens Eisert, Marek Gluza

“…In higher dimensions, however, a connection to the field of computational complexity theory has shown that the accurate normalization of the two-dimensional tensor networks called projected entangled pair states (PEPS) is #P-complete. …”
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A Survey of Noninteractive Zero Knowledge Proof System and Its Applications by Huixin Wu, Feng Wang

“…Zero knowledge proof system which has received extensive attention since it was proposed is an important branch of cryptography and computational complexity theory. Thereinto, noninteractive zero knowledge proof system contains only one message sent by the prover to the verifier. …”
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Task-independent metrics of computational hardness predict human cognitive performance by Juan Pablo Franco, Karlo Doroc, Nitin Yadav, Peter Bossaerts, Carsten Murawski

“…Here, building on insights from computational complexity theory, we quantify the computational hardness of cognitive tasks using a set of task-independent metrics related to the computational resource requirements of individual instances of a task. …”
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