Titlebook: Unconventional Computation and Natural Computation; 21st International C Da-Jung Cho,Jongmin Kim Conference proceedings 2024 The Editor(s)

委托

Bonding Grammars,owski, Kuske and Lye in 2017. Bonding is a graph transformation that consists of merging two hyperedges into a single larger one. We show why bonding models DNA pairing better than fusion. Then, we investigate properties of bonding grammars. First, we study the relationship between bonding grammars

制定

,Card-Based Overwriting Protocol for?Equality Function and?Applications,Boer proposed a protocol to compute the logical AND function using five cards. Since then, the area has gained interest from many researchers and several card-based protocols to compute various functions have been developed. In this paper, we propose a card-based protocol called the . that can secur

Confound

,A Methodology for?Comparing and?Benchmarking Quantum Devices,s in the industry and wider literature as to what improvement might consist of beyond ambiguous statements of “more qubits” and “fewer errors”. Before one can decide how to improve something, it is first necessary to define the criteria for success: what are the metrics or statistics that are releva

Condescending

Encumber

heterodox

Card-Based Cryptography Meets 3D Printer,d to be implemented by humans’ manipulating physical cards. This paper is the first attempt to make use of a 3D printer for better physical implementations of card-based protocols: we have designed and fabricated a couple of physical devices using a 3D printer that are useful for humans to implement

亂砍

使絕緣

Rate-Independent Continuous Inhibitory Chemical Reaction Networks Are Turing-Universal,real-valued quantity (called a .) of chemical species . and . into equal concentrations of . and .. Such a reaction can occur from any state in which both reactants . and . are present, i.e., have positive concentration. We modify the model to allow ., for instance, reaction . can occur only if the

阻礙

短程旅游

,Quantum Property Testing Algorithm for?the?Concatenation of?Two Palindromes Language,he query complexity of our algorithm is ., where . is the length of an input. It is better than the classical complexity that is ...At the same time, in the general setting, the picture is different a little. Classical query complexity is ., and quantum query complexity is .. So, we obtain polynomia