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Quantum Computing for Molecular Biology** [PDF]
ChemBioChem, 2023 AbstractMolecular biology and biochemistry interpret microscopic processes in the living world in terms of molecular structures and their interactions, which are quantum mechanical by their very nature. Whereas the theoretical foundations of these interactions are well established, the computational solution of the relevant quantum mechanical equations
Alberto Baiardi +2 more
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Perspectives on molecular computing
New Generation Computing, 1999In 1996, we began a research project on molecular computers under the new program “Research for the Future” funded by the Japan Society for the Promotion of Science. In this paper, we first summarize the research that has been completed in the field of DNA computing and the research problems that must be overcome.
Masami Hagiya
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Nature Nanotechnology, 2007
Molecular substrates can be viewed as computational devices that process physical or chemical 'inputs' to generate 'outputs' based on a set of logical operators. By recognizing this conceptual crossover between chemistry and computation, it can be argued that the success of life itself is founded on a much longer-term revolution in information handling
De Silva, Amilra, Uchiyama, S.
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Molecular substrates can be viewed as computational devices that process physical or chemical 'inputs' to generate 'outputs' based on a set of logical operators. By recognizing this conceptual crossover between chemistry and computation, it can be argued that the success of life itself is founded on a much longer-term revolution in information handling
De Silva, Amilra, Uchiyama, S.
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A reservoir computing approach for molecular computing
The 2018 Conference on Artificial Life, 2018In this paper, we apply the Polymerase-Exonuclease-Nickase Dynamic Network Assembly (PEN DNA) toolbox, a modular framework for molecular computing, to reservoir computing.
Wataru Yahiro +2 more
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Molecular Computing with Deoxyribozymes
2008Publisher Summary This chapter discusses the molecular computing with deoxyribozymes. Silicomimetic molecular computing is based on an idea that individual molecules can perform basic logical operations and make simple decisions based on the presence or absence of multiple factors in solution. Using deoxyribozymes, nucleic acid catalysts made of DNA,
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Journal of Luminescence, 1991
Each dye molecule embedded in an amorphous material such as a a polymer host experiences a specific molecular environment which strongly influences its electronic transition energies. At low temperatures the different microenvironments result in an inhomogeneously broadened absorption band.
Urs P. Wild +4 more
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Each dye molecule embedded in an amorphous material such as a a polymer host experiences a specific molecular environment which strongly influences its electronic transition energies. At low temperatures the different microenvironments result in an inhomogeneously broadened absorption band.
Urs P. Wild +4 more
openaire +2 more sources
From molecular computing to molecular programming
2001The purpose of this article is to survey the research in molecular computing, including the achievements of the Japanese Molecular Computer Project, and foresee the future of the field. In addition to describing the major achievements of the project, Suyama's Dynamic Programming Molecular Computer and Sakamoto's Hairpin Engines, we summarize the ...
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Computers and Computation in Molecular Physics
1983Computers have become a basic tool in physics over the past two decades. The 4th generation of computers available since the beginning of the eighties has increased the number of problems accessible to investigation considerably and experience with these systems is now available.
G. H. F. Diercksen +2 more
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