The advent of powerful computers and algorithms combined with new, powerful ways of thinking about problems in statistical physics has created an unprecedented opportunity for making significant breakthroughs in a variety of interdisciplinary problems, most notably in the life sciences
Billionth scale activities in biomolecular assemblies could define life itself, and provide a fronti...
Since the early times of the Greek philosophers Leucippus and Democritus, and later of the Roman phi...
Since the 1950s biological sciences are on the rise. Today the rise of biological sciences have beco...
The field of Biology changed dramatically in 1953, with the determination by Francis Crick and James...
This free PDF text introduces some of the ways that physicists, biologists, and even artists are com...
The life sciences, in particular molecular biology and medicine, have wit- nessed fundamental progre...
Philosophical concepts have always been closely related to the development of basic sciences. For ex...
Statistical physics was originally developed to understand the behaviour of materials like gases, li...
Mathematicians and biologists confront nature's enigmas. A new partnership of biologists and mathema...
Important new roles for computation in the life sciences are being found in the study of the linear ...
B ioinformatics is the computing response to the molecular rev-olution in biology. This revolution h...
The purpose of life is to obtain knowledge, use it to live with as much satisfaction as possible, an...
The field of biomolecular computation started 3.5 billion years ago on earth when the first life for...
This article presents Artificial Life, an interdisciplinary field of study that helps understand lif...
At the beginning of the genomics era, promises included eradicating disease using personalized and p...
Billionth scale activities in biomolecular assemblies could define life itself, and provide a fronti...
Since the early times of the Greek philosophers Leucippus and Democritus, and later of the Roman phi...
Since the 1950s biological sciences are on the rise. Today the rise of biological sciences have beco...
The field of Biology changed dramatically in 1953, with the determination by Francis Crick and James...
This free PDF text introduces some of the ways that physicists, biologists, and even artists are com...
The life sciences, in particular molecular biology and medicine, have wit- nessed fundamental progre...
Philosophical concepts have always been closely related to the development of basic sciences. For ex...
Statistical physics was originally developed to understand the behaviour of materials like gases, li...
Mathematicians and biologists confront nature's enigmas. A new partnership of biologists and mathema...
Important new roles for computation in the life sciences are being found in the study of the linear ...
B ioinformatics is the computing response to the molecular rev-olution in biology. This revolution h...
The purpose of life is to obtain knowledge, use it to live with as much satisfaction as possible, an...
The field of biomolecular computation started 3.5 billion years ago on earth when the first life for...
This article presents Artificial Life, an interdisciplinary field of study that helps understand lif...
At the beginning of the genomics era, promises included eradicating disease using personalized and p...
Billionth scale activities in biomolecular assemblies could define life itself, and provide a fronti...
Since the early times of the Greek philosophers Leucippus and Democritus, and later of the Roman phi...
Since the 1950s biological sciences are on the rise. Today the rise of biological sciences have beco...
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