Optimization and Complexity in Molecular Biology and Physics. - Peter Schuster 002 (Parallelism, Learning, Evolution, 1989)

Parallel molecular dynamics of biomolecules. - Hellfried Schreiber; Othmar Steinhauser; Peter Schuster 002 (Parallel Comput., 1992)

Extended Molecular Evolutionary Biology: Artificial Life Bridging the Gap Between Chemistry and Biology. - Peter Schuster 002 (Artif. Life, 1994)

Landscapes: Complex Optimization Problems and Biopolymer Structures. - Peter Schuster 002; Peter F. Stadler (Comput. Chem., 1994)

Structural Constraints and Neutrality in RNA. - Ulrike Göbel; Christian V. Forst; Peter Schuster 002 (German Conference on Bioinformatics, 1996)

Modeling Molecular Evolution - A Challenge for Bioinformatics. - Peter Schuster 002 (German Conference on Bioinformatics, 1996)

How does complexity arise in evolution: Nature's recipe for mastering scarcity, abundance, and unpredictability. - Peter Schuster 002 (Complex., 1996)

Combinatorics of RNA Secondary Structures. - Ivo L. Hofacker; Peter Schuster 002; Peter F. Stadler (Discret. Appl. Math., 1998)

Molecular insights into evolution. - Peter Schuster 002 (Artif. Life Robotics, 1999)

Principles of Biopolymer Evolution. - Peter Schuster 002 (German Conference on Bioinformatics, 2000)

Are there noticeable relativistic effects on terrestrial evolution? - Peter Schuster 002 (Complex., 2000)

Bifurcation Dynamics of Three-Dimensional Systems. - Paul E. Phillipson; Peter Schuster 002 (Int. J. Bifurc. Chaos, 2000)

Quo vadit Complexity. - Peter Schuster 002 (Complex., 2001)

Dynamics of Relaxation oscillations. - Paul E. Phillipson; Peter Schuster 002 (Int. J. Bifurc. Chaos, 2001)

Bistability of Harmonically Forced Relaxation oscillations. - Paul E. Phillipson; Peter Schuster 002 (Int. J. Bifurc. Chaos, 2002)

The disaster of central control. - Peter Schuster 002 (Complex., 2004)

Chemical reaction kinetics is back: Attempts to deal with complexity in biology: Developing a quantitative molecular view to understanding life. - Peter Schuster 002 (Complex., 2004)

Notice of Retraction and Apology. - Peter Schuster 002; John L. Casti (Complex., 2004)

Good-bye and thank you to our complexity-at-large editors. - Peter Schuster 002; Alfred W. Hübler (Complex., 2004)

An Analytic Picture of Neuron oscillations. - Paul E. Phillipson; Peter Schuster 002 (Int. J. Bifurc. Chaos, 2004)

Invited Talk: Landscapes in RNA folding and evolution. - Peter Schuster 002 (German Conference on Bioinformatics, 2005)

Evolution in Simple Systems and the Emergence of Complexity. - Peter Schuster 002 (Web Intelligence, 2005)

Generation of information and complexity: Different forms of learning and innovation: A simple mechanism of learning. - Peter Schuster 002 (Complex., 2005)

The commons' tragicomedy: Self-governance doesn't come easily. - Peter Schuster 002 (Complex., 2005)

Evolution and design: The Darwinian view of evolution is a scientific fact and not an ideology. - Peter Schuster 002 (Complex., 2005)

"Less is more" and the art of modeling complex phenomena: Simplification may but need not be the key to handle large networks. - Peter Schuster 002 (Complex., 2005)

A Comparative Study of the Hodgkin-huxley and Fitzhugh-nagumo Models of Neuron Pulse Propagation. - Paul E. Phillipson; Peter Schuster 002 (Int. J. Bifurc. Chaos, 2005)

Inverse bifurcation analysis: application to simple gene systems. - James Lu; Heinz W. Engl; Peter Schuster 002 (Algorithms Mol. Biol., 2006)

Untamable curiosity, innovation, discovery, and bricolage: Are we doomed to progress to ever increasing complexity? - Peter Schuster 002 (Complex., 2006)

Boltzmann, atomism, evolution, and statistics: Continuity versus discreteness in biology. - Peter Schuster 002 (Complex., 2006)

Analytical Dynamics of Neuron Pulse Propagation. - Paul E. Phillipson; Peter Schuster 002 (Int. J. Bifurc. Chaos, 2006)

Inverse Bifurcation Analysis of a Model for the Mammalian G 1/ S Regulatory Module. - James Lu; Heinz W. Engl; Rainer Machné; Peter Schuster 002 (BIRD, 2007)

Nonlinear dynamics from physics to biology. - Peter Schuster 002 (Complex., 2007)

A beginning of the end of the holism versus reductionism debate?: Molecular biology goes cellular and organismic. - Peter Schuster 002 (Complex., 2007)

www.rnaworkbench.com: A new program for analyzing RNA interference. - Radka Svobodová Vareková; Ivan Bradác; Martin Plchút; Michal Skrdla; Michael Wacenovsky; Helmuth Mahr; Georg Mayer; Herbert Tanner; Hermann Brugger; Josef Withalm; Peter Lederer; Heinrich J. Huber; et al. (Comput. Methods Programs Biomed., 2008)

Editorial remarks. - Peter Schuster 002 (Complex., 2008)

Are there recipes for how to handle complexity? : Biological evolution creates complex entities and knows how to master them. - Peter Schuster 002 (Complex., 2008)

Free will, information, quantum mechanics, and biology : It pays to distinguish different forms of free choice and information. - Peter Schuster 002 (Complex., 2009)

Origins of life: Concepts, data, and debates : Managing complexity seems to be essential for studies on chemical evolution. - Peter Schuster 002 (Complex., 2010)

Contingeny and memory in evolution : High dimensionality and sparse occupation create history in complex systems. - Peter Schuster 002 (Complex., 2010)

Power laws in biology: Between fundamental regularities and useful interpolation rules. - Peter Schuster 002 (Complex., 2011)

Networks in biology: Handling biological complexity requires novel inputs into network theory. - Peter Schuster 002 (Complex., 2011)

Is there a Newton of the blade of grass? : The Complex Relation Between Mathematics, Physics, and Biology. - Peter Schuster 002 (Complex., 2011)

Lethal mutagenesis, error thresholds, and the fight against viruses: Rigorous modeling is facilitated by a firm physical background. - Peter Schuster 002 (Complex., 2011)

Mathematical modeling of evolution. Solved and open problems. - Peter Schuster 002 (Theory Biosci., 2011)

A revival of the landscape paradigm: Large scale data harvesting provides access to fitness landscapes. - Peter Schuster 002 (Complex., 2012)

Optimization of multiple criteria: Pareto efficiency and fast heuristics should be more popular than they are. - Peter Schuster 002 (Complex., 2012)

A Silent revolution in mathematics: The rise of applications, numerical methods, and computational approaches. - Peter Schuster 002 (Complex., 2013)

Designing living matter. Can we do better than evolution?: Synthetic biology is sharpening its profile. - Peter Schuster 002 (Complex., 2013)

Recycling and growth in early evolution and today: Autocatalysis without recycling comes soon to an end - not only in early evolution. - Peter Schuster 002 (Complex., 2013)

Are computer scientists the sutlers of modern biology?: Bioinformatics is indispensible for progress in molecular life sciences but does not get credit for its contributions. - Peter Schuster 002 (Complex., 2014)

The dilemma of statistics: Rigorous mathematical methods cannot compensate messy interpretations and lousy data. - Peter Schuster 002 (Complex., 2014)

Ebola - challenge and revival of theoretical epidemiology: Why Extrapolations from early phases of epidemics are problematic. - Peter Schuster 002 (Complex., 2015)

Models: From exploration to prediction: Bad reputation of modeling in some disciplines results from nebulous goals. - Peter Schuster 002 (Complex., 2015)

Complexity has come of age. - Alfred W. Hübler; Peter Schuster 002 (Complex., 2016)

Major transitions in evolution and in technology: What they have in common and where they differ. - Peter Schuster 002 (Complex., 2016)

The end of Moore's law: Living without an exponential increase in the efficiency of computational facilities. - Peter Schuster 002 (Complex., 2016)

How complexity originates: Examples from history reveal additional roots to complexity. - Peter Schuster 002 (Complex., 2016)

Increase in Complexity and Information through Molecular Evolution. - Peter Schuster 002 (Entropy, 2016)