Search results for "open-ended evolution"

showing 3 items of 3 documents

Controversies on the origin of life

2005

Different viewpoints, many with deep philosophical and historical roots, have shaped the scientific study of the origin of life. Some of these argue that primeval life was based on simple anaerobic microorganisms able to use a wide inventory of abiotic organic materials (i.e. a heterotrophic origin), whereas others invoke a more sophisticated organization, one that thrived on simple inorganic molecules (i.e. an autotrophic origin). While many scientists assume that life started as a self-replicative molecule, the first gene, a primitive self-catalytic metabolic network has also been proposed as a starting point. Even the emergence of the cell itself is a contentious issue: did boundaries an…

Open-ended evolution:CIENCIAS DE LA VIDA::Microbiología [UNESCO]Origin of LifeProtocellsLife definitionUNESCO::CIENCIAS DE LA VIDA::MicrobiologíaBiological EvolutionAutonomyAutonomy; Life definition; Open-ended evolution; Protocells
researchProduct

Answering Schrödinger's "What Is Life?"

2020

In his &ldquo

Work (thermodynamics)Computer sciencemedia_common.quotation_subjectdelayed production of entropyGeneral Physics and Astronomylcsh:AstrophysicsSecond law of thermodynamicscode script01 natural sciencesArticle010305 fluids & plasmasaperiodic solidinformation03 medical and health sciencessymbols.namesakecausally efficaciousthermodynamic workentailing lawslcsh:QB460-4660103 physical sciencesboundary conditionslcsh:Scienceconstraint closure030304 developmental biologyPhysical lawmedia_common0303 health sciencesopen-ended evolutionNewtonian paradigmlcsh:QC1-999Aperiodic graphsymbolslcsh:QMathematical economicsconstrained release of energylcsh:PhysicsSchrödinger's catEntropy (Basel, Switzerland)
researchProduct

Controversies on the origin of life

2005

Different viewpoints, many with deep philosophical and historical roots, have shaped the scientific study of the origin of life. Some of these argue that primeval life was based on simple anaerobic microorganisms able to use a wide inventory of abiotic organic materials (i.e. a heterotrophic origin), whereas others invoke a more sophisticated organization, one that thrived on simple inorganic molecules (i.e. an autotrophic origin). While many scientists assume that life started as a self-replicative molecule, the first gene, a primitive self-catalytic metabolic network has also been proposed as a starting point. Even the emergence of the cell itself is a contentious issue: did boundaries an…

definición de vidaopen-ended evolutionautonomíaevolución abiertaprotocellsprotocélulasautonomylife definitionevolução abertadefinição de vida
researchProduct