Tools of Neuroscience Experiment
portes grátis
Tools of Neuroscience Experiment
Philosophical and Scientific Perspectives
Craver, Carl F.; Bickle, John; Barwich, Ann-Sophie
Taylor & Francis Ltd
05/2024
350
Mole
9781032170114
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Foreword
Stuart Firestein
Editors' Introduction
John Bickle, Carl F. Craver and Ann-Sophie Barwich
Section I: Research Tools in Relation to Theories
1. Tinkering in the Lab
John Bickle
2. Tools, experiments and theories: An examination of the role of experiment tools
Gregory Johnson
3. Science in practice in neuroscience: The Cincinnati water maze in the making
Nina A. Atanasova, Michael T. Williams and Charles V. Voorhees
4. Where molecular science meets perfumery: A behind-the-scenes look at SCAPE microscopy and its theoretical impact on current olfaction
Ann-Sophie Barwich and Lu Xu
5. A different role for tinkering: Brain fog, COVID-19, and the accidental nature of Neurobiological Theory Development
Valerie Gray Hardcastle and C. Matthew Stewart
Section II: Research Tools and Epistemology
6. Dissemination and adaptiveness as key variables in tools that fuel scientific revolutions
Alcino J. Silva
7. Towards an epistemology of intervention: Optogenetics and maker's knowledge
Carl F. Craver
8. Triangulating tools in the messiness of cognitive neuroscience
Antonella Tramacere
9. Prediction, explanation and the "toolbox" problem
Marco J. Nathan
Section III: Research Tools, Integration, Circuits and Ontology
10. How do tools obstruct (and facilitate) integration in neuroscience?
David J. Colaco
11. Understanding brain circuits: do new experimental tools need to address new concepts?
David Parker
12. Cognitive ontologies, task ontologies and explanation in cognitive neuroscience
Daniel Burnston
Section IV: Tools and Integrative Pluralism
13. "It takes two to make a thing go right": The coevolution of technological and mathematical tools in neuroscience
Luis Favela
14. Hybrid brains: Interfacing living neurons and circuits with computational models
Astrid Prinz
Section V: Tool Use and Development Beyond Neuroscience
15. Beyond actual difference making: Causal selections in genetics
Janella Baxter
Stuart Firestein
Editors' Introduction
John Bickle, Carl F. Craver and Ann-Sophie Barwich
Section I: Research Tools in Relation to Theories
1. Tinkering in the Lab
John Bickle
2. Tools, experiments and theories: An examination of the role of experiment tools
Gregory Johnson
3. Science in practice in neuroscience: The Cincinnati water maze in the making
Nina A. Atanasova, Michael T. Williams and Charles V. Voorhees
4. Where molecular science meets perfumery: A behind-the-scenes look at SCAPE microscopy and its theoretical impact on current olfaction
Ann-Sophie Barwich and Lu Xu
5. A different role for tinkering: Brain fog, COVID-19, and the accidental nature of Neurobiological Theory Development
Valerie Gray Hardcastle and C. Matthew Stewart
Section II: Research Tools and Epistemology
6. Dissemination and adaptiveness as key variables in tools that fuel scientific revolutions
Alcino J. Silva
7. Towards an epistemology of intervention: Optogenetics and maker's knowledge
Carl F. Craver
8. Triangulating tools in the messiness of cognitive neuroscience
Antonella Tramacere
9. Prediction, explanation and the "toolbox" problem
Marco J. Nathan
Section III: Research Tools, Integration, Circuits and Ontology
10. How do tools obstruct (and facilitate) integration in neuroscience?
David J. Colaco
11. Understanding brain circuits: do new experimental tools need to address new concepts?
David Parker
12. Cognitive ontologies, task ontologies and explanation in cognitive neuroscience
Daniel Burnston
Section IV: Tools and Integrative Pluralism
13. "It takes two to make a thing go right": The coevolution of technological and mathematical tools in neuroscience
Luis Favela
14. Hybrid brains: Interfacing living neurons and circuits with computational models
Astrid Prinz
Section V: Tool Use and Development Beyond Neuroscience
15. Beyond actual difference making: Causal selections in genetics
Janella Baxter
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Brain Fog;Vice Versa;Stuart Firestein;Cognitive Neuroscience;John Bickle;Olfactory Sensory Neurons;Carl Craver;Tool Development;Ann Sophie Barwich;Long Term Potentiation;Gregory Johnson;Brain Initiative;Nina Atanasova;Human Brain Project;Alcino J. Silva;Light Sensitive Ion Channels;Antonella Tramacere;Dynamic Clamp;David Colaco;Cellular Cognition;Marco Nathan;Olfactory Epithelium;Sarah K. Robins;Experiment Tool;Dan Burnston;CRISPR;Janella Baxter;Autism Spectrum Disorder;Luis H. Favela;Egocentric Navigation;Astrid Prinz;Hodgkin Huxley Model;Jacqueline Sullivan;VTA Neuron;philosophy of mind;Patch Clamp;philosophy of neuroscience;Negative Intervention Experiments;Detrended Fluctuation Analysis;experimental tools;Odor Coding;Morris water maze;Cognitive Ontology;olfaction;CA1 Neuron;explanation;Living Neuron;prediction;dissemination;optogenetics;intervention;triangulation;cognitive science;silent engrams;task ontology;synthetic biology;computational models;integrative pluralism;cognition;Bussey-Saksida Rodent Operant Touchscreen Chamber
Foreword
Stuart Firestein
Editors' Introduction
John Bickle, Carl F. Craver and Ann-Sophie Barwich
Section I: Research Tools in Relation to Theories
1. Tinkering in the Lab
John Bickle
2. Tools, experiments and theories: An examination of the role of experiment tools
Gregory Johnson
3. Science in practice in neuroscience: The Cincinnati water maze in the making
Nina A. Atanasova, Michael T. Williams and Charles V. Voorhees
4. Where molecular science meets perfumery: A behind-the-scenes look at SCAPE microscopy and its theoretical impact on current olfaction
Ann-Sophie Barwich and Lu Xu
5. A different role for tinkering: Brain fog, COVID-19, and the accidental nature of Neurobiological Theory Development
Valerie Gray Hardcastle and C. Matthew Stewart
Section II: Research Tools and Epistemology
6. Dissemination and adaptiveness as key variables in tools that fuel scientific revolutions
Alcino J. Silva
7. Towards an epistemology of intervention: Optogenetics and maker's knowledge
Carl F. Craver
8. Triangulating tools in the messiness of cognitive neuroscience
Antonella Tramacere
9. Prediction, explanation and the "toolbox" problem
Marco J. Nathan
Section III: Research Tools, Integration, Circuits and Ontology
10. How do tools obstruct (and facilitate) integration in neuroscience?
David J. Colaco
11. Understanding brain circuits: do new experimental tools need to address new concepts?
David Parker
12. Cognitive ontologies, task ontologies and explanation in cognitive neuroscience
Daniel Burnston
Section IV: Tools and Integrative Pluralism
13. "It takes two to make a thing go right": The coevolution of technological and mathematical tools in neuroscience
Luis Favela
14. Hybrid brains: Interfacing living neurons and circuits with computational models
Astrid Prinz
Section V: Tool Use and Development Beyond Neuroscience
15. Beyond actual difference making: Causal selections in genetics
Janella Baxter
Stuart Firestein
Editors' Introduction
John Bickle, Carl F. Craver and Ann-Sophie Barwich
Section I: Research Tools in Relation to Theories
1. Tinkering in the Lab
John Bickle
2. Tools, experiments and theories: An examination of the role of experiment tools
Gregory Johnson
3. Science in practice in neuroscience: The Cincinnati water maze in the making
Nina A. Atanasova, Michael T. Williams and Charles V. Voorhees
4. Where molecular science meets perfumery: A behind-the-scenes look at SCAPE microscopy and its theoretical impact on current olfaction
Ann-Sophie Barwich and Lu Xu
5. A different role for tinkering: Brain fog, COVID-19, and the accidental nature of Neurobiological Theory Development
Valerie Gray Hardcastle and C. Matthew Stewart
Section II: Research Tools and Epistemology
6. Dissemination and adaptiveness as key variables in tools that fuel scientific revolutions
Alcino J. Silva
7. Towards an epistemology of intervention: Optogenetics and maker's knowledge
Carl F. Craver
8. Triangulating tools in the messiness of cognitive neuroscience
Antonella Tramacere
9. Prediction, explanation and the "toolbox" problem
Marco J. Nathan
Section III: Research Tools, Integration, Circuits and Ontology
10. How do tools obstruct (and facilitate) integration in neuroscience?
David J. Colaco
11. Understanding brain circuits: do new experimental tools need to address new concepts?
David Parker
12. Cognitive ontologies, task ontologies and explanation in cognitive neuroscience
Daniel Burnston
Section IV: Tools and Integrative Pluralism
13. "It takes two to make a thing go right": The coevolution of technological and mathematical tools in neuroscience
Luis Favela
14. Hybrid brains: Interfacing living neurons and circuits with computational models
Astrid Prinz
Section V: Tool Use and Development Beyond Neuroscience
15. Beyond actual difference making: Causal selections in genetics
Janella Baxter
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Brain Fog;Vice Versa;Stuart Firestein;Cognitive Neuroscience;John Bickle;Olfactory Sensory Neurons;Carl Craver;Tool Development;Ann Sophie Barwich;Long Term Potentiation;Gregory Johnson;Brain Initiative;Nina Atanasova;Human Brain Project;Alcino J. Silva;Light Sensitive Ion Channels;Antonella Tramacere;Dynamic Clamp;David Colaco;Cellular Cognition;Marco Nathan;Olfactory Epithelium;Sarah K. Robins;Experiment Tool;Dan Burnston;CRISPR;Janella Baxter;Autism Spectrum Disorder;Luis H. Favela;Egocentric Navigation;Astrid Prinz;Hodgkin Huxley Model;Jacqueline Sullivan;VTA Neuron;philosophy of mind;Patch Clamp;philosophy of neuroscience;Negative Intervention Experiments;Detrended Fluctuation Analysis;experimental tools;Odor Coding;Morris water maze;Cognitive Ontology;olfaction;CA1 Neuron;explanation;Living Neuron;prediction;dissemination;optogenetics;intervention;triangulation;cognitive science;silent engrams;task ontology;synthetic biology;computational models;integrative pluralism;cognition;Bussey-Saksida Rodent Operant Touchscreen Chamber
