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Even on good days, teaching is a challenging profession. One way to make the job of college instructors easier, however, is to know more about the ways students learn. How Humans Learn aims to do just that by peering behind the curtain and surveying research in fields as diverse as developmental psychology, anthropology, and cognitive neuroscience for insight into the science behind learning. The result is a story that ranges from investigations of the evolutionary record to studies of infants discovering the world for the first time, and from a look into how our brains respond to fear to a reckoning with the importance of gestures and language. Joshua R. Eyler identifies five broad themes running through recent scientific inquiry - curiosity, sociality, emotion, authenticity, and failure - devoting a chapter to each and providing practical takeaways for busy teachers. He also interviews and observes college instructors across the country, placing theoretical insight in dialogue with classroom experience.
Brain research. --- Cognitive neuroscience. --- Cognitive learning. --- Learning, Psychology of. --- College teaching --- University teaching --- Teaching --- Learning --- Psychology of learning --- Educational psychology --- Comprehension --- Learning ability --- Cognitive neuropsychology --- Cognitive science --- Neuropsychology --- Brain research --- Psychological aspects. --- Methodology. --- Psychological aspects
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Facilitating of learning in higher education can be transformed through the use of Whole Brain® learning. Whole Brain® Learning in Higher Education argues that facilitating learning in Higher Education should undergo transformation in order to develop the full academic potential of all stakeholders following the principles of action research. Empirical data was collected from participants in a number of projects across diverse disciplines. Participants included students, academic staff, instructional designers, and professionals attending short courses at tertiary level.A number of cas
College teaching. --- Learning. --- Educational innovations --- Learning --- Education, Higher --- Education --- Social Sciences --- Theory & Practice of Education --- Brain --- Research. --- Brain research --- Learning process --- Comprehension --- Whole brain learning. --- Education, Higher.
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Neuroscientific evidence has educated us in the ways in which the brain mediates our thought and behavior and, therefore, forced us to critically examine how we conceive of free will. This volume, featuring contributions from an international and interdisciplinary group of distinguished researchers and scholars, explores how our increasing knowledge of the brain can elucidate the concept of the will and whether or to what extent it is free. It also examines how brain science can inform our normative judgments of moral and criminal responsibility for our actions. Some chapters point out the different respects in which mental disorders can compromise the will and others show how different forms of neuromodulation can reveal the neural underpinning of the mental capacities associated with the will and can restore or enhance them when they are impaired.
Brain --- Free will and determinism. --- Research. --- Brain research --- Compatibilism --- Determinism and free will --- Determinism and indeterminism --- Free agency --- Freedom and determinism --- Freedom of the will --- Indeterminism --- Liberty of the will --- Determinism (Philosophy)
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Seit Jahrhunderten gibt es den Wunsch, das komplexe Gefüge des Gehirns und der Denkprozesse zu formalisieren. Hannah Fitsch geht der Geschichte dieses Wunsches nach, indem sie mit Hilfe des Begriffs der Mathematisierung der Wahrnehmung die Geschichte der mathematischen Logik und der Übersetzungsprozesse in binäre/informatische Technologien nachzeichnet. Dabei zeigt sie auf, wie Methoden und Modelle aus der Informatik und der Mathematik Eingang in die Hirnforschung gefunden haben. Mit einer soziologischen und feministisch informierten Perspektive nähert sie sich der Mathematisierung des Blicks und der Wahrnehmung und stellt Fragen nach der Betrachtungsweise der Mensch/Maschine-Parallelen.
SOCIAL SCIENCE / Sociology / General. --- Brain Research. --- Brain. --- Cultural History. --- Digital Media. --- Epistemology. --- History of Philosophy. --- History of Science. --- Human. --- Logic. --- Machine. --- Mathematisation. --- Perception. --- Science. --- Sociology of Science. --- Sociology. --- Translation.
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Brain --- Review Literature as Topic --- Brain. --- Review Literature as Topic. --- Research --- Research. --- State-of-the-Art Reviews --- State-of-the-Art Review --- Review, State-of-the-Art --- Reviews, State-of-the-Art --- State of the Art Review --- State of the Art Reviews --- Encephalon --- Brains --- Encephalons --- Cerebrum --- Mind --- Meta-Analysis as Topic --- Central nervous system --- Head --- Review Literature. --- Review Literature --- Brain research
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Je zoon van 15 is slim en verstandig. Waarom doet hij dan soms van die ongelooflijk domme dingen? En waarom vindt hij zijn smartphone en onmiddellijke bevrediging belangrijker dan het plannen van zijn activiteiten? Waarom neemt hij soms onverantwoorde risico's? En hoe kan het dat tieners zich plots heel snel ontwikkelen en een eerdere achterstand omzetten in een voorsprong? Antwoord: de tiener is 'werk in uitvoering'. Dat hangt samen met de hersenrijping: die gaat door tot ver na het twintigste jaar. De steun, sturing en inspiratie die een tiener krijgt uit zijn omgeving, zijn essentieel voor die rijping. Ouders, onderwijsgevenden, sportcoaches: ze zorgen voor de kennis en ervaringen die een tiener nodig heeft om zich een optimale plek te verwerven in onze snel veranderende samenleving.'Het tienerbrein' bespreekt de dertig neuropsychologische inzichten die iedere volwassene zou moeten hebben om een tiener te begrijpen en hem of haar zich te laten ontplooien. Aan de orde komen de hersenfuncties, cognitief functioneren, sociaal gedrag en slaap. Ook gaat het boek in op de verschillen tussen jongens en meisjes, hoe zij kiezen, plannen en beslissen. Het tienerbrein richt zich op gedrag, cognitie en ontplooiing thuis en op school, in sport en muziek. En het geeft aanbevelingen uit de neuropsychologische praktijk. Bron : https://www.standaardboekhandel.be/seo/nl/boeken/psychologie/9789462987470/jelle-jolles/het-tienerbrein
Adolescentie. --- Hersenen. --- Neuropsychologie. --- ontwikkelingspsychologie --- puberteit --- Developmental psychology --- Age group sociology --- Neuropsychologie --- Gedrag --- Jongeren --- Opvoeding --- 443 --- ontwikkelingspsychologie adolescenten --- tieners - teenagers --- ontwikkeling - development --- opvoeding - parenting --- hersenonderzoek - brain research --- tieners --- Tieners --- 159.98 --- Ontwikkelingspsychologie --- Adolescenten --- Pubers --- Opvoeding en onderwijs --- Ontwikkeling --- Adolescent --- Puber --- Onderwijs --- Primary education --- Secondary education --- Jeugd --- Educational sciences --- neuropsychologie --- opvoeding --- adolescentie --- differentiatie --- differentiëren --- differentiële opvoeding - tieners --- Ontwikkelingspsychologie : jongeren --- Adolescentie --- brein --- 159.922 --- Jongere --- Social psychology
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"The Routledge Handbook of Neuroethics offers the reader an informed view of how the brain sciences are being used to approach, understand, and reinvigorate traditional philosophical questions, as well as how those questions, with the grounding influence of neuroscience, are being revisited beyond clinical and research domains. It also examines how contemporary neuroscience research might ultimately impact our understanding of relationships, flourishing, and human nature. Written by 61 key scholars and fresh voices, the Handbook's easy-to-follow chapters appear here for the first time in print and represent the wide range of viewpoints in neuroethics. The volume spotlights new technologies and historical articulations of key problems, issues, and concepts and includes cross-referencing between chapters to highlight the complex interactions of concepts and ideas within neuroethics. These features enhance the Handbook's utility by providing readers with a contextual map for different approaches to issues and a guide to further avenues of interest."--Provided by publisher.
Brain --- Cognitive neuroscience --- Research --- Moral and ethical aspects. --- Cerebrum --- Mind --- Central nervous system --- Head --- Cognitive neuropsychology --- Cognitive science --- Neuropsychology --- Neurosciences --- ethics. --- Moral and ethical aspects --- Cognitive psychology --- Professional ethics. Deontology --- neuroethiek --- neuroéthique --- Brain - Research - Moral and ethical aspects --- Cognitive neuroscience - Moral and ethical aspects --- motives --- moral improvement --- behaviour --- character --- individuals --- Akrasia --- Augmentative --- Empathy --- Ethics --- Morality --- Mos maiorum --- Neuroenhancement --- Neurotechnology --- Psilocybin
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'Neuroethics in Practice' helps to define and foster this emerging area at the intersection of neuroethics and clinical neuroscience, which includes neurology, neurosurgery, psychiatry and their paediatric subspecialties, as well as neurorehabiliation, clinical neuropsychology, clinical bioethics, and the myriad other clinical specialties (including nursing and geriatrics) in which practitioners grapple with issues of mind and brain.
Neurosciences --- Neurology --- Bioethics. --- Medical ethics. --- Brain --- Brain research --- Biomedical ethics --- Clinical ethics --- Ethics, Medical --- Health care ethics --- Medical care --- Medicine --- Bioethics --- Professional ethics --- Nursing ethics --- Social medicine --- Biology --- Life sciences --- Life sciences ethics --- Science --- Nervous system --- Neuropsychiatry --- Neural sciences --- Neurological sciences --- Neuroscience --- Medical sciences --- Moral and ethical aspects. --- Research. --- Moral and ethical aspects --- Diseases
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Depression, Mental. --- Electroencephalography --- Brain --- Depressive Disorder, Major --- Machine Learning. --- Methodology. --- Research. --- diagnosis. --- methods. --- Brain research --- EEG --- Encephalography --- Electrodiagnosis --- Electrophysiology --- Visual evoked response --- Dejection --- Depression, Unipolar --- Depressive disorder --- Depressive psychoses --- Melancholia --- Mental depression --- Unipolar depression --- Affective disorders --- Neurasthenia --- Neuroses --- Manic-depressive illness --- Melancholy --- Sadness --- Transfer Learning --- Learning, Machine --- Learning, Transfer --- Diseases --- Diagnosis --- Bipolar disorder
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Neuropsychology. --- Psychophysiology. --- Neuropsychology --- Psychophysiology --- Neuropsychologie --- Psychophysiologie --- Periodicals --- Périodiques --- Health Sciences --- Physiology --- neuropsychology --- neuropsychiatry --- clinical neuropsychology --- brain research --- psychophysiology --- Neurophysiology --- Mind-Body Relationship (Physiology) --- Physiologic Psychology --- Physiological Psychology --- Psychology, Physiologic --- Mind-Body Relations (Physiology) --- Psychology, Physiological --- Mind Body Relations (Physiology) --- Mind Body Relationship (Physiology) --- Mind-Body Relation (Physiology) --- Mind-Body Relationships (Physiology) --- Physiologic Psychologies --- Psychologies, Physiologic --- Relation, Mind-Body (Physiology) --- Relations, Mind-Body (Physiology) --- Relationship, Mind-Body (Physiology) --- Relationships, Mind-Body (Physiology) --- Psychosomatic Medicine --- Mind-Body Relations, Metaphysical
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