050 🧠 Neuroscience
Neuroscience untersucht das Nervensystem auf allen Ebenen — von einzelnen Synapsen bis zu kognitiven Prozessen wie Bewusstsein, Gedächtnis und Emotion.
→ Untergebiete: 051 ☣Neurobiology · 052 🫧Hormone und Neurotransmitter
🧩 Kernthemen
Gehirnregionen & Struktur
- Brain Organization · Neocortex · cerebral cortex
- Amygdala · Hippocampus · PFC · frontal lobe
- Temporal lobe · Parietal lobe · Visual cortex
- Broca’s and Wernicke’s Area · Temporo parietal junction
- Brodmann Area · raphe nucleus
Kognition & Wahrnehmung
- Attention Systems · Attentional Space · Bottom-up Processing
- Alerting Systems, The Awakening of the Brain
- Theory of Mind and Mentalizing · Consciousness
- Vision · corollary discharge · Active Inference
Gedächtnis & Lernen
- memory processing · About sleep’s role in memory
- Active Engagement, A passive Organism doesn’t learn
- CNP - Memory Encoding and Storage · CNP - Memory Retention and Retrieval
Emotion & Verhalten
- Emotion · Affective Neuroscience · Anxiety
- Stress-Response · Adolescent Risk Taking
- Affect or Cognition
Methoden & Tools
📋 Alle Notizen
- [[Tools extend tactile perception beyond the body]]
- A Synapse must be open or closed
- About sleep’s role in memory
- Acetylcholine (ACh)
- Acting on Environment
- Active Engagement, A passive Organism doesn’t learn
- Active Inference
- Actually doing Something
- ADHD
- Adolescent Risk Taking
- advanced fmri
- Affect or Cognition
- Affective Neuroscience
- akinesis
- Alerting Systems, The Awakening of the Brain
- Amyloid beta, structure, biology and structure-based therapeutic development
- Anterior Cingulate Cortex
- Anwendung im Alltag
- Anxiety
- Any Kind of Mother in a Storm
- Are neural Oscillations necessary or an epiphenomenon?
- Attention Systems
- Attentional Space
- Axonal Plasticity
- Border cells
- Bottom-up Processing
- Brain Connectivity
- Brain Organization
- brain stem
- BrainEncoding26 – Research Ideas & Implementation
- BrainEncoding26 Challenge – Course Overview
- Broca’s and Wernicke’s Area
- Brodmann Area
- Building Machines that learn and think like people
- Cellular and Molecular Neuroscience
- Central Nervous System (CNS)
- Cerebellar Cortex
- Cerebellum
- cerebral cortex
- childhood adversity
- Cingulate Cortex
- Cingulate Gyrus
- CNP - Memory Encoding and Storage
- CNP - Memory Retention and Retrieval
- CNP - Neuroscience - Signal Processing
- Cognition
- Cognitive Computational Neuroscience
- Communication in different species
- Communication through Coherence
- Complementary Learning Systems
- Computational Neuroscience
- Computational Neuroscience (Master)
- congential adrenal hyerplasia (CAH)
- Connectome
- Consciousness
- corollary discharge
- Course on Neuroscience chatGPT
- Creative Thinking
- Curiosity and How to Pique It
- Das richtige tun
- decision making
- declarative memory
- Deep Brain Stimulation (DBS)
- Deep Learning the good, the bad and the ugly
- Deep Neural Networks
- Deep Neural Networks in Computational Neuroscience
- Deep research neural oscillations necessary or epiphenomenon?
- Deeper Processing, better Learning
- Dendrites
- Die Entwicklung des Gehirns
- different types of parenting
- Directions in the brain
- Discoveries during Sleep
- Do we really know how the brain works?
- Dorsal Pathway
- Eigener Podcast
- Einführung in die Funktionalität des Gehirns
- elicit activity of V4 in monkey
- Emotion
- Emotional Regulation
- Empathy, Sympathy, and Moral Reasoning
- Entorhinal Cortex
- Episodic Memory
- Executive Control, The Brain’s Switchboard
- Experience (Erfahrung)
- Fear Network
- Feeling someone else’s pain
- four stages of cognitive development
- Frage Limbisches System und aggressives Verhalten
- Freeing Up Brain Resources
- Frontal Cortex
- Frontal Cortical Changes in Cognition in Adolescence
- Frontal Cortical Maturation
- Frontal Metabolism and an Implicit Vulnerability
- Functional Connectivity and Functional Networks
- Gedächtnis und Lernen
- Gehirn vs Maschine
- Grades and Error Feedback
- Grid cells
- gustatory system
- Head Direction cells
- High-performing neural network models of visual cortex benefit from high latent dimensionality
- Hippocampal activity during sleep
- Hippocampus
- Homonculus
- Hopfield Networks
- How a neuron cell is working
- How can deep learning help us understand the brain?
- How can RDMs help us understand the Brain?
- How can we mimic the brain?
- How can you mimic the human visual cortex?
- How Do FEF and IFJ Tune the Brain with Beta- vs. Gamma-Band Waves?
- How does our brain process images?
- How good are we at explaining human cognition?
- How Memories are created
- Huntington’s Disease
- Idea by ChatGPT project proposal for ML4CCN
- If deep learning is the answer, what is the question?
- Implicit learning
- Inferior colliculus
- Inferior Frontal Cortex
- Inferring Intentions from Actions
- Inhibition of Return
- insular cortex (insula)
- Interoceptive Information
- Is the fusiform face area really only face selective?
- Können Blinde sehen
- Language Highways
- Large Language Models
- Lateral inhibition
- Lateral Intraparietal Cortex (LIP)
- Learned Helplessness
- Learning is inferring the grammar of a domain
- Learning is reasoning as a scientist
- Learning to Attend
- Let’s start at the very Beginning The Importance of Mothers
- LinkedIn Posts
- Locus Coeruleus (blauer Kern)
- Lower Motor Neurons
- Mathematics Recycles the Circuits for Approximate Number
- Memory in Sleep
- memory processing
- Mental Imagery
- Microsaccades
- Mind (Verstand)
- Minimal criteria for a sensory encoding model
- Mirror Neurons (MN)
- ML4CCN VL10 auditory cortex and semantics
- Modulation of Learning
- moral decision making
- Motion-induced-Blindness
- Motivational Enhancement Therapy
- Multimodal Learning
- Multiscale codes in the nervous system; The problem of noise correlations and the ambiguity of periodic scales
- Nebennierenrinde
- Neocognitron
- Networks across the Life Span
- Neural Aspects of Prediction
- Neural Encoding with Deep Neural Networks
- Neuroconnectionism and TNNs
- Neurodynamics
- Neurogenesis
- Neuroinformatics
- Neurotransmission
- Non-REM Sleep
- Noradrenaline
- nulceus accumbens circuitry
- Numbers in Neuroscience to learn by heart
- Nutrition as a Key Element of Learning
- Nutrition as a Key Element of Learning 2
- olfactory system
- Optical Illusions
- orbitofrontal cortex
- Orienting, the Brain’s Filter
- Outline Seminar Paper Brain Connectivity
- Owls and larks do not exist, COVID-19 quarantine sleep habits
- Pain Perception
- Parahippocampal Place Area PPA
- Parietal lobe
- Peers, Social Acceptance, and Social Exclusion
- Perception
- periaqueductal brain region
- perirhinal cortex
- Phobias, stress and hippocampus
- Place Cells
- Plasticity
- preattentive processing
- Predictability and Control
- Predicting upcoming words
- Prediction Error
- Predictive Coding
- Prefrontal-Subcortical Pathways Mediating Successful Emotion Regulation
- premotor cortex
- Primary Motor Cortex
- Priming
- Priming 2
- Principal Component Analysis (PCA)
- Procedural Memory
- Project Proposal ML4CCN by Maximilian Herrmann
- Projekt, Virtuelle Implantate im Resting-State fMRI
- Pursuit
- Putamen
- Questions CNM 01_Introduction_1
- Questions ML4CCN VL1
- Questions ML4CCN VL10
- Questions ML4CCN VL11
- Questions ML4CCN VL2
- Questions ML4CCN VL3
- Questions ML4CCN VL4
- Questions ML4CCN VL5
- Questions ML4CCN VL6
- Questions ML4CCN VL7
- Questions ML4CCN VL8
- Questions ML4CCN VL9
- RDMs and RSA
- read people’s mind
- Receiver Operator Characteristics
- Reconciliation
- Recycle your Brain
- Recycle your Brain 2
- Reflexe
- Relational Memory
- Representational Dissimilarity Matrix (RDM)
- Representational geometry; integrating cognition, computation, and the brain
- Representational Similarity Analysis (RSA)
- resilience
- Route Maps
- Self-Efficacy, Dopamine and the Power of Confidence
- Self-Supervised Learning
- Semantic Memory
- Sensory Cortex 2
- Simulating the Future
- Sleep and Stress
- Sleep Drives Metabolite Clearance from the Adult Brain
- sleep rhythm and siestas
- Sleep, Childhood, and School
- social cognition
- social success
- Somatosensory Cortex
- Speed cells
- Spinal cord
- Stress and Depression
- Stress and Memory
- Stress-Response
- Striatum
- Submission and Freedom
- Substantia Nigra
- Supplementary motor area (SMA)
- Surprise, The Driving Force of Learning
- Synapse
- Tasks that pair well
- Temporal lobe
- Temporal Processing
- Temporo parietal junction
- Test Thyself
- Thalamus
- The Amazing Brain of Blind People
- The Art of Being Bored
- The Autonomic Nervous System and the Ancient Core Regions of the Brain
- The Brain Swarms with Error Messages
- The Brain Swarms with Error Messages 2
- The Default Mode Network and Mind Wandering
- The Dynamics of Cognition and Shifting connections
- The Golden Rule, Spacing Out the Learning
- The Golden Rule, Spacing Out the Learning 2
- The hidden Mind and Blindsight
- The Interface Between the Limbic System and the Cortex
- The Key Role of Sleep
- The many Faces of Prediction
- The Moving Eyes
- The neuroconnectionist research programme
- The Origins of Individuality
- The Origins of Individuality 2
- The Portrait of a Memory
- The Power and Limits of Synaptic Plasticity
- The Power and Limits of Synaptic Plasticity 2
- The Self-Organization of the Cortex
- The Self-Organization of the Cortex 2
- The Seven Definitions of Learning
- The significance of microsaccades for vision and oculomotor control
- The Sleeping Brain Relives the Previous Day
- The Sleeping Brain Relives the Previous Day 2
- Theory of Mind and Mentalizing
- Thinking to the Muscles
- Thirteen Take-Home Messages to optimize Children’s Potential
- Thirteen Take-Home Messages to optimize Children’s Potential 2
- Three Metaphorical (but not literal) Layers
- Three Ways school can kill Curiosity
- Tipps für meinen Content
- Top-down Processing
- True Synapses and False Memories
- True Synapses and False Memories 2
- Tuning Curves and decodability
- Tutor Script – AC MS Lecture 1 Intro Spinal Cord
- Tutor Script – AC MS Lecture 2 Cerebellum Classical Conditioning
- Tutor Script – AC MS Lecture 2 Integrate-and-Fire Neuron
- Tutor Script – AC MS Lecture 3 Basal Ganglia
- Tutor Script – AC MS Lecture 4 Motor Cortex
- Tutor Script – AC MS Lecture 5 Mirror Neurons
- Tutor Script – AC MS Lecture 6 Decisions
- Tutor Script – AC MS Lecture 9 Reward
- Twentieth-Century Developments
- Under the Radar, Subliminal and Unconscious Cuing
- Ventral Visual Pathway
- Ventromedial PFC
- Verarbeitungszeiten im visuell-motorischen System
- Vision
- Visual cortex
- Visual hypothesis for mirror neurons
- Wanting to Know, The Source of Motivation
- Was ist Intelligenz?
- Was passiert, wenn Gehirnimplantate mainstream werden
- Wernicke’s area
- What if you didn’t have mirror neurons?
- What is a sensitive period?
- What is a sensitive period? 2
- What is Artificial Intelligence Missing?
- What is Artificial Intelligence Missing? 2
- What is more powerful than pleasure
- What is the Cerebellum for?
- What-pathway
- When does a decision begin?
- Why Neurons have Thousands of Synapses (Article)
- Why we have alternating sleep phases
- Wie Teile des Gehirns Aufgaben fremde Aufgaben übernehmen
- Wie werden auditive Reize im Gehirn verarbeitet?
- Working Memory
- X posts
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