Learning Across
Minds and Machines

Empowering future thinkers to navigate between biology and technology.

Redefining Education

At Noetex, education becomes a medium for exploring the architectures of future knowledge — where minds and machines evolve together to expand human understanding.

Cognitive Architecture

Building the structures of understanding. We train minds to map complexity, connect insights across fields, and construct new conceptual systems for the next paradigm shift in technology.

Emerging Disciplines

Learning at the frontiers of mind and matter. Our programs weave together neuroscience, artificial intelligence, cognitive science, and social sciences — disciplines redefining how we understand cognition, society, and the universe.

Resonant Fields

Education at Noetex grows with the learner, the machine, and the world — preparing thinkers to lead the next transformation of knowledge and intelligence.

Featured Programs

Explore our cutting-edge programs designed to prepare you for the future of science and technology.

Enrolling Now
The Neuroscience and Computation of Decision-making
24.5 Hours
Course

The Neuroscience and Computation of Decision-making

This course offers a hands-on foundation in decision-making research, combining core theories, computational models, and neuroscience methods with insights from AI for advanced interdisciplinary study.

Faculty from: Dartmouth College, University College London

NeuroscienceNeuroeconomicsComputational Models
Livestreaming
7 weeks
Max 15 students
Start: November 15, 2025
Zoom
Learn More
Coming Soon
The Noetex Academy Winter Program: Exploring Life and Intelligence
35 Hours
School

The Noetex Academy Winter Program: Exploring Life and Intelligence

Immersive course helping students master fundamental and research skills in neuroscience and artificial intelligence, with opportunities to exchange ideas with students and scholars from around the world.

Faculty from: University of Cambridge, University of Oxford

NeuroscienceAIResearch Skills
In-person
10 Days
Min 10 students
Start: February 1, 2026
Cambridge, London, Oxford
Learn More
TherapyNeural NetNeuronsLogicCultureLanguageMemoryGenomeProteinSocietyPsychologyCognitionEthicsSyntaxBehavior
EvolutionEpistemologyBehaviorSynapseDeep LearningDiagnosisAttentionCellLearningMetaphysicsSocialSemanticsGrammarMindPersonality
EEGAlgorithmReasoningConsciousnessTreatmentDevelopmentDNAPerceptionCommunityCommunicationLinguisticsBiologyTruthHumanEmotion
TrainingfMRIMorphologyRealityInteractionCognitionGeneticsMolecularConsciousnessIntelligenceMental HealthNormsExistencePhoneticsMental
DopamineInferenceValuesPragmaticsDiscourseEcosystemKnowledgeWisdomProblem SolvingDecision MakingBehaviorResearchInstitutionOrganismTherapy
PlasticityReinforcementNeuronsSynapsefMRICortexHippocampusEEGGliaAmygdalaDendriteAxonDopamineTransformerNeural Net
NeuronsSynapseNeural NetfMRIHippocampusDendriteAmygdalaCortexEEGReinforcementDopamineAxonPlasticityGliaTransformer
HippocampusSynapseNeuronsCortexTransformerNeural NetDopamineAxonDendritePlasticityAmygdalaGliaEEGfMRIReinforcement

Fields We Explore

To understand reality, we must connect the sciences of mind, life, and society. Noetex integrates knowledge across disciplines to reveal the patterns that shape intelligence, behavior, and the world itself.

Neuroscience

Artificial Intelligence

Psychiatry

Cognitive Science

Life Science

Philosophy

Social Sciences

Linguistics

Psychology

Past Programs

Get inspired by what previous learners explored, built, and experienced across neuroscience, AI, and beyond.

Flexible Cognitive Control: How We Adapt Our Thinking and Behavior to Goals

Flexible Cognitive Control: How We Adapt Our Thinking and Behavior to Goals

Completed
Course

Explore the brain's 'scheduling' mechanism that enables flexible goal-directed behavior through hands-on cognitive neuroscience research.

Faculty from: University of Cambridge

Cognitive ScienceNeuroscienceResearch Methods
In-person
3 Days
Start: August 24, 2025
Cambridge
Learn More
Cognitive Algorithms and Neural Mechanisms of Economic Games

Cognitive Algorithms and Neural Mechanisms of Economic Games

Completed
Course

Investigate how biological and machine agents make optimal decisions in strategic interactions through game theory and neuroscience.

Faculty from: University College London

NeuroscienceEconomicsMachine Learning
In-person
3 Days
Start: August 24, 2025
London
Learn More
London Brain and Intelligence Summit

London Brain and Intelligence Summit

Completed
Conference

Join leading thinkers exploring the frontiers of consciousness, cognition, and computation through keynote talks and focused discussions.

Speakers from: University of Cambridge, University of Oxford, Peking University, King's College London

NeuroscienceAIConsciousness
In-person
3 Hours
Start: August 23, 2025
King's College London
Learn More
Understanding Intelligent Agents

Understanding Intelligent Agents

Completed
Workshop

This workshop introduces cutting-edge reasoning techniques in AI—covering Chain of Thought and the ReAct framework—to help participants develop step-by-step problem-solving skills and a deeper understanding of agentic intelligence.

AIMachine LearningReasoning
In-person
3 Hours
Start: August 23, 2025
King's College London
Learn More
Future Tools, Real Results: AI Filmmaking & Agentic Browsing

Future Tools, Real Results: AI Filmmaking & Agentic Browsing

Completed
Workshop

From creating your first AI-generated short film to exploring agentic browsing, these two hands-on workshops will guide you to bring your ideas to life and harness the power of intelligent tools for creativity and productivity.

AICreativityProductivity
In-person
6 Hours
Start: August 22, 2025
King's College London
Learn More
Brain-Computer Interface and Neuromodulation

Brain-Computer Interface and Neuromodulation

Completed
Symposium

This symposium explores advances in neuromodulation and brain–computer interface technologies, highlighting their emerging applications in neurological and psychiatric disorders.

NeurotechnologyNeurosurgeryBrain-Computer Interface
In-person
3 Hours
Start: June 3, 2023
Beijing
Learn More

Meet the Minds Thinking with Us

Learn from world-renowned experts who are pushing the boundaries of human knowledge.

Dr. Alireza Soltani

Dr. Alireza Soltani

Instructor

Associate Professor and Director of Graduate Studies

Dartmouth College

Leading researcher in computational and cognitive neuroscience, focusing on adaptive decision-making and learning by integrating computational modeling, psychophysics, and human behavior studies to uncover neural mechanisms and bridge cognitive processes with their biophysical foundations.

Specialties

Computational NeuroscienceCognitive NeuroscienceDecision-MakingLearning
Learn more
Dr. Andrea Luppi

Dr. Andrea Luppi

Speaker

Wellcome Early Career Fellow and Fellow of St John's College

University of Cambridge

A philosopher-turned-neuroscientist whose research combines information theory, network science, and computational modelling to uncover how brain structure and dynamics give rise to consciousness and intelligence across species, states, and systems.

Specialties

Artificial Neural NetworkComputational NeuroscienceConsciousness
Learn more

Exclusive Dialogues

Original interviews you won't find elsewhere — featuring pioneering scholars in neuroscience, AI, and the human sciences.

How Does the Brain Generate Thought?

Ed Boyden

Ed Boyden

Y. Eva Tan Professor in Neurotechnology at MIT

How can new technologies help us better understand the brain?

NeuroscienceTechnologyBrain Research

How Does the Brain Understand Language?

David Poeppel

David Poeppel

Professor of Psychology and Neural Science at NYU

Building models for speech processing.

LinguisticsLanguageCognition

How Do We Understand Attention?

Masud Husain

Masud Husain

Professor of Neurology and Cognitive Neuroscience at Oxford

How does attention define our cognitive functions?

AttentionCognitionNeuroscience

Is Consciousness a Controlled Hallucination?

Anil Seth

Anil Seth

Professor of Cognitive and Computational Neuroscience at the University of Sussex

Is it possible for us to fully understand consciousness?

ConsciousnessPhilosophyMind

Why Choose Noetex Academy

World-class faculty from top universities
Cutting-edge research facilities and labs
Interdisciplinary approach to learning
Industry partnerships and internships
Global network of alumni and researchers
Personalized mentorship programs

95% Success Rate

Our graduates go on to work at leading tech companies, research institutions, and start their own innovative ventures.

500+
Alumni
50+
Countries

What Our Students Say

"Noetex Academy transformed my understanding of the brain-AI connection. The interdisciplinary approach is revolutionary."

AT
Alex Thompson
PhD Student, Neuroscience

"The faculty's expertise and the cutting-edge curriculum prepared me perfectly for my career in AI research."

MS
Maria Santos
AI Researcher, Google

"The lab facilities and research opportunities here are unmatched. I've published 3 papers since graduating."

DK
David Kim
Cognitive Scientist, Microsoft

Ready to Shape the Future?

Join thousands of students who are already building the next generation of human-AI collaboration and cognitive enhancement.

Noetex
×
Neu-Reality

Born from Neu-Reality, a nonprofit movement reimagining science communication, Noetex extends that vision into learning.

Live Network

1M+ Active Minds

Neural Sync: Connecting...

Inside Noetex Academy, you enter a living neural network of over one million minds — readers, creators, and thinkers shaping new dialogues between science, philosophy, and technology. Here, ideas flow freely, collaborations emerge organically, and imagination meets rigor. As part of the community, you can become a Neu-Reality contributor — joining 400+ volunteers from leading universities and institutions to build projects that bridge research, storytelling, and innovation. Together, we turn understanding into creation, and knowledge into reality.

Our Trusted Collaborators

Wiley
ByteDance
Tencent
Frontiers
Cell Press
Qwen
AntGroup
Berggruen Institute
Scientific American
ZhenFund