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Join a global ethical applied neuroscience network for academics and professionals, including allied disciplines About ANA NEURO CHARTER Your Applied Neuroscience Practice & ANA Ethical Practice Guidelines (AEPG) Read More > neuro network Your Expanding Global Network for Community, Connection & Collaboration Read More > neuro learn Your Hub for Life long Learning and Continuing Professional Development (CPD) Read More > WHO IS ANA? Becoming a member of The Applied Neuroscience Association (ANA) offers a unique opportunity to join a growing Association that is advancing the field of applied neuroscience. Membership gives you access to a global progressive Network of 1000+ members, expanding to an ANA Chapter near you. At ANA, we align with The Brain Economy Programme (2021): Brain Health + Brain Skills = Brain Capital, the 'capital' that fuels human and economic flourishing, realising our full potential through the paradigms of: neurodiversity : variations in human brain function and behavioural traits across different neurodevelopmental profiles neuroavailability : a dynamic state influenced by internal and external factors like brain health, nervous system regulation and environment neuroequity : fair access to ethical interventions, education, and healthcare — addressing disparities across communities and populations neurocapacity : collective brain health and brain skills within a workforce or society — and how environments support or inhibit brain capital neuroagency : capacity of individuals and communities to understand, harness, and shape their own brain health and brain skills neurocitizenship : individuals are not just passive recipients of neuroscience, but active participants in shaping ethical, inclusive, brain health The ANA Network is open to everyone and its free, to encourage enthusiasts to explore and learn more about their brain! Whether your a curious learner or a seasoned academic/professional, subscribe and take part! The ANA Community comprises registered Full Members, Associate Members, and Student/Graduate Members who join ANA to engage social pledges through ethical science communication and by applying neuroscience within their respective fields around the world to enhance lives. Registered ANA members commit to the ANA Ethical Practice Guidelines (AEPG) , with access to pathways for professional development through the NeuroEvents Calendar, Speaking and Authoring, SIGs and Chapters. As we pursue becoming a licensed Professional Body, our goal is to join a community of professional associations and learned societies working together to strengthen the collective impact of science for public benefit. To dive deeper, read on, or if you prefer a visual presentation scan the QR Code: WHY JOIN ANA? Upon joining, members have access to a Member Area, Member Chat, Special Interest Groups, and the opportunity to join or lead a local Chapter as they grow across the globe. Members can build a personalised profile that is your business card to connect with like-minded peers, and the general public in due course. Our work is led by our members, who advance their respective academic, research, and professional projects. These efforts are powered by ANA and collaborations and partnerships with members and other Associations/Societies, Institutions, and Organisations, in Healthcare, Education and Industry. Here is why becoming a member of ANA is a compelling choice: 1. Early Adopter Advantage Influence and Leadership: Become a founding member of a local Chapter and contribute to the establishment of standards, practices and strategies in a pioneering Association. Recognition: Stand out as an early supporter and advocate of the field as it gains credibility and visibility. 2. Exclusive Opportunities Be Part of the Journey: Collaborate with other like-minded professionals on creating and refining a professional body that aligns with the field's future needs. Networking with Innovators: Gain access to a community of forward-thinking professionals, leaders, and academics in applied neuroscience. 3. Shaping the Field Contribute to Standards: Participate in discussions, focus groups, or committees that define ethical and professional standards for the discipline. Drive Social Impact: Engage your social pledges that connect neuroscience research to real-world applications, helping to solve pressing societal issues, including your own research and professional projects. 4. Build Credibility Signal Commitment: Joining a professional body in its formative stage signals dedication to the field, demonstrating that you’re serious about professional growth and ethical practice. Be Ahead of Accreditation: Position yourself for a seamless transition into accredited membership once the body achieves formal recognition in 2026. 5. Personal and Professional Growth Access to Resources: Benefit from cutting-edge knowledge, professional development programs, and continual professional development (CPD) opportunities. Expand Your Influence: Gain opportunities to publish, speak, or contribute to initiatives that boost your profile in the field, such as producing a Talk Series or Podcast, or using the safe space to present business ideas. 6. Foster Collaboration Be Part of a Community: Join a growing network of individuals and organisations united by a shared mission to empower ethically applied neuroscience. Interdisciplinary Opportunities: Collaborate with professionals from allied fields to explore innovative applications of neuroscience. Meet members on the last Thursday of every month: ANA MEMBER CONNECT! 7. Ethical Alignment Support a Mission: Align with a body that promotes ethical applications of neuroscience, ensuring responsible and equitable practices. Promote Sustainability: Be part of an Association committed to long-term societal benefits through neuroscience. 8. Career Advancement Boost Your Profile: Being associated with an emerging professional body can enhance your CV and professional credibility, especially in fields where applied neuroscience is gaining prominence. Early Leadership Roles: Take on leadership opportunities in Committees, Special Interest Groups (SIGs), speaking, writing, Chapter leadership, or as a Mentor or Advisor as the Association grows. 9. Affordable Access to Lifelong Learning For the price of a cup of coffee each month, your contribution supports a global movement for social impact. JOIN US to unlock tools, insights, and connections that empower personal and professional growth. 10. Membership Options at a Glance Discover the unique benefits of ANA's four membership types. ANA Network is free and open to everyone. Explore the summary below and click through for detailed registered membership subscription information:

The Applied Neuroscience Association (ANA) is a professional body connecting a global Network of 1,000+ Members and ANA Chapters. Our Members bridge academic research discovery with demand, collaborating with Institutions and Corporations in industry, healthcare, and education for transformative social impact. The Professional Register recognises qualified neuroscience professionals and allied disciplines, while the free ANA Network welcomes all enthusiasts curious about their brains! The Applied Neuroscience Association The Applied Neuroscience Association The Applied Neuroscience Association The Applied Neuroscience Association Welcome to ANA Welcome to ANA Welcome to ANA Welcome to ANA Your Professional Body and Global Network for Applied Neuroscience 1881 ANA NETWORK 13 ANA ADVISORY BOARD 05 ANA CHAPTERS 40 ANA EVENTS Image by Santiago Ramon y Cajal (purkinje neuron from the human cerebellum, ca. 1900 Cajal Institute CSIC Madrid) (wikipedia commons) ANA is on a mission to empower ethically applied neuroscience for global social impact, bridging the translation gap between remarkable advancements in our understanding of the brain and nervous system, and you! King's Origins READ MORE 🌍 ANA Lunchtime Brain Breaks Celebrating Global Brains 16-20 March 2026 - virtual event Register HERE ! FREE to anyone curious about their brain Join us for ANA Virtual 'Lunchtime Brain Breaks' as we mark three celebrations in one week-long inspired event! Register once and use the same zoom link for all ten sessions. Drop in and discover the talks that interest you the most during your lunch break (all times are GMT): 16/03 12:00-13:00 The Body Budget Under Pressure: The Hidden Biology of Uncertain Times 13:00-14:00 Contributions of Childhood Adversity & Internal Distress in Adult Autism 17/03 12:00-13:00 Neuroleadership Model: PROWESS Focused on 'E' Emotional Intelligence 13:00-14:00 Cognitive Integrity: Protecting Decision Quality in an Overloaded World 18/03 12:00-13:00 A Peek into Neuroaesthetics: How Art Shapes the Brain and Mind 13:00-14:00 What the Research Won’t Tell You About AI and Mental Health 19/03 12:00-13:00 The Rosetta Stone of Inclusion: Neurodiversity-Translating Hidden Needs 13:00-14:00 Brain Development Across the Lifespan in the Brain Economy 20/03 12:00-13:00 The Neuroscience of Touch: Why and How Your Hands Can Change the Brain 13:00-14:00 Understanding the Benefits of Applying Neuroscience for Organisations Upcoming Events & Alerts Upcoming Events & Alerts Upcoming Events & Alerts Upcoming Events & Alerts 🌍 ANA Mental Health AI Global Symposium 14 MAY 2026 - London and streamed worldwide EARLY BIRD TICKETS on sale now - CLICK HERE ! FREE to registered ANA Members The brain economy x ai Reimagining Mental Health in the Age of Neuroscience, AI & the Brain Economy This flagship event will form part of a week-long programme of initiatives running from 11–15 May, during Mental Health Awareness Month. Brought to you by ANA’s global community of applied neuroscientists, clinicians, researchers, technologists, and invited guest experts what you will explore: This Symposium is for anyone curious about their brain to examine how artificial intelligence (AI) is shaping mental health research, practice, and future systems of care. The programme is structured around eight connected areas of inquiry: 🧠 Foundations — AI in Mental Health 🧠 Clinical Performance — AI Tools & Applications 🧠 Ethics and Governance 🧠 Cross Discipline/Sector Collaborations 🧠 Advanced AI for Mental Health 🧠 Data Quality, Validation & Risk 🧠 Applied AI — Optimising Mental Health Practice 🧠 Future Trends — Mental Health & AI This Symposium is framed within the broader Brain Economy Program , situating mental health and AI within a growing recognition that brain health and brain skills together described as Brain Capital in this program, are fundamental to the global economy and human flourishing. JOIN US to build your Brain Capital! IN-PERSON AND LIVE STREAMING WORLDWIDE Upcoming Events & Alerts Upcoming Events & Alerts Upcoming Events & Alerts Upcoming Events & Alerts Full Member Qualified Neuroscientist, Applied Neuroscientist, or Allied Discipline Full Members hold an MSc or higher in neuroscience, applied neuroscience, neuropsychology, neuropsychiatry, or a medical or research degree with neuroscience as a core component. Associate Member Academic or Professional, Advancing Neuroscience Applications in your work Associate Members hold an MSc or higher degree in a field outside of neuroscience or equivalent professional qualifications and are interested in integrating neuroscience applications into their work. Student/Graduate Studied or Studying Neuroscience, Applied Neuroscientist or Allied Discipline Student Members are those currently studying neuroscience, applied neuroscience, or an allied discipline with a core neuroscience component, such as a medical, psychiatry or psychology degree. Become A Member Become A Member Become A Member Become A Member Membership types & benefits Membership types & benefits Membership types & benefits Membership types & benefits ANA Members Promote Ethically Applied Neuroscience Research and Applications That Benefit Society Celebrating our Members Celebrating our Members Celebrating our Members Celebrating our Members Europe Asia Africa South America North America Great Britain Oceania Explore ANA Chapters Explore ANA Chapters Explore ANA Chapters Explore ANA Chapters Expanding the Reach of Ethically Applied Neuroscience for Global Impact newsletter News Alerts partnerships Working Together applied talks Lab to Life events ANA & Partners podcast Listen Here What is Applied Neuroscience and how can it help you and me? Neuroscience is constantly producing remarkable advancements in our understanding of the brain and nervous systems cellular and molecular structure, function and processes that dictate our every thought, our thinking about thinking, action and behaviours. In recent years there has been growing interest in findings from neuroscience research, beyond the domain of the natural sciences. Translating and applying the research into a societal context for lasting improvements in human health, the economy, and society as a whole. The role of language and critique in such Science Communication, bridging discoveries with demand, relies on an evidence-base that is translated ethically and free from dominant interests and ideologies. ANA's vision is empowering ethically applied neuroscience for global impact. Scan the QR Code to discover more: discover the brain discover the brain discover the brain discover the brain

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Delve into the science of Psychedelics and your brain with insights from various UK based research centres and experts in this field.

Author: Aneta Herrenschmidt-Moller Pain is weird! We all know what it is—but when we actually try to define it, it is notoriously difficult to communicate. Is it a sensation? An emotion? A survival mechanism? A social signal? The answer, as it turns out, is “yes” to all of the above, but with enough exceptions and caveats to make even the most confident neuroscientist second-guess themselves. At its simplest, pain is a biological function—your nervous system’s way of saying, “Hey, stop doing that !” This is the stuff we understand pretty well: nociceptors – the special nerve endings located in your skin and deep tissues detect tissue damage, send a distress signal up the spinal cord, and your brain interprets that as Ouch  ! But then things get complicated, when we have two people with the exact same injury, yet report wildly different levels of pain. One soldier takes a bullet and keeps fighting ; another person twists their ankle and swears they’ll never walk again. So, what’s going on here? The answer is that pain isn’t just about nerve endings—it’s about how we interpret the signals they send. It doesn’t exist in a vacuum; rather, it’s shaped by context, emotion, culture, and expectation. In this way, pain is not merely a physical sensation, but also a psychological, social, and cultural experience. In other words, pain is not one single thing—it is many things at once. And that complexity is precisely why pain is still one of science’s most elusive and enduring mysteries. The Two Camps : Biology vs. Experience For decades, the debate about pain has been stuck in a tug-of-war between two camps: One prominent theoretical orientation in the neuroscientific study of pain adopts a neurobiological reductionist framework who argue that pain is just an electrochemical process in the nervous system. If we map out every neuron, neurotransmitter, and receptor involved, the thinking goes, we’ll fully understand pain. On the other side, often found in psychology, anthropology, and philosophy, emphasises the contextual and experiential dimensions of pain, proposing that pain is shaped by expectation, meaning, and social environment. In their view, pain isn’t something you have; it’s something you experience, and that experience is moulded by our believes, culture, language, and past trauma. So who’s right? Well, frustratingly (or excitingly, depending on how you look at it), both and neither! Pain is biology plus interpretation, and trying to separate the two is like trying to isolate the “wetness” from water. Pain as a Contextual Interpretation and Prediction Here’s where things get really interesting. Pain is an interpretation, and sometimes, the brain gets it wrong. Consider phantom limb pain. An amputee can feel excruciating pain in a limb that no longer exists. There are no nerves endings, no physical injury, and yet the pain is real, because the brain insists that the limb should be there, and it’s detecting “pain” where there is nothing to detect. This is one of the clearest proof we have that pain isn’t simply a sensory event—it’s a prediction made by the brain. This predictive nature of pain means that context matters enormously. If you believe something is going to hurt, it’s more likely to hurt. If you’re told a treatment will work, it’s more likely to relieve pain, even if it’s just a placebo. If you’re stressed, depressed, or fearful, pain is amplified. If you’re distracted or feeling safe, pain diminishes. While these effects aren’t universal or deterministic, they are intended to highlight the complex interplay between brain, body, and context in how pain is experienced. And this isn’t just psychological fluff—it’s based on hard neuroscience research. The brain’s limbic system, anterior cingulate cortex, and prefrontal cortex are all actively involved in shaping pain perception. The same brain regions that process emotions, expectations, and social cues also shape how much something hurts. About Pain? So, where does this leave us? Pain, it turns out, isn’t the raw, unfiltered broadcast of tissue damage that many of us grew up believing it to be. It’s not some objective ‘ticker tape of hurt’ scrolling in from the body to be faithfully read by the brain. Instead, pain is a story the brain tells itself—a deeply contextual, highly predictive narrative stitched together from experience, emotion, memory, and expectation. This means that pain is less about what is happening and more about what the brain thinks might happen. It’s a hypothesis, not a photograph. And like any good hypothesis, it’s shaped by prior beliefs, available data (e.g. memories, familial patterns and cultural cues) and—critically—the surrounding context. Sometimes the prediction serves us well, like pulling away from a hot stove. Other times, it becomes maladaptive, like when the pain sticks around long after the tissue has healed, kept alive by a nervous system that’s still possibly ‘bracing for impact’. Pain Reframe This reframe doesn’t mean pain is “all in your head” in an eye-rolling, dismissive way. Rather, pain is in your head because that's where your brain constructs it - for it's main evolutionary job: to protect you. Understanding that doesn’t make pain less real. In fact, it makes it more real—because it means pain isn’t just about tissue damage, it’s about meaning, context, memory, and emotion. And, yes, that makes it messier, more human, and infinitely harder to pin down. Which is exactly why we can’t treat pain with biology alone. While neuroscience has uncovered the circuitry, the neurotransmitters and the neural pathways involved in the mechanisms of pain, the subjective experience of pain remains deeply complex. What Next? Now, to make real progress in treatment of pain, we need to think bigger. Fields such as philosophy, literature, musicology, art, theology, and ritual theory all offer valuable insights into how pain is perceived, expressed, and ultimately, how it might be healed. Pain is as much about philosophy, psychology, anthropology—even art and ritual—as it is about neurons and nerve endings. And until we treat pain not as merely a biological process but a profoundly complex and layered human experience, we’ll keep missing the point, and the person who suffers.

Delve into the Theory of Constructed Emotion in learning more about 'The Predictive Brain' with insights from Neuroscientist Dr Lisa Feldman Barrett