Why Everything Feels Louder when You're in Pain If you live with a health challenge — whether that's pain, fatigue, anxiety, or something else — you might have noticed that as your symptoms get louder, so does the world around you. Sounds go right through you. Bright lights feel sharper. Information coming from multiple directions at once can feel like complete overload. You might find yourself more snappy or less tolerant than usual, and then wonder what's wrong with you. Why am I so sensitive? Why can't I just cope? But new research suggests that heightened sensitivity to the world around you isn't a sign of weakness or a lack of resilience. Instead, it's a recognised feature of living with a health condition with a genuine biological basis. A recent study published in Annals of Neurology focused specifically on people living with chronic back pain, and sheds light on why they often find the world more overwhelming — and what we can do to soothe our nervous system. Whilst this research looked specifically at chronic pain, the findings may well apply to other difficult symptoms such as fatigue. What the research found Researchers played aversive sounds (the kind that set your teeth on edge, like a knife dragged across glass) to people with chronic back pain and people without, and compared how each group responded. People living with chronic back pain found the sounds significantly more distressing. When researchers looked at what was happening in the brain, they found measurable differences too. There was heightened activity in regions involved in processing sensation and emotional experience, and reduced activity in areas that usually help soften and regulate what we feel. The research highlights how chronic pain doesn't just affect how we feel in the location of the pain, but also how we experience and move through the world around us. It's not a personality trait. It's your nervous system. Chronic pain, particularly the kind with no clear structural cause, is increasingly understood to involve a process called central sensitisation. The brain and nervous system become more alert and reactive to threat. Originally, this is a protective response, but over time, the signal can continue firing, even if no longer needed. This is why the irritating jingle on the radio advert or family member using their 'outdoor voice' can feel easy to brush off at times, and impossibly overwhelming at others. The nervous system isn't broken. It's doing something that once made sense. It just hasn't had the chance to recalibrate. Knowing this can shift something. From "I'm struggling more than I should be", to "my nervous system perhaps could do with some love and reassurance." Can it change? This is where the research offers some tentative encouragement. The study also looked at whether a psychological therapy called Pain Reprocessing Therapy (PRT) — which works by helping people relate differently to pain signals — had any effect on sensory sensitivity. PRT is based on the idea that in many cases of chronic pain, the brain has learned to treat ordinary signals as threatening, and that this can be unlearned. Rather than focusing on the body part that hurts, it works with how the brain is interpreting the signal, and helps people turn towards their experience with curiosity rather than fear. It's a clinical intervention, distinct from mindfulness, but the underlying orientation is a familiar one: that changing how we relate to painful experience can change the experience itself. Whilst the improvement was modest, the researchers found people who received the therapy found lower-intensity aversive sounds somewhat less distressing afterwards. Researchers also found changes in brain activity in a region associated with regulating difficult experiences — moving in a direction more similar to people without chronic pain. Looking beyond the treatment tested in this study, the interesting take-away for us is that: 1) there is a genuine biological reason why our tolerance reduces with pain, and: 2) there is something we can do to create more safety in the body and dial down this fight/flight response. Some next steps you could explore If you are interested in learning to work with your mind, body and nervous system in order to move through the world with more ease, here are some ideas for next steps in your mindfulness journey: 😌 Free weekly meditation, Tuesdays 19:00 - 19:30 Whether you're new to meditation or looking to maintain a regular practice, we warmly welcome you to come along to our free meditation session, held every week, by Vidyamala and our team of experienced teachers. Join us live on Zoom, or watch along via YouTube, where you will also find recordings from previous weeks. Feel free to have your camera on or off -- no need to unmute! Details Here 🗓 Take an 8-week mindfulness course A teacher-led, 8-week course is our recommended 'gold standard' for starting a mindfulness practice, and helping it to stick. Mindfulness for Health and Mindfulness for Stress are our evidence-based programmes, running for over 20 years. They offer a blend of meditation, theory and group-based learning, helping you transform your relationship with pain, illness or stress. Managing physical symptoms? Explore the Health course here Struggling with anxiety? Explore the Stress course here 🌿 Come along to our 7-day meditation retreat Sometimes it can help to put everything down and take some time to turn inwards, away from the distractions and hustle of daily life. Our annual hybrid retreat returns for 2026, on the theme of Balancing the Nervous System, which explores the ideas we've spoken about above. With our experienced tech team in hand, you can choose to participate online from the comfort of your own home, or join us in-person at Adhisthana Retreat Centre in the Herefordshire (UK) countryside. 🗓 Dates: Friday 18th - Friday 25th September🎟 Tickets: From £795 in-person or £195 online. Explore the retreat here 📚 View the full research article Title: Auditory Hyperresponsivity in Chronic Back Pain: A Randomized Controlled Trial of Pain Reprocessing Therapy Authors: Alina E. C. Panzel, Christian Büchel, Andrew Leroux, Tor D. Wager, and Yoni K. Ashar Published in: Annals of Neurology, 2026 Manage Cookie Preferences