If you've been waking up with a stiff neck, carrying a dull ache across your shoulders, or finding that no amount of stretching quite reaches the tension sitting at the base of your skull — you're not imagining it, and you're far from alone.

"Tech neck" has arrived in the mainstream medical vocabulary. What was once dismissed as postural laziness is now being taken seriously by orthopaedic surgeons, physiotherapists, and neurologists. It describes a recognisable cluster of symptoms — forward head posture, rounded shoulders, compressed cervical spine — driven by the hours we spend looking down at screens, and especially at our phones.

The numbers behind the ache

The biomechanics are startling. An adult head weighs 10 to 12 pounds in a neutral position. But as it tilts forward, the forces on the neck surge dramatically.

27 lbs at 15° of forward tilt
40 lbs at 30° of forward tilt
60 lbs at 60° — where most of us hold our heads while scrolling

This was first quantified by spinal surgeon Dr. Kenneth Hansraj in a widely cited 2014 study published in Surgical Technology International, and it has since become a foundational reference for clinicians discussing device-related neck strain.1

The clinical consequences are now well documented. A 2025 systematic review and meta-analysis published in the Postgraduate Medical Journal, drawing on data from over 10,000 participants, found that people who overuse smartphones have more than twice the risk of developing neck pain compared to those who don't.2 The term "text neck" — and increasingly "tech neck" — now appears regularly in peer-reviewed literature as a recognised musculoskeletal syndrome, not just a colloquial complaint.

The problem ergonomics can't fully solve

Sit up straighter. Raise your monitor. Get a standing desk. These are all reasonable suggestions, and I'm not dismissing them. But in my Watertown practice, I see something that ergonomic adjustments consistently fail to address: the tension pattern itself.

Your body is a learning system. Spend enough hours bracing your shoulders while reading emails, craning toward a screen, or clenching your jaw during a video call, and your nervous system begins to treat those patterns as the new normal. The muscle tension stops being a response to what you're doing — it becomes the default state you carry around, even when you step away from the desk.

The Alexander Technique addresses this directly. It is a non-exercise-based embodied approach that aims to improve overall patterns of postural muscle organisation by teaching people to observe and inhibit habitual patterns of reaction — skills that are applied in everyday activities rather than tied to particular exercises.3

This is precisely what makes it different from stretching, strengthening, or postural correction. You are not being told to hold a better position. You are learning to interrupt the unconscious instructions your nervous system keeps sending — the instructions that say brace, tighten, pull down — before they translate into chronic strain.

What the research shows

The evidence for the Alexander Technique in neck pain is genuinely encouraging. A randomised controlled trial published in the Annals of Internal Medicine found that Alexander Technique lessons led to significant reductions in neck pain and associated disability.4

At the neuromuscular level, a comparative study found that after Alexander Technique group classes, participants showed significantly decreased activity in surface neck muscles during a neck flexion task — and those changes in muscle activation were still present five weeks after the intervention ended. Lower surface muscle activation was associated with lower neck pain.5

This matters because it points to something beyond symptom relief. The Technique appears to change how the neck muscles are being recruited — reducing the chronic over-activation that underlies so much of the pain people feel at a screen.

A separate randomised controlled trial found that 20 one-to-one AT lessons led to reduced neck pain and increased self-efficacy compared to usual care, with higher self-efficacy associated with lower pain scores both one and seven months after lessons were completed. That last detail matters: the benefit doesn't disappear when lessons end. It becomes something you carry with you.6

What I see in my practice

The people who come to me with tech neck are not, for the most part, people who sit badly. They are often careful, conscientious, highly body-aware individuals who have tried everything — the ergonomic keyboard, the lumbar roll, the standing mat, the physio exercises. They are exhausted by the effort of trying to hold themselves correctly.

What I work with, as both an Alexander Technique teacher and a Somatic Experiencing practitioner, is not their posture. It is their relationship with effort itself. Tech neck is rarely just a mechanical problem. It is often a whole-body stress response that has found a home in the neck and shoulders — tightening further with every notification, every deadline, every hour of sustained concentration.

The Alexander Technique offers something elegant and, once understood, rather simple: the possibility of doing less. Less gripping, less bracing, less effort applied in the wrong direction. When the nervous system learns that it is safe to release the unnecessary tension it has been holding, the spine can find its own length again. The head can balance, rather than bear down.

No phone holder required.

If tech neck is something you're living with, I'd be glad to talk about whether Alexander Technique lessons might help. I see clients at my Watertown practice and also online.

Let's Talk About Your Neck

Book a free 15-minute consultation to explore whether Alexander Technique lessons could help you find ease — at the screen and away from it.

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References

  1. Hansraj, K.K. (2014). Assessment of stresses in the cervical spine caused by posture and position of the head. Surgical Technology International, 25, 277–279.
  2. Systematic review & meta-analysis: smartphone overuse and neck pain. Postgraduate Medical Journal, January 2025. (PROSPERO: CRD42024599227)
  3. Alexander Technique definition and mechanism. ScienceDirect.
  4. MacPherson, H. et al. (2015). Alexander Technique lessons or acupuncture sessions for persons with chronic neck pain — the ATLAS trial. Annals of Internal Medicine.
  5. Cacciatore, T.W. et al. (2014). Neuromuscular mechanisms underlying changes in head-neck coordination following the Alexander Technique. Journal of Neurophysiology, 112, 719–729. PubMed Central.
  6. Randomised controlled trial: Alexander Technique vs. targeted exercise for neck pain. PMC, 2025.
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