What is phantom vibration syndrome? Definition and data

What is phantom vibration syndrome?

Phantom vibration syndrome (PVS) is the false sensation that your phone — or another device — is vibrating when it isn't. It is classified in the research as a tactile hallucination, because the brain interprets a sensation that has no external source¹. A closely related experience is phantom ringing syndrome, where you think you hear your phone ring when it hasn't².

The experience sits within a broader category researchers call "technopathology": the study of psychological and behavioural conditions tied to technology use³. Phantom vibration is among the most commonly reported of these, but it is also one of the least studied.

How common is it?

Prevalence estimates vary a lot between studies, partly because researchers have surveyed different populations and used different questions.

A 2015 systematic review found that phantom vibration or phantom ringing was commonly experienced by mobile phone users, though it noted the literature was limited and prevalence across populations hadn't been properly established³.

The individual studies bear this out. A survey of 290 undergraduates in the United States found 89% had experienced phantom vibrations, on average about once every two weeks⁴. A survey of 169 medical staff in an academic medical centre found 68% had experienced them, with 13% experiencing them daily⁵.

More recent studies in student populations have produced lower but still substantial figures. A cross-sectional survey of 553 university students found 41.4% reported phantom vibrations, with 22% experiencing them occasionally and 5.4% frequently⁶. A 2024 study of 381 Malaysian undergraduates put the figure at 49.3%¹. Among 383 medical students in South India, 27.9% reported phantom vibration specifically⁷.

A cohort study of 74 medical interns in Taiwan tracked the experience over time and found sharp changes with workload. Phantom vibration prevalence was 78.1% at baseline, rose to 95.9% by the third month of internship, and fell back to 50.0% two weeks after the internship ended². That pattern suggests the sensation may track periods of high stress during the internship rather than being a fixed trait.

What's linked with experiencing it?

Several factors show up repeatedly in the research.

Phone use patterns matter. In a survey of 380 medical sciences students in Iran, PVS prevalence was 54.3%, with significant links to social apps and entertainment use⁸. A study of 93 medical interns found phantom vibration and ringing were both significantly associated with higher frequency of phone use and use of vibration mode⁹.

Where you carry your device also appears relevant. One study found that carrying a device in a breast pocket versus on a belt was associated with a higher prevalence ratio for phantom vibrations⁵. A Malaysian study found carrying a device in a front pocket or sling bag was associated with lower odds of PVS, while using vibration mode was linked to higher odds¹.

Smartphone addiction scores are another consistent correlate. In the South India study, higher smartphone addiction scores, self-reported overuse and staying in a hostel were significant determinants of phantom sensations⁷. A Kerala study of 487 medical students found phantom vibration and ringing were significantly associated with both smartphone addiction and perceived stress¹⁰.

Burnout shows a more specific connection. A cross-sectional study of 384 high-tech company employees in Taiwan found that higher scores for personal fatigue, job fatigue and service target fatigue had an independent impact on the presence of phantom vibration — suggesting PVS could be an early signal of occupational stress¹¹.

Is it linked to anxiety or depression?

The picture here is less straightforward than you might expect.

The Taiwan intern cohort found that while anxiety and depression scores rose during internship, there was no significant correlation between those symptoms and phantom vibration or ringing. The authors suggested PVS and PRS might be independent of anxiety and depression, even in a stressful context².

A separate analysis of the same cohort using a "dimensional" approach found something more nuanced: interns with severe phantom vibrations and ringing had higher subjective and somatic anxiety scores, and those with severe phantom ringing showed more cognitive and affective depression symptoms¹².

The 2015 systematic review noted that causal factors, consequences and treatment plans were all still under-studied, and that no clinical criteria existed for identifying the condition³. In other words: the honest answer is that phantom vibration is common and real, but the field hasn't yet settled how much it's a warning sign versus a quirk of a brain trained to expect notifications.

Should you do anything about it?

For most people, probably not much. In the US undergraduate survey, few respondents found phantom vibrations bothersome, and few made attempts to stop them⁴. The systematic review echoed this: most people who experienced it took no steps to eliminate it³.

If it does bother you, the limited evidence offers a few practical starting points. In the medical staff survey, 39% of those who experienced phantom vibrations were able to stop them. Strategies included taking the device off vibrate mode, changing where they carried it, and switching devices, with success rates of 75%, 63% and 50% respectively — though those differences weren't statistically significant⁵.

A sensible, low-effort approach is to reduce the brain's training signal: take your phone off vibrate, keep it out of your pocket for stretches of the day, and notice whether the sensations fade when your alertness to the phone drops. This isn't a formal intervention with evidence behind it — the studies simply point in that direction, and no treatment has been validated³.

A broader view

Phantom vibration is a useful, slightly uncomfortable reminder of how plastic attention is. Your brain learns the statistical likelihood of a notification and begins to anticipate it, sometimes generating the sensation before any real signal arrives. That mechanism is analogous to what researchers call attention residue, the mental cost of switching between tasks. See our pieces on what attention residue is and whether batching notifications improves focus.

What to do this week

If phantom vibrations are frequent enough to notice, try a two-day experiment. Switch your phone to silent rather than vibrate, and keep it in a bag rather than a pocket. Note how often the phantom sensations occur before and after. You're not treating a disorder, since few people in the studies found it bothersome — you're testing how quickly a trained sensation fades when the cue changes. If the sensations are persistent, distressing, or accompanied by significant anxiety or low mood, speak to a GP or a qualified professional.