What Can You Do to Stop Ringing in Your Ears?

There is no single cure that switches off tinnitus for everyone, but several evidence-backed strategies can reduce how loud, intrusive, and distressing it feels. The most effective approaches include cognitive behavioral therapy, properly fitted hearing aids when hearing loss is involved, and newer bimodal neuromodulation devices. Which combination works best depends on what is driving your tinnitus, how long you have had it, and whether it comes with hearing loss, jaw problems, or neck issues. The range of options is wider than most people realize, and the science has moved well beyond “learn to live with it.”

Why Your Brain Creates the Ringing

Tinnitus is not actually a sound entering your ears. In most cases, it starts with some degree of damage to the hair cells in your inner ear, whether from loud noise, aging, medication, or infection. When those cells stop sending normal signals to the brain, something counterintuitive happens: neurons in the auditory pathway compensate by turning up their own activity. Computational models based on animal research show that this “homeostatic plasticity” can lead to pathologically increased spontaneous firing rates in auditory neurons, essentially creating a phantom signal that your brain interprets as sound.¹ That is why tinnitus so often accompanies hearing loss, and why restoring some of the missing input through hearing aids or sound therapy can quiet it down.

Understanding this mechanism matters because it explains something many tinnitus sufferers find frustrating: the ringing is real neural activity, not imaginary, but there is no single broken part to “fix.” Most treatments work by changing how the brain processes or reacts to that hyperactive signal rather than silencing it at the source.

Cognitive Behavioral Therapy Is the Strongest Evidence-Based Treatment

If there is a gold-standard treatment for bothersome tinnitus, it is cognitive behavioral therapy. CBT does not make the phantom sound disappear, but it systematically reduces how much that sound controls your mood, sleep, and daily functioning. A Cochrane systematic review found that CBT reduced the impact of tinnitus on quality of life by roughly 11 points on the Tinnitus Handicap Inventory, a scale that runs from 0 to 100, where an improvement of 7 points is considered the minimum clinically meaningful change.² A separate meta-analysis of randomized controlled trials reported a moderate-to-large effect size when CBT was compared with passive controls, and a smaller but still meaningful effect against active comparison treatments.³ Those gains held over time at follow-up assessments.

CBT for tinnitus typically involves identifying and restructuring the catastrophic thoughts that amplify distress (“I will never sleep again,” “this will get worse until I can’t function”), learning relaxation techniques, and gradually shifting attention away from the tinnitus signal. If you have tried everything else and not tried CBT, it is the single most evidence-supported intervention to pursue, particularly for the emotional and functional burden of tinnitus rather than the perceived loudness itself.⁴

Access used to be a barrier, since finding a therapist trained in tinnitus-specific CBT was difficult outside major medical centers. That is changing. A randomized controlled trial of a smartphone-based CBT app prescribed for nine months found a large and clinically relevant reduction in tinnitus distress compared with a waitlist control group.⁵ App-based CBT is not identical to face-to-face therapy, but for people who cannot access a specialist, it represents a meaningful step forward.

Hearing Aids When Hearing Loss Is Part of the Picture

If your tinnitus came along with noticeable hearing loss, hearing aids may be the most practical first move. Amplifying the environmental sounds you have been missing gives your auditory system real input again, which can partially counteract the neural hyperactivity driving the phantom ringing. A six-month study of patients with chronic tinnitus and associated hearing loss found statistically and clinically significant reductions in tinnitus handicap scores, loudness matching, and self-reported severity after consistent hearing aid use.⁶ A broader study across three hearing aid designs reported a mean reduction of about 43 points on the Tinnitus Handicap Inventory across all device types, with hearing aids that included a built-in masking feature performing best.⁷

A Cochrane review comparing hearing aids with sound generators found that both produced clinically meaningful drops in tinnitus handicap scores over twelve months, with no significant difference between the two approaches.⁸ In other words, if you have hearing loss and tinnitus, a standard hearing aid addresses both problems at once. You do not necessarily need a specialized tinnitus device.

Sound Therapy on Its Own

Sound therapy covers a range of approaches: white noise machines, nature soundscapes, notched music, and dedicated sound generators worn in or near the ear. The logic is straightforward. External sound partially masks the tinnitus, reduces the contrast between silence and the phantom signal, and may promote habituation over time. Many people find immediate relief from a bedside sound machine or even a fan running at night.

The long-term evidence is less encouraging. A Cochrane review of sound therapy using amplification devices or standalone sound generators concluded that the current evidence does not support or refute sound therapy as a primary standalone treatment for tinnitus. Reviewers noted that sound therapy may be useful for acute relief but did not consider it effective over the long term by itself.⁹ This does not mean you should stop using your noise machine. It means sound alone is better understood as a coping tool and a complement to other treatments rather than a standalone fix.

Tinnitus Retraining Therapy

Tinnitus retraining therapy combines directive counseling with low-level sound enrichment, aiming to retrain the brain’s emotional and attentional responses to the tinnitus signal. In the largest randomized trial of TRT to date, all three groups, including full TRT, partial TRT, and standard-of-care, showed significant and large improvements in tinnitus questionnaire scores over 18 months. But TRT did not outperform standard of care.¹⁰ The counseling component of TRT appeared to be the main driver of improvement, achieving over a 30% reduction in tinnitus impact among participants.¹¹

The takeaway is that TRT works, but probably because of the structured counseling rather than the sound component. If your clinician offers TRT, the counseling sessions are the part you should prioritize. And if you cannot access full TRT, evidence-based counseling approaches such as CBT may offer similar or greater benefit.

Bimodal Neuromodulation, a Newer Approach

One of the more promising developments in tinnitus treatment pairs sound with mild electrical stimulation of the tongue. The idea draws on research showing that stimulating both auditory and somatosensory pathways simultaneously can drive extensive neural plasticity in the auditory brain. A large randomized clinical trial of 326 adults with chronic tinnitus found significant reductions in symptom severity, with large effect sizes on both the Tinnitus Handicap Inventory and the Tinnitus Functional Index.¹² Follow-up research showed these benefits were sustained up to 12 months after treatment ended.¹³

A subsequent pivotal trial added a direct comparison with sound therapy alone. For people with moderate or more severe tinnitus, about 59% responded to bimodal treatment compared with 43% receiving sound only.¹⁴ The device (marketed as Lenire) is now available in some countries with a prescription. It is not cheap, and the effect is not universal, but for people who have not responded to more conventional approaches, it represents a genuinely new mechanism of action rather than another variation on sound masking or counseling.

When the Cause Is in Your Jaw or Neck

Not all tinnitus originates from inner-ear damage. In a subset of people, the ringing can be modulated, sometimes made louder or softer, by clenching the jaw, turning the head, or pressing on facial muscles. This is called somatic tinnitus, and it points to the involvement of the musculoskeletal system rather than (or in addition to) the auditory system. People with temporomandibular joint disorders, neck injuries, or chronic jaw tension are more likely to have this type.¹⁵

When somatic tinnitus is correctly identified, targeted physical therapy can be remarkably effective. One documented case showed a complete reversal of tinnitus, a score of 0 on the Tinnitus Handicap Inventory, after 10 physical therapy sessions addressing cervical spine and temporomandibular joint impairments.¹⁶ A randomized clinical trial also investigated adding cervico-mandibular manual therapy to exercise and education programs in people with tinnitus linked to temporomandibular disorders.¹⁷ If your tinnitus changes pitch or volume when you move your jaw or neck, mention that to your clinician. It changes the entire treatment approach.

Pulsatile Tinnitus Is a Different Condition

If your ear noise sounds like a rhythmic whooshing or thumping in time with your heartbeat, you likely have pulsatile tinnitus rather than the more common subjective kind. Pulsatile tinnitus accounts for roughly 5 to 10% of all tinnitus cases, and it typically has a physical, identifiable cause, often a vascular anomaly, a condition called idiopathic intracranial hypertension, or a middle ear mass.¹⁸ Unlike subjective tinnitus, where no external sound exists, pulsatile tinnitus can sometimes be heard by a clinician using a stethoscope.

This distinction matters because pulsatile tinnitus is often treatable at the source. MRI is recommended as the primary imaging tool for investigation, and once the underlying cause is identified, treating it, whether through medication, a procedure, or managing intracranial pressure, can resolve the tinnitus entirely.¹⁹ If your tinnitus pulses, do not settle for the standard “nothing we can do” response. Push for imaging.

Supplements and Over-the-Counter Products

Walk through any pharmacy and you will find supplements marketed for tinnitus: Ginkgo biloba, zinc, magnesium, vitamin B12, melatonin, lipo-flavonoid, and various herbal blends. The evidence behind all of them is thin. A systematic review of over-the-counter treatments for tinnitus found that while some individual trials reported within-group improvements, placebo responses were common, findings were inconsistent across agents, and most products had been tested in only a single small study. The review concluded that no firm conclusions can be drawn about whether any OTC therapy provides symptomatic benefit.²⁰

This is an area where the placebo effect is genuinely powerful and complicates the research. A phase 2 clinical trial of an intratympanic drug injected directly into the ear (OTO-313) failed to show a benefit over placebo, in part because the placebo group improved dramatically on its own.²¹ If even an injected pharmaceutical compound struggled against the placebo response, it is not surprising that supplement studies look inconsistent. A person who swears by Ginkgo biloba may be experiencing real relief, but randomized trials have not been able to separate that relief from what you get by believing you are being treated.

Where Medications Stand

As of now, no medication is specifically approved by any major regulatory agency for the treatment of tinnitus. That has not stopped clinicians from prescribing off-label drugs to manage symptoms. Antidepressants, anti-anxiety medications, and anticonvulsants are sometimes used, particularly when tinnitus is accompanied by significant depression, anxiety, or sleep disturbance. Several drug classes are in active research, including NMDA receptor antagonists, GABA agonists, potassium channel modulators, and selective serotonin reuptake inhibitors.²² The challenge is that tinnitus involves multiple overlapping neural circuits, and a drug that helps one subtype may do nothing for another.

Repetitive transcranial magnetic stimulation, while not a drug, is another experimental approach being studied. A systematic review of rTMS trials found that real stimulation outperformed sham stimulation overall, with stimulation intensity and number of pulses influencing outcomes in a dose-dependent way.²³ The reviewers emphasized that optimal protocols likely need to be personalized, which is a polite way of saying the field has not yet figured out the right settings for routine clinical use.

The Sleep-Anxiety-Tinnitus Cycle

One of the most damaging aspects of chronic tinnitus is how it interacts with anxiety and sleep disruption. The three conditions feed each other: tinnitus triggers anxiety, anxiety disrupts sleep, poor sleep makes tinnitus more noticeable, and the cycle tightens. Research points to specific mechanisms underlying this loop, including abnormal connectivity between auditory and emotional processing regions of the brain, imbalances in calming and excitatory neurotransmitters, and disruption of stress-response and sleep-wake pathways.²⁴

Recognizing this cycle matters practically. If your main complaint is that tinnitus ruins your sleep, treating the sleep problem directly, through sleep hygiene changes, CBT for insomnia, or if necessary short-term medication, may improve both the insomnia and the tinnitus perception. Similarly, if anxiety is making the ringing feel unbearable, treating the anxiety through therapy or medication can lower the volume on your subjective experience even though nothing has changed in your ear.

Prevention Still Beats Every Treatment

For the roughly 27 million Americans who already have tinnitus, prevention advice feels unhelpful.²⁵ But for preventing the condition from starting, or from getting worse, hearing protection is extraordinarily effective. A randomized trial at a music festival found that unprotected ears were over five times as likely to develop a temporary hearing threshold shift as ears wearing earplugs. Newly induced tinnitus occurred in 40% of the unprotected group compared with 12% of those wearing earplugs.²⁶

If you already have tinnitus and continue to expose your ears to loud environments, concerts, power tools, firearms, you risk worsening both the hearing loss and the tinnitus. High-fidelity earplugs designed for musicians reduce volume without distorting sound quality. Wearing them consistently is one of the few things you can do that costs almost nothing and has zero downsides.

Getting a Proper Evaluation

Clinical practice guidelines for tinnitus emphasize that the first step is ruling out treatable underlying causes, things like impacted earwax, medication side effects, middle ear infections, or the vascular conditions described earlier.²⁷ A thorough evaluation typically includes an audiogram to check for hearing loss, questions about medication use, and assessment of how much the tinnitus affects your daily life. Depending on those results, you may be referred to an audiologist, an ear-nose-throat specialist, or a mental health professional trained in tinnitus management.

One frustration many people encounter is that tinnitus currently has no objective clinical test. Researchers are working on electrophysiological approaches to detect tinnitus from brain recordings, but none yet have sufficient sensitivity and specificity for clinical use.²⁸ Diagnosis still rests on your self-report, which means being specific and honest about your symptoms. If you notice your tinnitus changes with jaw movement, pulses with your heartbeat, or started after a new medication, say so. Those details can redirect the entire diagnostic path.

Who Has It and Who Gets It Worse

Tinnitus is more common than many people realize. Prevalence in the United States sits at roughly 11%, affecting about 27 million people as of 2014 estimates. Among those with tinnitus, about 41% report having symptoms all the time, and roughly 28% have dealt with them for more than 15 years.²⁵ Rates are higher among men, older adults, and people with significant noise exposure histories. In military populations, where occupational noise is pervasive, the odds of bothersome tinnitus increase by about 2% with every year of age, and those who report being “bothered a lot” see an even steeper age-related climb.²⁹

Interestingly, once researchers controlled for age, hearing-related conditions, and noise exposure in a large population-level analysis, most racial and sex differences in tinnitus prevalence faded. The factors that actually predict tinnitus, ear damage, noise history, and medical conditions, do not respect demographics. But one disparity persisted in the data: the delivery of tinnitus-related healthcare varied across racial and ethnic groups even when severity was similar, suggesting that access to treatment, not the condition itself, is distributed unevenly.²⁵

1
PubMed. Development of tinnitus-related neuronal hyperactivity through homeostatic plasticity after hearing loss: a computational model
2
PubMed Central. Cognitive behavioural therapy for tinnitus
3
Clinical Psychology Review. A systematic review and meta-analysis of randomized controlled trials of cognitive–behavioral therapy for tinnitus distress
4
PubMed Central. Cognitive behavioral therapy for tinnitus: evidence and efficacy
5
PLOS Digital Health. Randomized controlled trial of a smartphone-based cognitive behavioral therapy for chronic tinnitus
6
PubMed Central. Hearing aid effectiveness on patients with chronic tinnitus and associated hearing loss
7
PubMed. The Efficacy of Digital Hearing Aids in the Management of Tinnitus in Individuals with Sensorineural Hearing Loss
8
Cochrane Database of Systematic Reviews. Hearing aids for tinnitus in people with hearing loss
9
Cochrane Database of Systematic Reviews. Sound therapy (using amplification devices or sound generators) for tinnitus in adults
10
JAMA Otolaryngology–Head & Neck Surgery. Effect of Tinnitus Retraining Therapy vs Standard of Care on Tinnitus-Related Quality of Life: A Randomized Clinical Trial
11
PubMed Central. The Tinnitus Retraining Therapy Counseling Protocol as Implemented in the Tinnitus Retraining Therapy Trial
12
PubMed. Bimodal neuromodulation combining sound and tongue stimulation reduces tinnitus symptoms in a large randomized clinical study
13
PubMed Central. Different bimodal neuromodulation settings reduce tinnitus symptoms in a large randomized trial
14
Nature Communications. Combining sound with tongue stimulation for the treatment of tinnitus: a multi-site single-arm controlled pivotal trial
15
PubMed Central. Somatosensory tinnitus: Current evidence and future perspectives
16
PubMed. Improving tinnitus with mechanical treatment of the cervical spine and jaw
17
Pain Medicine. Effects of Cervico-Mandibular Manual Therapy in Patients with Temporomandibular Pain Disorders and Associated Somatic Tinnitus: A Randomized Clinical Trial
18
PubMed Central. Pulsatile Tinnitus: A Comprehensive Clinical Approach to Diagnosis and Management
19
Australian Journal of Otolaryngology. The assessment of pulsatile tinnitus—a systematic review of underlying pathologies and modern diagnostic approaches
20
PubMed Central. Effectiveness of Over-The-Counter Treatments for Tinnitus Symptom Relief: A Systematic Review
21
PubMed Central. A randomized, double-blind, placebo-controlled phase 2 study of intratympanic OTO-313 in patients with moderate to severe subjective tinnitus
22
PubMed Central. Pharmacological Treatments for Tinnitus: New and Old
23
Scientific Reports. RTMS parameters in tinnitus trials: a systematic review
24
PubMed Central. Pathophysiological Insights and Multimodal Interventions in Chronic Tinnitus, Anxiety, and Sleep Disorders
25
PubMed Central. Tinnitus prevalence, associated characteristics, and related healthcare use in the United States: a population-level analysis
26
JAMA Otolaryngology–Head & Neck Surgery. Effectiveness of Earplugs in Preventing Recreational Noise-Induced Hearing Loss: A Randomized Clinical Trial
27
PubMed. Clinical practice guideline: tinnitus
28
PubMed Central. Objective Detection of Tinnitus Based on Electrophysiology
29
PubMed. Prevalence of Self-Reported Bothersome Tinnitus in U.S. Army Soldiers From January 1, 2015, Through September 30, 2019