[VR Break] Don't Make Mental Care Another Homework: The Effectiveness of a VR Program Created with Students

Could a 7-minute break from studying help your mind? A trial of "VR breaks" with 131 students

As exams approach, the guilt of stepping away from the desk intensifies. Even when you try to take a break by picking up your smartphone, seeing friends' study updates or notifications can make you even more anxious.

At such times, perhaps what's needed isn't just "a little more effort."

A research team from City St George’s in the UK examined mental care for students using virtual reality (VR) for about 7 minutes. By wearing a headset and being guided by visuals and audio, students could regulate their breathing and focus on calming imagery.

According to a study introduced by Phys.org on October 20, 2026, students using VR experienced greater immediate improvements in stress and anxiety compared to those viewing the same content on a smartphone.

However, it's premature to conclude that "using VR for 7 minutes will solve exam worries." The study indicates the potential for technology to support short breaks to face academic pressure.

The comparison was not between "VR and doing nothing," but viewing the same content on a smartphone

The study used a well-being program developed by health technology company Phase Space in collaboration with students.

It combines breathing techniques, relaxation through imagery, and positive coping strategies with immersive visuals and sounds. This was not a test of playing games or watching favorite videos on VR.

The 131 participating medical students were randomly divided into two groups.

• Group experiencing VR headsets: 67 students
• Group viewing the same content on smartphones: 64 students

Both groups continued the approximately 7-minute sessions for five days. Each time, they self-assessed their calmness, stress, and anxiety before and after the sessions. Additionally, at the start of the study and two weeks later, they completed questionnaires on perceived stress, mental health, and depressive symptoms.

This comparison method is significant. Simply comparing with those doing nothing makes it hard to distinguish whether the effect is from the visuals or the break itself. By delivering the same content through different devices, the study examines how much the VR experience method makes a difference.

Benefits for both, yet VR showed greater "immediate changes"

According to the introduction article, improvements were observed in both the VR and smartphone groups. However, the reduction in stress and anxiety immediately after the experience, and the increase in calmness and well-being, were statistically significantly greater in the VR group.

Furthermore, students who completed the VR intervention reported a decrease in perceived stress even in the follow-up evaluation two weeks later.

It's important to note that "immediate mood changes" and "subsequent stress changes" are separate results.

From the introduction content, it cannot be said that the effect lasts for two weeks from just one 7-minute session. Also, it cannot be broadly interpreted that VR surpassed smartphones in all indicators at the follow-up point.

Repeating short experiences may lead to changes in how daily pressures are managed. It is appropriate to read this as knowledge at that stage.

"89% felt a change" is not a treatment success rate

Analyzing responses about the experience, 89% of the VR group reported a substantial difference in their feelings. In the smartphone group, it was 34%.

Students reported experiences such as switching from an overwhelming feeling to a calm state, finding it easier to refocus on studying, and feeling more capable of handling situations themselves.

However, the figure of 89% does not represent "the percentage of anxiety disorders cured." It indicates how participants perceived the experience and should be distinguished from a medical treatment success rate.

There were also reports of improved sleep and productivity, but these are participant reports. They cannot be treated as results like improved test scores or objectively measured sleep improvements.

Nevertheless, the fact that students themselves found short care useful is significant when considering support that will actually be used.

What students sought was not "additional homework in the form of mental care"

What stands out in this initiative is that the program was designed with students.

According to Zillah Watson, co-founder and CEO of Phase Space, students did not want mental health efforts to become another homework-like task. They sought something that could momentarily detach them from surrounding noise and pressure and allow them to switch their mindset in a short time.

Even if the support content is excellent, its value is hard to reach if busy people cannot continue using it.

The students in this study did not see the 7 minutes as a distraction from studying but as a break to help them refocus. This offers a hint for rethinking the role of breaks.

Not "time to fix myself for not being able to push harder," but "time to pause before moving on to the next action." Support designed in this way may be more accessible to some.

Why was it different from a smartphone? "Immersion" is a clue, but not the only answer

Students in the VR group reported a stronger sense of immersion.

With smartphones, textbooks and the room's surroundings are visible outside the screen. In contrast, headsets cover much of the field of view, switching the environment being experienced. This difference may have helped focus on breathing and audio.

However, this is a hypothesis to explain the results, and the mechanism cannot be concluded from this article alone.

Expectations for the VR device, the novelty of the experience, and the sense of being isolated from the surroundings may also have played a role. To know which elements had what effect, further testing with divided conditions is necessary.

Moreover, the fact that there were benefits in the smartphone group is important. The results do not imply that one cannot rest their mind without specialized equipment.

Posts on SNS introduce school implementations—separate from reactions to the paper

On social media, initiatives to use the same Phase Space program in schools are being introduced.

On LinkedIn, Tom Ffiske highlighted trials in 15 secondary schools in Sutton, London. The post introduces a system where students can use the 7-minute program at pre-booked times or when they need to leave class due to heightened anxiety.

Additionally, a post by Integrity Education Solutions, visible on public pages, introduces the incorporation of VR into student care while also mentioning discussions on effectiveness, ease of use, and long-term impact.

What can be discerned here is an interest in how to incorporate VR into educational support. However, these are posts about the program's implementation, not direct reactions to the paper announced this time.

Within the range of publicly available information confirmed this time, it was not possible to widely gather reactions from general students or parents to the paper. Therefore, it is not possible to judge trends in public opinion such as "praised on SNS" or "divided opinions."

The impressions of study participants, the dissemination by implementers, and evaluations by general users need to be received as separate information.

In Japan, creating a "restful environment" is as important as introducing equipment

The idea of supporting short breaks can be a reference when considering applications in Japanese schools and universities.

However, the study subjects this time were medical students in the UK. Whether the same results can be obtained for Japanese middle and high school students or exam takers cannot be determined from this study alone.

If considering implementation, challenges would include ensuring content in Japanese, age appropriateness, securing quiet spaces, managing equipment, and personnel to support its use. It's also important that those who do not wish to use VR have other ways to rest.

The introduction article states that there were no reports of VR sickness in this trial. However, this does not guarantee that discomfort will not occur for all users or under all conditions.

Increasing means to calm the mind should go hand in hand with reviewing the causes of stress. Are tasks concentrated, is there an atmosphere that makes it hard to take breaks, can students connect with someone to consult? Attention to such environments is also essential.

Creating time to return to the next step, not changing life in 7 minutes

This study does not show that VR is necessary for all students. Further verification is needed for effects on academic performance and long-term mental health.

Nevertheless, the value lies in showing the potential for short, concrete support that can be used before pressure becomes too great.

Thinking it's not worth consulting but unable to concentrate on studying due to anxiety. Having a mechanism to pause without self-blame at such times might be helpful for students.

The goal should not be to cut breaks to increase study time. It's about being able to return a bit calmer after a break. How to prepare those 7 minutes in educational settings is the question.

Sources and References

1. Phys.org:
   Number of participants, 5-day intervention, immediate and follow-up results, student impressions, explanations from researchers and development companies
   https://phys.org/news/2026-10-minute-virtual-reality-intervention-students.html

2. Scientific Reports: The original paper indicated by the introduction article.
   Aileen O’Brien et al. "A controlled trial of a co-designed virtual reality experience to support wellbeing in students." DOI: 10.1038/s41598-026-61827-6. The full text was not obtained from the publisher's site this time, so the research results reported in the text were limited to the description range of the provided article.
   https://doi.org/10.1038/s41598-026-61827-6

3. City St George’s, University of London: University research announcement.
   Introduction of the approximately 7-minute program co-designed with students and its verification.citystgeorges.ac.uk
   https://www.citystgeorges.ac.uk/news-and-events/news/2026/october/seven-minute-virtual-reality-intervention-helps-reset-student-overwhelm-study-finds

4. LinkedIn: Public posts regarding school implementation of the same program.
   Confirmation of the introduction in Sutton by Tom Ffiske and related posts by Integrity Education Solutions displayed on the same page. These are not direct reactions to the paper or indicative of general public opinion.LinkedIn
   https://www.linkedin.com/posts/tom-ffiske-56119174_london-schools-trialling-vr-to-relieve-pupils-activity-7457819043949981696-iIpb