Microprism lenses work by influencing how light and visual information are received and interpreted within the visual system.

Carefully refined lens and prism configurations can alter image position, spatial perception, and the way the eyes coordinate together in space. This may influence not only visual comfort and binocular integration, but also broader relationships involving posture, movement, balance, coordination, and sensory awareness.

Within the QPS framework, prism is viewed as more than a simple optical compensation. Directional prism configurations may influence how near, intermediate, and distance visual information is organised and processed throughout the body.

Each Microprism lens configuration is individually calculated and digitally surfaced to suit the unique visual and sensory presentation of the wearer.

Microprism lenses may benefit individuals experiencing difficulties related to visual comfort, binocular coordination, spatial perception, or sensory integration.

While prism is commonly associated with conditions such as double vision, eye turns, or binocular imbalance, within the QPS framework it may also be explored in relation to broader visual and sensory experiences involving posture, movement, balance, visual fatigue, spatial awareness, and perceptual processing.

Some people seek this approach after feeling that conventional visual solutions haven’t fully addressed their experience. Others are simply looking for a more refined and individualised understanding of how their visual system interacts with the rest of the body.

Because vision is highly dynamic and personal, lens and prism configurations are carefully tailored to each individual presentation rather than applied through a one-size-fits-all model.

Yes — Microprism lenses may be used for driving and other everyday activities when appropriate for the individual.

Within the QPS framework, lens and prism configurations are carefully refined to support clarity, spatial awareness, visual comfort, depth perception, and the relationship between near, intermediate, and distance vision. Many people report feeling more stable, comfortable, and visually organised during activities such as driving, reading, screen use, movement, and navigation through space.

Because these configurations are designed to actively engage the visual system — rather than functioning purely as static vision correction — some individuals may notice periods of adaptation or changes in spatial and perceptual awareness as integration occurs.

Recommendations around driving, adaptation, and wear schedules are therefore discussed individually as part of the consultation and integration process.

Microprism lenses generally look very similar to regular glasses. In most cases, the prism and lens refinements are incorporated subtly within the lens design and are not obvious to other people.

Within the QPS framework, many configurations involve extremely fine refinements that are digitally surfaced and individually calculated for each person’s visual presentation. The intention is not simply cosmetic correction, but the creation of a highly refined optical environment designed to support clarity, comfort, spatial organisation, and visual integration.

Some stronger or more specialised configurations may produce slight differences in lens thickness, reflections, or edge appearance depending on the individual design, however most people find them visually discreet and comfortable for everyday wear.

Traditional glasses are primarily designed to correct refractive errors such as short-sightedness, long-sightedness, or astigmatism by improving visual clarity.

Microprism lenses within the QPS framework take a broader and more dynamic approach. In addition to supporting clarity, lens and prism configurations are carefully refined to influence how light is spatially organised and processed by the visual system.

Rather than functioning purely as static correction, these configurations are designed to actively engage binocular coordination, depth perception, spatial awareness, visual comfort, and the relationship between vision, posture, movement, and sensory integration.

The prism component works by subtly redirecting incoming light, which may influence how the eyes work together and how near, intermediate, and distance space are perceived and organised. Many people describe the experience as feeling more open, stable, comfortable, or coordinated within space.

Because every visual system is unique, each configuration is individually calculated and digitally surfaced within the QPS framework rather than prescribed through a standardised model.

Within Quantum Photo-Somatics, these highly refined lens and prism configurations may also be referred to as Quantum Focusing Agents (QFA’s) — a term used to reflect their broader role in supporting visual organisation, sensory integration, and mind-body interaction.

Yes. Within the QPS framework, Microprism lenses may be explored for children experiencing difficulties related to visual comfort, coordination, spatial awareness, learning, posture, concentration, or visual processing.

Because a child’s visual system is still developing and adapting, subtle changes in visual input can sometimes have a meaningful influence on how they engage with reading, movement, balance, attention, and overall sensory organisation.

Each child’s presentation is unique, so lens and prism configurations are individually tailored based on their visual, sensory, and functional needs. The process is designed to be gentle, dynamic, and responsive over time.

Many families seek this approach when conventional pathways have not fully explained or addressed their child’s experience.

People explore the QPS approach for many different reasons. Some are experiencing symptoms such as visual fatigue, headaches, dizziness, double vision, light sensitivity, poor spatial awareness, balance difficulties, reading discomfort, or eye strain. Others simply feel that their vision is not functioning as comfortably, clearly, or effortlessly as it could.

Within the QPS framework, the assessment process looks beyond eyesight alone and explores how visual processing may be interacting with posture, movement, coordination, sensory integration, and overall nervous system function.

Because every person’s visual and sensory profile is unique, there is no one-size-fits-all lens configuration. Recommendations are made individually based on your presentation, goals, and responses throughout the process.

In many cases, Microprism lens configurations can be incorporated into existing frames. However, because QPS lenses are highly customised and digitally surfaced, some frame styles may be more suitable than others depending on the lens design, prism configuration, frame shape, fit, and overall visual goals.

For this reason, frame selection is considered as part of the overall integration process rather than purely a cosmetic choice. Lightweight, stable, well-balanced frames often provide the best platform for precision lens work and long-term comfort.

You are welcome to bring your own frames to your consultation, or explore our curated in-clinic collection with guidance from the team.

Adjustment periods can vary from person to person. Some individuals notice changes almost immediately, while others may take days or weeks to adapt as the visual, sensory, and postural systems begin responding to new patterns of visual input.

Because QPS lens configurations are designed to influence more than eyesight alone, the adaptation process may involve shifts in spatial awareness, balance, coordination, comfort, depth perception, or overall visual ease — not just clarity.

In many cases, the process feels gentle and progressive. Some people describe increased openness, relaxation, or ease, while others may notice periods of fluctuation as the system recalibrates and integrates.

Follow-up care and communication are an important part of the process, as lens configurations may be refined over time based on your ongoing responses and experiences.

Because Microprism lens configurations are individually designed and digitally surfaced within the QPS framework, costs can vary depending on the complexity of the lens design, prism integration, frame selection, and overall visual goals.

Unlike standard off-the-shelf lenses, these configurations involve highly refined calculations, advanced digital surfacing, and customised prism placement tailored to each individual presentation.

As a general guide, Microprism lens configurations currently begin from approximately $950, with frames priced separately. Your practitioner will discuss appropriate options and recommendations based on your individual needs and goals.