APPLICATIONS

One platform. Different environments for investigation.

Brain Storm is building one programmable experimental architecture that can support different questions without becoming a different platform each time.

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QUESTION

APPLICATION

ONE PLATFORM, MANY QUESTIONS

The platform is the constant. The question can change.

A Brain Storm experiment can vary by application, hypothesis, modality, coordinate source, timing, target, perturbation, measurement, and outcome.

The underlying goal remains the same:

Create controlled experimental conditions.

Preserve the evidence trail.

Measure what happens.

One programmable substrate. Different questions.

FOCUSED INITIAL APPLICATION

Starting with Parkinson’s disorder.

Parkinson’s disorder can involve changes across movement, sensory processing, timing, attention, and the coordination of information across multiple systems.

That makes it an important environment in which to investigate questions about programmable multisensory relationships.

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EXAMPLES OF QUESTIONS WORTH TESTING

How do changes in sensory timing relate to movement?

How do different modalities interact during action?

Can experimentally controlled relationships reveal useful individual differences?

What changes during repeated experience?

Which measurable responses deserve further study?

Parkinson’s disorder gives Brain Storm focus. It does not define the limits of the platform.

HUMAN PERFORMANCE

Coordination under demanding conditions.

Performance in aviation, defense, training, complex work, and other demanding environments can depend on how people integrate information across time, space, perception, attention, and action.

The objective is not to assume a performance benefit. It is to make performance-related hypotheses more testable.

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workload

sensory conflict

timing

attention

coordination

adaptation

training

readiness

recovery

RESEARCH PLATFORM

Bring your own question.

Researchers should be able to use the same underlying architecture to:

The platform is the product. The recipe can belong to the investigator.

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define sensory protocols

program event relationships

select coordinate sources and targets

compare conditions

record observations

measure responses

reproduce experiments across compatible implementations

test competing models

APPLICATION CONFIGURATIONS

Same architecture. Different experiment.

PARKINSON’S DISORDER

QUESTION

How do sensory timing and movement relationships change under controlled conditions?

POSSIBLE MEASUREMENTS

movement

timing

behavioral response

other validated observations

HUMAN PERFORMANCE

QUESTION

How do workload, sensory conflict, timing, and attention interact under demanding conditions?

POSSIBLE MEASUREMENTS

performance

response timing

task behavior

other validated observations

RESEARCH PLATFORM

QUESTION

What happens when an investigator changes a programmed relationship?

POSSIBLE MEASUREMENTS

investigator-defined observations and outcomes

ONE PROGRAMMABLE ARCHITECTURE

Protocol → Pattern Engine → Coordinate System → Output Adapters → Measurement & Logging

IMPLEMENTATION AND APPLICATION

The device is not the application.

Apple Vision Pro is the current spatial-computing environment used to develop and test portions of Brain Storm’s platform.

Fingerpad haptics are being developed as another independently programmable modality.

Neither defines the long-term limits of the architecture.

CURRENT IMPLEMENTATION

Coordinate sources, transforms, targets, modalities, sensors, and measurement systems should be able to evolve without redefining the experimental question.

The current development focus remains a single-user experimental platform.

EVIDENCE STATE ACROSS APPLICATIONS

Application does not change the evidence standard.

DEMONSTRATED

Built, tested, and directly observable.

IN DEVELOPMENT

Actively being engineered and integrated.

INVESTIGATING

Research questions and potential effects under study.

A compelling application does not lower the standard of evidence.

Confidence should rise only when evidence does.

WHAT COULD COME NEXT

The architecture is intentionally broader than the first application.

As evidence develops, additional clinical, rehabilitation, performance, training, and research applications may emerge from the same programmable architecture.

These are application categories, not claims of effectiveness.

Clinical research

Rehabilitation

Human performance

Training

Experimental science

APPLICATION SELECTION PRINCIPLE

A new application should earn its place.

Brain Storm should expand into a new application only when the platform can support a meaningful experimental question, a responsible measurement strategy, and evidence that justifies further work.

Meaningful question → Programmable condition → Measurable response → Evidence worth pursuing

Meaningful question

Programmable condition

Measurable response

Evidence worth pursuing

Expansion follows evidence—not enthusiasm alone.

Have an application worth testing?

Bring the question, the environment, the measurement problem, or the hypothesis.

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Brain Storm Studios

Brain Storm Studios is developing an experimental research platform. Information describing potential mechanisms, applications, or outcomes does not establish clinical efficacy and should not be interpreted as medical advice.