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Science Center – From IEQ Research to Solutions

Bridging the Gap Between

Discovery & Deployment

INDEX prioritizes Science‑to‑Solution (S2S) workflows—ensuring peer-reviewed research becomes scalable, funded, and accountable.

4

Research Papers Hosted

2

Active Projects

30,000.00

Funding Required

Research & Data

A curated library of the “Why” and “How” behind our work.

BEMI

Bioload Exposure Metric Index (BEMI)

Application of Quantitative Microbial Risk Assessment for Selection of Microbial Reduction Targets for Hard Surface Disinfectants

Application of Quantitative Microbial Risk Assessment for Selection of Microbial Reduction Targets for Hard Surface Disinfectants: This quantitative microbial risk assessment (QMRA) included problem formulation for fomites and hazard identification for 7 microorganisms.

INDEX Projects

Transforming the research above into scalable solutions.

Project: BEMI

The Bioload Exposure Metric Index (BEMI) (pronounced “Be-my”) represents an average level of ATP on a surface translated into a 1-10 scale as a proxy for contaminants like organic, microbial, particulate, and chemical soils found within bioload.

Average ATP levels determine a general bioload level by area which we call the Localized Verified Exposure (LOVE) Index. The BEMI LOVE (“Be My Love”) index number is specific to sampled areas and potentially impacts people in those areas.

Governing Bodies

Progress Status

Funding Acquired

Projected Completion: tbd

Project: IAQ Exposure Index

Measuring or indexing IAQ depends on using sensors or IAQ monitors to determine a 1-10 level for specific pollutants or pollutant types, starting with particulate matter and VOCs.

A 1-10 scale for contaminants of concern will be associated with various booklets or guides on the INDEX website explaining the meaning of contaminants based on exposure levels and related vulnerabilities per the formula: Risk = Hazard x Exposure + Vulnerability.

Since the unknown variable in the formula is individual vulnerability, topical booklets would help the public and medical professionals determine acceptable vs. unacceptable levels of exposure.

Broadly, the goal is to suggest the best sensor technologies so it becomes possible to develop and promote a neutral scale for indoor air exposures.

Think of IAQ sensors as standardized medical diagnostic tools, rather than health predictors, as they provide data for factoring into levels of vulnerability and individual uniqueness.

Progress Status

Funding Acquired

Projected Completion: tbd

S2S Workflows

The INDEX Science Center exists to solve the “Valley of Death”—the notorious gap where groundbreaking research stalls because it lacks funding, workforce, or logistical frameworks. Our closed-loop model collapses the 17-year average from discovery to practice.

01

Validation & De-risking

Every project maps to specific peer-reviewed findings before it’s greenlit, de-risking the investment for donors.

02

Structural Accountability

Workgroups and Councils integrate thinkers with doers and, whenever possible, scientists oversee the projects their research inspired.

03

Accelerated Impact

Real-time gas-gauge crowdfunding and integrated progress reports collapse the discovery-to-deployment timeline.

04

Radical Transparency

Funding goals sit next to project status gauges, giving donors a narrative of progessively applied science and logic—not just a plea for money.

Support all research and projects with a single contribution.

Submit Research

A portal for scientists to submit papers for consideration in the INDEX library.

Submit Paper

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