PROEMGEN / OPEN SCIENCE
Move research into living reality.
An invitation to universities, institutes and postgraduate researchers: connect controlled experiments with field observations and investigate how biological systems respond to pulsed electromagnetic fields.
From the presentation materials
The physiological study presentation examines photosynthesis, transpiration, pigments and biomass in sunflower, pea and camelina.
The results in the materials relate to specific crops, protocols and trial conditions.
Presentations
All01IMPLEMENTATION / TRANSFORMATION / PROMOTION
A shared method, from trial to publication.
Implementation
Agree on a bio-object, a comparable control and a measurement protocol. Proposed GaN modules and sensor kits support experiments in bioreactors and field conditions, subject to availability and local safeguards.
Transformation
Turn measurements into reproducible time-series analysis. The research-interface design connects documented data with Python or R models, uncertainty estimates and baseline comparisons.
Promotion
Develop publications, postgraduate projects and research partnerships. Share methods and both positive and inconclusive results; publication and indexing depend on independent peer review.
02PHD / INTERDISCIPLINARY RESEARCH
Three starting points for a research project.
Proposed thesis topics at the intersection of physics, biology and intelligent control. The experimental design is agreed with the research team.
01
Pulse edges & membrane response
Investigate nanosecond sawtooth edges and membrane polarisation in microbial cultures. Compare exposure conditions, cell viability and reproducibility with a sham control.
Request research access02
Predictive control of anaerobic phases
Model fermentation phases from time series and evaluate stagnation detection. Explore sensing integration and adaptive control; AccuStrata EEMS is a proposed research direction, not an established deployment.
Request research access03
Activated sludge & aeration energy
Study respirometry and dissolved-oxygen dynamics. Assess aeration energy together with treatment quality, load changes and sludge behaviour.
Request research access03 / OPEN API & SANDBOX
A research interface shaped together.
The planned asynchronous API and sandbox are designed for traceable observations, documented protocols and time-series exports. Access, available datasets and the experimental setup are agreed individually.
- Python / R · documented time-series exports
- TimescaleDB · JSON / Protobuf
- Development roadmap
TELEMETRY / JSONIllustrative schema
{
"schema": "proemgen.research.v4",
"mode": "illustrative",
"bio_object": "activated_sludge",
"sample": {
"temperature_c": 22.4,
"ph": 6.8,
"dissolved_oxygen_mg_l": 2.1
},
"field": {
"waveform": "sawtooth",
"status": "proposed_GaN_protocol"
},
"quality": {
"control_required": true,
"protocol_id": "example-protocol"
}
}Proposed data structure. This example is not a public production endpoint or live telemetry.
04 / ACADEMIC GATEWAY
Bring your research question.
Tell us what you want to investigate. We can discuss available protocols, a research sandbox and the scope of an API or dataset collaboration.
Open Science · API · Sandbox
The form prepares a draft in your email app. Nothing is submitted or stored by this website.
05RESEARCH / METHODS / DIALOGUE
Methods, evidence and a place for dialogue.
Request the technical material relevant to your project, explore published research and continue the discussion with the team.
V4 / ARCHITECTURE
ProEMgen V4 architecture
Request a trial protocol
METHOD / IN-SITU
In-situ measurement methodology
Request a trial protocol
RESEARCH / FERMENTATION
Fermentation research protocols
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Continue the research dialogue
The forum is a local demonstration in this browser. For collaboration shared with other researchers, contact the team.