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There is a significant shift underway in how we approach measurement analytics. At Fieldflux Biosystems, we believe this shift is not driven by more powerful sensors or faster computation. Rather, it stems from a growing recognition that many of our world’s systems are failing in ways our current analytic tools were never designed to detect. Historically, we have built impressive analytic tools by breaking complexity into smaller and smaller pieces. While this approach has gi

Recent work from researchers at NYU Langone Health and NYU Grossman School of Medicine introduces an approach referred to as quantum sensing MRI (qsMRI). The method explores whether subtle phase shifts in proton signals—captured on conventional MRI systems—can be used to infer neuronal magnetic activity more directly than hemodynamic (BOLD) contrast. The technical direction is meaningful because it reinforces something we (at FFBio) already treat as foundational: health, pe

In the evolving landscape of health technology, the ability to measure biosignals with precision and depth is transforming how we understand the human body. We stand at the cusp of a new era where timing and coherence of biological signals are not just observed but quantified, offering unprecedented insights into health, recovery, and readiness. This journey into the latest biosignal trends reveals innovations that empower individuals, athletes, medical professionals, and res

In the quest for better health, we often focus on what we do—what we eat, how much we exercise, and the quality of our sleep. Yet, there is a crucial element that often goes unnoticed: when we do these things. Timing health coherence is about aligning our biological rhythms with our actions to unlock the full potential of our health. It’s not just about the right choices but about making those choices at the right moments. Our bodies operate on intricate biological clocks. T

This is an interesting study and I'd like to use it to highlight what and why a 'timing first' architecture is so important in today's mainstream healthcare instrumentation and measurement systems. The following paragraph is taken from the pdf above: ' Each PSG recording is resampled to 128 Hz to standardize sampling rates across participants and sites. Before downsampling, we utilized a fourth-order low-pass Butterworth filter to prevent aliasing, applied in a zero-phase set

At Fieldflux Biosystems, Inc . our work starts from a simple but often overlooked premise: biological regulation is fundamentally a timing problem, not an amplitude problem. Heart, breath, brain, vasculature, and metabolic loops remain stable not because their signals are inherently large or small, but because their relationships stay coherent over time . When timing holds, systems feel resilient. When timing drifts, strain accumulates long before any conventional threshold

In the evolving landscape of health technology, understanding the body's internal rhythms is no longer a luxury—it is a necessity. We stand at the cusp of a revolution where biosignal coherence innovation is transforming how we perceive health, recovery, and readiness. This innovation allows us to measure the timing of biological signals, revealing the hidden symphony within our bodies. By tuning into this coherence, we unlock new pathways to optimize performance, enhance we

Many patients look “normal” on paper while their regulation quietly unravels. Vitals are unremarkable. Labs sit in range. Imaging doesn’t explain much. Wearable scores are inconsistent or contradictory. And yet the person in front of you is clearly losing capacity: sleep stops restoring, exertion becomes expensive, mood volatility rises, training response flattens, and “minor” stressors hit like major events. Fieldflux exists for that gap: making relationships measurable—espe

In the intricate dance of life, timing is everything. Our bodies are symphonies of signals, rhythms, and pulses, all working in harmony to maintain health and vitality. But what if we could measure the timing of these biological signals with precision? What if we could understand the coherence of the whole body to improve health, recovery, and readiness? This is where phase-coherence technology steps in, offering a revolutionary approach to health monitoring and optimization.

Modern healthcare excels at quantifying isolated signals—lab values, imaging snapshots, and point measurements. However, it still struggles to capture the relational dynamics that predict dysfunction long before breakdown occurs. Chronic conditions, autonomic instability, and performance decline often begin with disrupted coordination, not abnormal magnitudes. Detecting early dysregulation requires technology that sees how the body organizes itself over time, not just what

We define human health as actualized capacity: steady energy, stable mood, restorative sleep, resilient stress response, recovery that completes, and performance that holds. We don't see these as mere numbers or readouts; we see them as expressions of coordination—systems moving together over time. Fieldflux Biosystems is building two interconnected systems around a single thesis: Timing is Everything. Timing is how relationships become measurable. When timing holds, coheren

Most health data arrives as a pile of numbers: sleep scores, HRV, steps, glucose, stress, recovery—useful, yet fragmented. The hardest part is synthesis: understanding what it all means together across real life, across weeks, across changing conditions. Some weeks feel great with “bad metrics.” Other weeks feel wrecked with “good metrics.” The issue usually lives in interpretation—data without a coherent frame. Membrane: Health is Fieldflux’s consumer-facing answer to that p

Timing is Everything. Everywhere, at all scales. We might usually think of timing as a schedule—an appointment, a deadline, or a bedtime—yet nature treats timing as a fundamental structure. The smallest systems hold together through rhythm and resonance; biology becomes biology because countless processes fire in the right sequence; and the human body only stays 'well' when its signals agree on the appropriate tempo. Our brain works because networks synchronize. Our heart and