Precision Biosensing. Unprecedented Resolution.

Measure free radical stress where it begins: inside a cell

See the Invisiblie

  • Spot free radicals inside cells—live
  • Real-time, no damage

Fast data, big scale

  • Up to 96 samples
  • Real results and no waiting

Discovery starts here

  • Stress signals and disease clues
  • Drug answers all in one scan
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Tiny Diamonds. Big Discoveries.

Quantum Nuova uses fluorescent nanodiamonds to detect free radicals, these are tiny stress signals inside your cells. When hit with a laser, they glow based on oxidative stress levels. This glow is turned into real-time data with T1 curves, offering non-destructive, subcellular insight no other tool can match.

Focus areas

Application

Deep insights into free radical biology, real-time disease mechanism mapping, and faster target discovery.

Accelerated drug screening, single-cell resolution analytics, and advanced predictive toxicology.

Cutting-edge diagnostics, personalized medicine development, and next-generation therapy design.

Discovery

Uncover free radical biology in real time.

Quantum Nuova uses fluorescent nanodiamonds to detect oxidative stress inside live cells at the nanoscale, in real time. 

Drug development

Smarter screening. Faster breakthroughs.

Accelerate drug discovery with subcellular insights into cellular stress responses. Real-time, precise, and high-throughput powered by quantum sensing.

Technology

How quantum sensing transforms single-cell analysis

Quantum Nuova is a high-resolution biosensing platform built to reveal cellular stress in real time. It combines quantum physics, advanced optics, data analytics and embedded control systems to detect free radical activity directly inside live cells.

10×

sensitivity

Detects ultra-low radical levels.

1 µm

resolution

Maps stress inside organelles.

15

minutes

Fast, real-time free radical data.

Clinical applications

Quantum Nuova opens new possibilities for clinical and translational science by enabling real-time, subcellular detection of oxidative stress, a key driver across many diseases. By capturing functional free radical activity at the single-cell level, it supports biomarker discovery, patient stratification, and therapy response prediction in several critical fields:

Track immune stress to guide early sepsis intervention strategies

Reveal tumor stress for better targeted cancer therapy decisions

Measure redox response in ischemia and vascular dysfunction events

Monitor cellular stress linked to neuronal and glial cell damage through free radical biomarkers 

Publications

More then 50 publications in high-impact journals

Validated in over 50 peer-reviewed studies, including publications in ACS Nano, Carbon, and ACS Sensors, this technology has demonstrated relevance across cancer, cardiovascular, infectious, and metabolic disease models. Its integration into omics, free radical biology, and cell-based research highlights its value from fundamental discovery to clinical translation.

Join us redefining what’s measurable

Demo
Book a demo

Witness the future of cellular analysis firsthand. Schedule a live demo to see real-time free radical dynamics in action.

Technology
Learn about the technology

Dive deeper into this groundbreaking quantum biosensing technique. Explore how NV center biosensing is revolutionizing free radical biology and drug discovery.

"Using Quantum Nuova, we were able to quantify free radical generation in dendritic cells in real time."
Prof. Geert van den Boogaart (Department of Molecular Immunology, UMCG)
"The technology behind QT Sense is a great asset for the characterization of nanodiamond particles and optimize them towards sensing applications"
Dr. Olga Shenderova (CEO, Adamas Nanotechnologies, USA)
Quantum Nuovay is an incredible tool which allowed cell’s stress responses to be measured with an unprecedented nanoscale resolution such that we could see the stress reactions of individual organelles."
Dr. Mayeul Chipaux, EPF Lausanne
"Quantum Nuova enabled us to assess cell viability in liver slices with nanoscale resolution."
Prof. Peter Olinga (Pharmaceutical Technology and Biopharmacy, RUG)
"Using QT Sense technology allowed us to differentiate between stress responses in different organelles of granulosa cells."
Prof. Annemieke Hoek (Department head, Center for reproductive medicine, UMCG)
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