About us

Today HealthQE is focused not only on Quantum Biophysics for a new Quantum Medicine, but also on Nanotechnology, Dual-Use Technology, and in general Human Enhancement thanks to Applied Physics. The last Department in HealthQE is focused on a new Hierarchical PolyPhase PolyScale Spinning Physics, For a new Phase-Nested Spin Torque Medicine. And a new Second Physics. OUR ROADMAP: THEORIES

Introducing the new Extended Adey Biological Window
Introducing the new Framework (bio-informational pathways) in Quantum Biology
Introducing the new discovered Biofields
Introducing the new Second Physics. For a new Phase-Nested Spin Torque Medicine, based on a Second Physics, a Hierarchical PolyPhase PolyScale Spinning Physics.

PROJECTS AND TECHNOLOGIES

Inactivating SARS-COV-2
Regelders Proj: BQ-A substance + Waves + Nanotechnology for regenerate elders (with BioQuark Inc.)
SuperBrain: bidirectional BCI + AI + electromagnetic drugs
ImmuWANA: Waves + Nanotech to target Th17 cells for autoimmune diseases

ALL INFO, DISCOVERIES, THEORIES, TECHNOLOGIES, ARE COPYRIGHTED AND PATENTED.

Also, our manufacturing and commercial partners and private philanthropists help us to conduct the most expensive research, most of which ultimately contributes to a better, more efficient way to live on this planet.

We work for:

Advancing Physics

With every single research that we conduct, we’re determined to make a long-term impact on the way that Physics operate in our lives and the business of all industries, safeguarding environmental sustainability. That includes, but is not limited to, our advanced nanotechnology department, our brain-machine division and our longevity one. There, our specialists work hard to ensure that our industries can do more for you with less outlay!

Advancing Public Interests

As a part of our constant cooperation with Public Institutions and their multiple agencies, we ensure that public safety, comfort and essential needs are not just met, but are ahead of the popular demand! That is true, whether we’re working on a faster and better way to care for people, thanks to innovative Medicine and Pharmacy. Or doing research about nuclear energy, or developing terror-proof airport scanners or gates, focusing on dual-use of technology.

Advancing Life Quality and Longevity

Be it about researching Biophysics and thinking and realizing new medical devices, new drug delivery systems, or other aspects related to Physics in Life Science – we work for the public interest all the time. Advancing the quality, longevity and comfort of the way of life 24/7, in close cooperation with either commercial parties, government or private philanthropists.

Actual number of Scientists and Advisors

Actual IPs (in patenting)

Actual Research Projects

Meet our Founder & CEO and our Director of Medical Center PREVENESSERE,

first Center of WAVE MEDICINE

STEFANIA DE MATTEO

HealthQE Founder & CEO

Former lecturer in SAP and Computer Science for Healthcare at “Sapienza” University, former SAP teacher in SAP ITALY

Degree in Computer Science and 31 years of experience in ICT and Pharma as Project Manager and SAP Business Unit Manager.

After a career in Computer Science, she transitioned into independent scientific research,

leading the development of HealthQE AI BIOPHYSICS Research Center.

Creator of the following advancements :

ToE SIR+
Cognitive & Metacognitive framework HU-AI
Biophysical Framework Bohm-Nash-Landau

Dr. STEFANO DI BIAGIO

Director of our first Medical Center WAVE MEDICINE -Bioresonance Medical Expert

Bs in Medicine – Medical surgeon, Specialization in psychology and in dentistry.

Expert in BioResonance.

Owner of the Center of Integrative Medicine “Prevenessere”, first Center in Wave Medicine.

Meet our Team

Prof. Dr. GUIDO PAOLI

Chief Biophysics

Bs in Physics, PhD in Physiopathology

STEFANIA DE MATTEO

AI Architect

Independent AI system designer and researcher with a background in Computer Science and 31 years of experience in ICT for Healthcare and Pharma.

She leads the AI development of HealthQE, focusing on adaptive neural architectures, signal processing, and real-time cognitive systems.

Core expertise:

Development of AI models with PyTorch, TensorFlow, and scikit-learn

Implementation of RLHF (Reinforcement Learning with Human Feedback) and attention-based systems

Experienced architect of PINNs (Physics-Informed Neural Networks) informed by biophysical constraints

Design of custom transformer models for signal classification and intelligent optimization

Founder of the HealthQE AI-Lab, a distributed and modular laboratory focused on the integration of bio-inspired AI, physiological signal processing, and intelligent systems for health optimization.

The lab includes development units for RLHF, PINNs, transformer-based architectures, and real-time adaptive control,

with a strong emphasis on cross-disciplinary research and ethical applications of AI in medicine.

The AI-Lab ecosystem is built on advanced tools and frameworks such as:

Python, PyTorch, TensorFlow, Hugging Face Transformers

Scikit-learn, NumPy, Pandas, Matplotlib

Wolfram Mathematica and SymPy for symbolic modeling

COMSOL Multiphysics, ANSYS, and Arduino IDE for integration testing and simulation

Unity3D, TouchDesigner, and OpenBCI for multisensory interfaces and BCI integration

JupyterLab for prototyping and collaborative notebooks

Author of Cognitive & Metacognitive framework HU-AI

OPEN POSITION

Engineering

Required Skills – Lead Engineer

🔌 Hardware & Electronics

Design of embedded systems (MCUs, ARM-based architectures, SoC)

PCB layout and prototyping (Altium Designer, KiCAD, Eagle)

Analog and digital signal acquisition and filtering

Power management, shielding and grounding strategies in mixed-signal environments

🧪 Sensors & Interfaces

Integration of multi-modal sensors:

Electromagnetic (PEMF, magnetic fields)

Optical (LLLT, laser diodes)

Acoustic / mechanical (ultrasound, vibroacoustics)

Bioelectrical (GSR, ECG, microcurrents)

Signal conditioning and analog front-end design

🧠 Simulation & Modeling

Experience with COMSOL Multiphysics, ANSYS, or LTspice

Knowledge of bioelectromagnetic models or human-tissue interaction (a plus)

Thermal and structural simulation (optional)

📡 Communication & Data Flow

Serial communication (UART, SPI, I2C)

Basic knowledge of wireless protocols (BLE, RF, NFC – optional)

Real-time data acquisition and buffer handling

🤝 Collaboration & Integration

Ability to interface with software/AI team for real-time data exchange

Familiarity with Python, Arduino IDE, MATLAB or Simulink (bonus)

Fluent in reading technical specs, component datasheets, and hardware schematics

Meet our Top Scientists

Prof. Dr. STEFANO BELLUCCI

External Advisor - Theoretical physics, cosmology, high energy physics, condensed matter, biophysics, physical chemistry, nanoscience and nanotechnology, nanocarbon-based composites, toxicology, biomedical applications Chief Researcher

PhD in Physics, Chief Researcher NEXT Nanotechnology Lab. – National Institute for Nuclear Physics, Full Professor in Theoretical Physics of Fundamental Interaction & Full Professor in Theoretical Physics of Condensed Matter – University of Cassino, ERC funded project Superfields

Director of the NATO Science for Peace and Security Challenges Division Program

H-Index: 59 – More than 700 scientific papers – Top Italian Scientist

Prof. Dr. BARBARA OSIMANI

External Advisor - Logic & Philosophy of Science Chief Researcher

PhD in Epistemology – Associate Professor of Logic and Philosophy of Science – Director of the Center for Philosophy, Science and Policy Department of Biomedical Sciences and Public Health – Faculty of Medicine – Marche Polytechnic University – ERC funded project Philosophy of Pharmacology: Safety, Statistical Evidence, and Evidence Amalgamation

Prof. Dr. CIRO ISIDORO

External Advisor -Biology & Medicine Chief Researcher

PhD in Medicine – MD (Doctor in Medicine and Surgery), DSc (Doctor in Biological Sciences)

Full Professor General and Clinical Pathology, Clinical Biochemistry, Molecular Biology, Medical Immunology, Medical Oncology

School of Medicine, Department of Health Sciences

Director of the Laboratory of Molecular Pathology

UPO – University of Eastern Piedmont

Research Interest: Oncology, Neurodegenerative diseases, Autophagy Lysosomes, Vesicular traffic, Nanotheranostics and Cellular Imaging

Top 2% Scientist in the world 2023

Prof. Dr. ROBERTO PIERGENTILI

External Advisor - Biology and Genetics Research Scientist

PhD in Genetics and Molecular Biology, Researcher National Council of Research – Institute of Molecular Biology and Pathology

If you are an undergraduate or graduate in one of the fields listed as our main specializations,

we would be happy to consider your possible collaboration with us!

Careers

FAQ

Q: What is a scientific method?

A: The “scientific method” that has long ago been generally accepted as the prime way of conducting any kind of research is traditionally presented in the first chapter of science textbooks. There it is highlighted to be a simple, linear, five- or six-step procedure for performing scientific investigations. Although the Scientific Method captures the core logic of science (testing ideas with evidence), it misrepresents many other aspects of the true process of science — the dynamic, nonlinear, and creative ways in which science is actually done. In fact, the Scientific Method more accurately describes how science is summarized after the fact — in textbooks and journal articles — than how scientific research is actually performed.

Q: Why do scientists often seem doubtful about their own explanations?

A: Scientists often seem tentative about their own explanations because of an enormous amount of nuances that rule the world of science and research. They know that those explanations could change if new evidence or perspectives come to light. When scientists correspond their ideas through the medium of journal articles, they are expected to carefully analyze the evidence for and against their ideas and to be explicit about alternative explanations for what they are observing. Due to the fact that they are trained to do this for their scientific writing, scientists often do the same thing when talking to the press or a broader audience about their ideas. However, this never means that once one of our scientific facilities finishes and evaluates any specific research, the results are wishy-washy. They are as accurate, as any other professional research lab in the world could get that same kind of information.

Q: Why HealthQE is so competitive respect to the other scientific research centers?

A: HealthQE Research Director, Prof. Dr. STEFANO BELLUCCI, is included in database of Top Scientists. His very long resume (62 pages) well show his leadership in the fields of theoretical and applied Physics. Secondly, the overall qualification that all of our Researchers and Advisors exhibit allows us to be sure of the level of excellency in each field of Physics we study. And thirdly, our not long history but full of awards, this show that HealthQE has focused on the right Research direction. Altogether, this ensures that we’re the ultimate destination for any kind of Research in Physics.

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