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Laser physics
for health

April 17, 2026
Infrared fingerprints turn into biomarker-like readouts
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March 31, 2026
Ferenc Krausz: Hungary's true resource is talent and knowledge
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March 30, 2026
Ferenc Krausz and Randy Schekman gave a lecture in front of thousands of students
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Scientific mission

Research at CMF is driven by a vision: probing human health by capturing miniscule changes in the molecular composition of blood plasma with cutting-edge ultrashort-pulsed laser technology. Infrared molecular fingerprinting is to be established as a cornerstone of next-generation molecular diagnostics, paving the way towards future population health monitoring.


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What we do

Laser Science

Advancing infrared molecular
fingerprinting to drive
human health monitoring

Life Science

Probing human health
with infrared
molecular fingerprinting

Data Science

Quantifying and comparing
information carried by
health data

Latest
news

Latest publication

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Latest
news

Read more

Latest publication

Read online
Open PDF
2026.04.17. Infrared fingerprints turn into biomarker-like readouts A new study published by the CMF´s data-science team and international colleagues in “PRX Life” reports a way to convert complex blood-based infrared fingerprints into discrete, biomarker-like variables that can be more readily linked to an individual’s health state. https://cmf.hu/news/cancer-detection-using-electric-field-molecular-fingerprints-1/ Discretization of Blood-Based Infrared Fingerprints Reveals Biomarker-like Variables for Efficient Multi-omics Integration We present a methodology that leverages the zero-crossing time gaps of electric-field molecular fingerprints from liquid biopsies to extract information about their molecular composition. https://journals.aps.org/prxlife/abstract/10.1103/8x56-xvyh https://attoworld.de/fileadmin/user_upload/tx_attoworld/publications/paper_PRX_Life_Y2026_M04_D01_V4_R023001.pdf

H4H Program

The Health for Hungary – Hungary for Health (H4H) Program aims to evaluate the potential of infrared electric-field molecular fingerprinting as a cost-effective, minimally invasive cross-molecular diagnostic approach for population health monitoring. To detect major noncommunicable diseases in their early stages. For the best efficacy of medical interventions.

H4H Program

The Health for Hungary – Hungary for Health (H4H) Program aims to evaluate the potential of infrared electric-field molecular fingerprinting as a cost-effective, minimally invasive cross-molecular diagnostic approach for population health monitoring. To detect major noncommunicable diseases in their early stages. For the best efficacy of medical interventions.

Contact

Contact

If you are interested in our study and would like to get further information, please get in touch with us:

Phone: +36 30 016 7102 (M-F: 9-15H)

E-mail: info@cmf.hu

Address: 1093 Budapest, Czuczor utca 2-10, 2nd floor, Hungary

For questions about participation in the H4H Program:

Phone: +36 30 084 7359 (Mon-Fri, 9:00–15:00)

E-mail: info@h4h.hu

CMF

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Program financed from the NRDI Fund