Smiling man with short hair and grey beard in a checked blazer, hands in pockets, in a corridor.

Karol Karnowski, PhD

University Degree:

PhD in Biophysics, Nicolaus Copernicus University

Position at ICTER:

IDoc Group Leader

Research Areas:

Biomedical Applications of Photonics

Description

“I am a seasoned researcher with over 15 years of experience in optical coherence tomography (OCT) imaging techniques. My scientific interests lie in the biomedical applications of imaging technologies, particularly in enhancing contrast by exploring the dynamic, mechanical, and polarization properties of tissues. Additionally, I am passionate about the miniaturization of imaging systems and the development of cost-effective solutions.

Throughout my career, I have successfully managed numerous research projects and secured various grants, demonstrating my ability to lead and execute. I have also been instrumental in developing prototype clinical devices, bridging the gap between research and practical medical applications.

Mentorship is a key aspect of my professional life. I take great pride in guiding and supporting younger colleagues, having supervised two PhD candidates and over ten master’s students to date. This role allows me to contribute to the growth of emerging scientists.

Currently, I serve as the IDOC Group Leader at ICTER, where I lead a team of specialists in advanced biomedical imaging techniques and robotics. Additionally, I actively support the centre’s public relations efforts, promoting our research achievements and enhancing our scientific community’s visibility”.

Granted projects

Polish Returns / NAWA

Polish Returns 2018 – Karol Karnowski

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MINIATURA 5 / NCN

The project entitled “Monolithic imaging fiber optic probes with integrated spherical lenses of different refractive indices”  received funding from the Miniatura 5 Programme funded by National Science Centre. The total funding is 27500 PLN.In the awarded grant, dr Karnowski will explore novel methods for the fabrication of all-fiber imaging probes. The proposed approach, if successful, will […]

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