Radiology
Clinical imaging, diagnostic reasoning and structured interpretation.
Radiologist · Computer Scientist · AI in Medical Imaging
I am a board-certified radiologist with an additional background in computer science. My work focuses on the intersection of modern medical imaging, data science, and artificial intelligence.
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The core idea of this website is simple: clinical experience and computational methods should not be separate worlds. Radiology is increasingly shaped by algorithms, structured data, workflow optimization and intelligent imaging systems.
More About My Work ›Clinical imaging, diagnostic reasoning and structured interpretation.
Analyzing complex datasets to generate meaningful clinical insights.
AI tools for better diagnostics, faster workflows and patient care.
Projects
From early X-ray imaging to CT, MRI and AI-supported workflows, radiology has always been shaped by technology.
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Interactive Timeline
Alan Turing publishes his seminal paper "Computing Machinery and Intelligence," asking the fundamental question: "Can machines think?" He introduces the Turing Test, establishing the first benchmark for artificial intelligence.
Scientists coin the term "Artificial Intelligence" during a summer research project at Dartmouth College. This historic gathering officially establishes AI as an independent academic discipline.
IBM's chess computer Deep Blue defeats the reigning world champion, Garry Kasparov. This historic victory proves that machines can outperform human experts in highly complex, strategic tasks.
The neural network AlexNet wins the ImageNet computer vision competition by an unprecedented margin. This breakthrough triggers the global revolution of deep learning and modern pattern recognition.
Deep learning algorithms achieve a major milestone in medical imaging. In research studies, AI systems demonstrate an accuracy rate in detecting pathologies (like lung nodules) that rivals human experts.
Google researchers introduce the Transformer model in the paper "Attention Is All You Need." This breakthrough architecture forms the technological foundation for all modern large language models.
The rise of large language models makes AI widely accessible. In modern professional settings, multimodal systems seamlessly analyze both text and complex imaging data to support expert workflows.
Beyond the Lab
Sports and structured training play a vital role in maintaining physical and mental well-being, providing a counterbalance to the demands of professional work.
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Endurance, rhythm and clarity.
Discipline, control and confidence.
Movement as counterbalance to analytical work.