Innovating in medical imaging to detect disease earlier
CTO and co-founder | Biomedical imaging and deep-tech engineering
"I am Carlos Zorraquino, PhD and CTO focused on turning deep innovation into high-impact medical solutions. With over 10 years at the intersection of silicon design and biomedical imaging, I lead multidisciplinary teams to turn complex technology concepts into certified products that redefine precision diagnosis."
Highlights
Impact and recent milestones
Co-founder of a next-generation PET scanner startup
Development of radiation imaging technology for early diagnosis of Alzheimer’s, accessible to more people.
Patents filed for modular imaging systems
US Provisional Patent (63/939,974) for reconfigurable, modular PET architecture; foundation of proprietary IP.
Prototype validation for Alzheimer’s diagnosis
Preclinical trials with Hoffman brain phantom; sensitivity and spatial resolution as a basis for the MVP phase.
Technical leadership in certifiable environments
Leading multidisciplinary teams in FPGA/ASIC for high-performance avionics; requirements, V&V, and traceability.
Research
My scientific contributions
In this section I present all my scientific publications, the result of years of research and analysis in my field. Each article reflects the methods, findings, and conclusions I have developed, as well as the research lines I consider most relevant. Here I share my work with the scientific community and with anyone interested in these topics, offering a full record of my contribution to knowledge and the evolution of my discipline.
Areas of specialization
As a technologist and technical leader, my work sits at the intersection of cutting-edge engineering and high-impact clinical solutions. My goal is to turn complex concepts into products that redefine healthcare and industrial technology.
Molecular imaging and precision diagnosis
My core expertise lies in the architecture of high-resolution medical imaging systems. Today I lead the development of modular PET (positron emission tomography) platforms optimized specifically for early detection of neurodegenerative diseases such as Alzheimer’s. I work with critical technologies including SiPM and SPAD detectors and TOF-PET system integration to maximize diagnostic sensitivity and accuracy.
Silicon design and critical systems (FPGA/ASIC)
I have a strong track record in high-performance hardware design. I specialize in FPGA and ASIC architectures for environments where failure is not an option, such as avionics and medical instrumentation. I build ultra-fast data acquisition (DAQ) systems capable of processing massive data streams in real time for next-generation sensors.
Intellectual property and innovation (IP strategy)
I treat technology as a strategic asset. I identify, capture, and protect innovation through robust intellectual property management. I have led the filing of key patents (such as US 63/939,974) that secure long-term competitive advantage, turning R&D into tangible, protectable commercial milestones.
Standardization and industrial innovation
My commitment to technological progress has led me to represent major corporations on international standardization committees (ISO). I actively help define standards for depth sensors and 3D cameras so emerging technologies align with global industry requirements and Edge AI trends.
Any questions?
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