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Every Photon Matters: Professor Caccia’s Single Photon Counting Classes
A Journey Through Single Photon Detection and Its Transformative Applications
Curious about single photon detection and its impact?
Our single photon counting classes series is tailored for the high-energy physics and photonics community. Join Professor Caccia, Hamamatsu Photonics and other experts as they explain the evolution of photon detection technology, specifically the shift from traditional photomultiplier tubes to advanced silicon photomultipliers (SiPMs). Discover how SiPMs are transforming applications in fields such as medical imaging and quantum mechanics research and gain valuable insights into how single photons continue to drive advancements scientific and technological progress.
Did You Ever See a Photon?
Explore the fascinating journey of photon observation and the evolution of quantum technologies. Professor Caccia and Hamamatsu Photonics reveal the transition from traditional photomultiplier tubes to advanced Silicon Photomultipliers, enabling the detection and counting of single photons. This technological leap has unveiled the mysteries of the quantum world, empowering scientific exploration and paving the way for revolutionary advancements.
The Silicon Photomultiplier
In this second chapter, Professor Caccia and Hamamatsu Photonics introduce silicon photomultiplier technology, how it works, and its applications in cancer care. Learn more about ORIGIN's brachytherapy and how, thanks to advanced technology, they can offer more targeted, personalized care to patients suffering from cancer.
Light for Life - Biological Applications
In the third episode of our series, Professor Caccia explains the science of biophotonics, where light is harnessed to study biological systems from individual molecules to cells and organisms. Uncover key techniques such as bioluminescence, fluorescence, and single-photon counting, and see how these advanced methods are transforming our understanding of life sciences. Fascinating viewing for physics researchers interested in the innovative applications of light in biological research.
Who is knocking at the door? Safeguarding Society from Illicit Use of Radioactive Material
Professor Caccia introduces us to the world of atomic structures and radioactivity. This fourth video in the series balances the positive uses of nuclear science, such as clean energy and cancer treatment, against the dangers of radioactive material misuse. Learn how advanced technologies detect and secure these unseen threats.
Silicon Eyes for Quantum Technologies
We present the world of quantum technologies and the Second Quantum Revolution with our fifth video. Join Hamamatsu Photonics, Alessia Allevi, Professor Caccia and team as they demystify entangled photons and explore how these tiny particles challenge our classical understanding of light and reality. We reveal the advancements that stem from quantum mechanics, the revolutionary achievements of Nobel laureates, and the applications of Silicon photomultipliers that bring the unseen to light.
About Professor Caccia
Massimo Caccia is a Full Professor of Experimental Physics at the University of Insubria in Como, Italy, and a co-founder of Random Power, a research initiative that evolved into a spin-off company in June 2021. An Applied Physicist by training, he developed his scientific expertise at CERN in Geneva. With a background in data analysis and silicon technology, he specializes in silicon detectors for both particles and photons, focusing on both curiosity-driven and practical research. Since 2001, he has led six research projects funded by the European Commission under its Framework Programs. Currently, his primary work is with Random Power, where he is developing a hardware platform for generating random bit streams, alongside ORIGIN, a European Commission project aimed at real-time dosimetry in oncological brachytherapy, which explores technologies that may seem futuristic.
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