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Harnessing AI Chatbots Specialized in Technical Domains with Document-Based Knowledge
How Localized, Document-Driven Conversational Agents Enhance Precision and Security in Fields Like Medical Physics
By Kayhan Kaptan - Medical Physics, Quality Control, Data Science and AutomationIn recent years, artificial intelligence (AI) chatbots have become widespread tools for answering general questions, assisting with daily tasks, or providing customer support by drawing from vast amounts of online data. Yet, in specialized fields—such as medical physics and radiotherapy—precision, accuracy, and data confidentiality are paramount. To meet these critical... [Read More] -
KAP10 Weekly Update - Top 10 Tech News of the Week
An in‑depth look at the breakthroughs, controversies and bold moves reshaping the digital landscape
By Kayhan Kaptan - Medical Physics, Quality Control, Data Science and AutomationTop 10 Tech News of the Week !! [Read More] -
Ensuring Continuous Operation of Radiotherapy Machines Through Predictive Maintenance
How Connected Technologies from Leading LINAC Providers Enhance Cancer Treatment Reliability
By Kayhan Kaptan - Medical Physics, Quality Control, Data Science and AutomationRadiotherapy machines, specifically linear accelerators (LINACs), are among the most critical and complex tools in cancer treatment. Their uninterrupted operation is vital because any machine downtime can directly delay patient care and affect treatment outcomes. Recent advancements focus on connecting these machines remotely and leveraging data analytics to predict and... [Read More] -
Accelerating Cancer Radiotherapy Advances through Biology-Informed Nanoparticle Simulations
How Integrating Cellular Biology into Monte Carlo Modeling Enhances Radiosensitizing Nanoparticle Selection
By Kayhan Kaptan - Medical Physics, Quality Control, Data Science and AutomationCancer treatment innovation, especially in radiotherapy, is notoriously slow despite intense scientific effort. Developing effective radiosensitizing nanoparticles (NPs) — tiny particles designed to enhance radiation damage to tumor cells — can take decades before reaching clinical application. A promising 2016 study addresses this bottleneck by combining biological data with advanced... [Read More]
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