Space Radiobiology: Synergies Between Astroparticle And Medical Physics
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A01=Alessandro Bartoloni
A01=Lidia Strigari
ACE
Advances in Space Radiation Protection
AMS
AMS Roma Sapienza Research Group
Author_Alessandro Bartoloni
Author_Lidia Strigari
Category=PHP
Category=PHVB
Cosmic Ray Detector
DAMPE
Deep Space Safety
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eq_isMigrated=2
eq_nobargain
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ESA
Future of Space Radiation Protection
Galactic Cosmic Ray Simulator
Health Risks of Ionizing Radiation in Space
Health Risks of Space Exploration
Human Health in Space
Human Health Risks of Space Radiation
Human Space Exploration
Human Space Exploration Safety
Interdisciplinary Research
Interdisciplinary Research in Space Radiation
Interdisciplinary Space Radiation Research
Ionizing Radiation
Ionizing Radiation and Space Health
Ionizing Radiation in Medical Applications
Ionizing Radiation in Space
Ionizing Radiation in Space Missions
Ionizing Radiation in Space Travel
LINAC
Measuring Space Radiation
Medical Applications of Ionizing Radiation
Monitoring Radiation in Space
Monitoring Space Radiation for Health Risks
NASA
Nuclear Medicine
PAMELA
Radiation and Space Exploration Technologies
Radiation Effects on Astronauts
Radiation Exposure in Space
Radiation Impact on Space Crew
Radiation Measurement Tools
Radiation Protection for Astronauts
Radiation Protection in Human Space Exploration
Radiation Protection in Space
Radiation Protection Technology
Radiation Protection Tools for Space
Radiation Research for Space Missions
Radiation Research in Human Space Exploration
Radiation Risk Assessment
Radiation Risk Assessment for Astronauts
Radiation Risk in Human Space Missions
Radiation Risk Management in Space
Radiation Shielding in Space
Radiobiology in Space
Radiotherapy
Space Exploration and Radiation
Space Exploration Radiation Health
Space Exploration Radiation Science
Space Health Risk Assessment
Space Health Risks
Space Mission Health Risk Factors
Space Mission Radiation
Space Mission Radiation Protection Systems
Space Mission Radiation Safety
Space Mission Radiation Standards
Space Mission Risk Assessment
Space Mission Safety
Space Radiation
Space Radiation Analysis
Space Radiation and Biological Effects
Space Radiation and Cancer
Space Radiation and Human Health
Space Radiation and Human Physiology
Space Radiation and Medical Research
Space Radiation and Risk Assessment Models
Space Radiation Assessment
Space Radiation Assessment Techniques
Space Radiation Detection
Space Radiation Detection and Shielding
Space Radiation Detection Devices
Space Radiation Detection Methods
Space Radiation Effects
Space Radiation Exposure Analysis
Space Radiation Exposure Risks
Space Radiation Hazards
Space Radiation Health Impact
Space Radiation Impact on Astronauts
Space Radiation Management Solutions
Space Radiation Measurement Platforms
Space Radiation Monitoring
Space Radiation Monitoring Systems
Space Radiation Protection Framework
Space Radiation Protection Strategies
Space Radiation Research
Space Radiation Research Case Studies
Space Radiation Research Collaboration
Space Radiation Research Group
Space Radiation Risk Analysis
Space Radiation Risks
Space Radiation Study
Space Radiation Systems
Space Radiation Technology
Space Radiobiology
Space Travel and Radiation Exposure
Space Travel Health Risks
Spacecraft Radiation Protection
Synergies in Space Radiation Research
Synergies in Space Radiobiology
Product details
- ISBN 9781800617674
- Publication Date: 04 Nov 2025
- Publisher: World Scientific Europe Ltd
- Publication City/Country: GB
- Product Form: Hardback
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This book explores the dynamic interplay between astroparticle and medical physics, emphasizing how these disciplines converge to address challenges in radiation science and its applications. Key topics include space radiation, its implications for human space exploration, and strategies for radiation protection. By assessing health risks and evaluating space radiation sources, the book develops a comprehensive perspective on safeguarding astronauts during missions.Beyond space applications, the book highlights the synergies between radiobiology and the medical use of ionizing radiation, demonstrating how interdisciplinary research fosters innovative approaches to understanding and mitigating radiation effects on biological systems. Lessons drawn from space science are used to inform and enhance medical practice.A case study on the Alpha Magnetic Spectrometer (AMS) research group at the INFN Roma Sapienza division serves as a concrete example of successful interdisciplinary collaboration. It illustrates the value of shared methodologies and technologies, and advocates for the creation of common platforms for radiation measurement and monitoring — tools that can serve both space exploration and medical fields. This book is an essential resource for researchers, professionals, and students in physics, space science, and the medical domain.
