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IFMBE Proceedings

1st IFMBE Latin American Conference on
Digital Health

1st IFMBE Latin American Conference on Digital Health

Proceedings of CLASD 2024, October 3-5, 2024, Panama City, Panama

Proceedings of MEDITECH 2024, September 30 - October 2, 2024, Cluj-Napoca, Romania

9th International Conference on Advancements of Medicine and Health Care Through Technology

Proceedings of CBEB 2024, September 2-6, 2024, Ribeirão Preto-SP, Brazil

XXIX Brazilian Congress on Biomedical Engineering - Volume 1: Biomedical Robotics, Rehabilitation, Biomechanics, and Biomedical Signal Processing

XXIX Brazilian Congress on Biomedical Engineering - Volume 2: Tissue Engineering, Clinical Engineering and Computational Modeling in Biomedical Engineering

XXIX Brazilian Congress on Biomedical Engineering - Volume 3: Biomedical Informatics, and Biomedical Signal and Image Processing

Proceedings of BME 10, July 25-27, 2024, Phan Thiet, Vietnam: Healthcare Evolution towards 5P Medicine in Low- and Middle-Income Countries Ecosystem - Volume 2: Tissue Engineering, Drug Discovery, and Health Informatics

10th International Conference on the Development of Biomedical Engineering in Vietnam

Proceedings of CLABIO 2024, November 26-29, 2024, Joinville, Brazil

X Latin American Conference on Bioimpedance

Proceedings of CLAIB 2024, October 2-5, 2024, Panama City, Panama, Volume 1: Advances in Biosensing and Clinical Engineering

X Latin American Congress on Biomedical Engineering

Proceedings of BME 10, July 25-27, 2024, Phan Thiet, Vietnam: Healthcare Evolution towards 5P Medicine in Low- and Middle-Income Countries Ecosystem - Volume 1: Medical Devices, Biomedical Data Science and Models, and Entrepreneurship and Management in Healthcare

This book reports on the latest research and developments in Biomedical Engineering, with a special emphasis on technologies transforming health in Latin America. This second volume of a 2-volume set covers advances in the development of assistive, therapeutic, and diagnostic devices, and cutting-edge methods for biological signal acquisition and analysis. Throughout the book, a special emphasis is given to low-cost affordable technologies and to their development for and applications in clinical settings. Based on the X Latin American Conference on Biomedical Engineering (CLAIB 2024) held on October 2-5, 2024, in Panama City, Panama, this book provides researchers and professionals in the biomedical engineering field with extensive information on new technologies and current challenges for their clinical applications.

Proceedings of CLAIB 2024, October 2-5, 2024, Panama City, Panama, Volume 2: Innovation and Development of Medical Devices and Advances in Digital Signal Processing

X Latin American Conference on Biomedical Engineering

This book covers current advances and challenges in biomedical and health informatics. It reports on the latest technologies and on strategies and concepts to implement them for medicine, health and education. Contributions deals with a range of topics, including artificial intelligence and precision medicine, e-health and training, medical devices and wearables, and medical imaging. Gathering the proceedings of the Sixth International Conference on Biomedical and Health Informatics (ICBHI 2024), held on October 30 - November 2, 2024, in Tainan, Taiwan, with the theme "AI Trends for Healthcare – Biomedical Data, Information Technology, and Cybersecurity", this books provides academics and professionals with a timely snapshot of the digital transformation in the field of medicine.

This book covers current advances and challenges in biomedical and health informatics. It reports on the latest technologies and on strategies and concepts to implement them for medicine, health and education. Contributions deals with a range of topics, including artificial intelligence and precision medicine, e-health and training, medical devices and wearables, and medical imaging. Gathering the proceedings of the Sixth International Conference on Biomedical and Health Informatics (ICBHI 2024), held on October 30 - November 2, 2024, in Tainan, Taiwan, with the theme "AI Trends for Healthcare – Biomedical Data, Information Technology, and Cybersecurity", this books provides academics and professionals with a timely snapshot of the digital transformation in the field of medicine.

Proceedings of ICBHI 2024, October 30 – November 2, 2024, Tainan, Taiwan

International Conference on Biomedical and Health Informatics 2024

This book reports on cutting-edge research and best practices in the broad field of biomedical engineering. Based on the&nbsp; XLVII&nbsp;Mexican Conference&nbsp;on Biomedical Engineering, CNIB 2024, held on November 7-9, 2024 in Hermosillo, Sonora, México, this first volume of the proceedings covers research topics in&nbsp;biomedical signal processing, computational biology and prosthetics, with applications of artificial intelligence for medical diagnosis, behavioral studies and more. All in all, this book provides a timely snapshot on state-of-the-art achievements in biomedical engineering and current challenges in the field. It addresses both researchers and professionals, and it is expected to foster future collaborations between the two groups, as well as international collaborations.

Proceedings of CNIB 2024, November 7–9, 2024, Hermosillo, Sonora, México - Volume 1: Signal Processing And Bioinformatics

XLVII Mexican Conference on Biomedical Engineering

This book reports on cutting-edge research and best practices in the broad field of biomedical engineering. Based on the&nbsp; XLVII&nbsp;Mexican Conference&nbsp;on Biomedical Engineering, CNIB 2024, held on November 7-9, 2024 in Hermosillo, Sonora, México, this second volume of the proceedings covers research topics in&nbsp;biomechanics, materials and engineering design and manufacturing, with applications in prostheses design and development, tissue engineering, medical device assessment and healthcare management. All in all, this book provides a timely snapshot on state-of-the-art achievements in biomedical engineering and current challenges in the field. It addresses both researchers and professionals, and it is expected to foster future collaborations between the two groups, as well as international collaborations.

Proceedings of CNIB 2024, November 7–9, 2024, Hermosillo, Sonora, México - Volume 2: Biomechanics, Rehabilitation and Clinical Engineering

Recent innovations have transformed healthcare, with digitalization, personalized medicine, AI, and advanced cell and tissue engineering at the forefront of combating non-communicable diseases. By leveraging genomics, proteomics, and molecular profiling, precision medicine enables personalized interventions that improve treatment outcomes. Cutting-edge diagnostic tools like high-resolution imaging, wearable sensors, and artificial intelligence and machine learning are further advancing healthcare delivery.This book presents the latest developments, insights, and critical issues in healthcare, covering topics such as:<ul><li>Medical device advancements</li><li>AI-driven drug development</li><li>Diagnostic imaging</li><li>Personalized medicine</li><li>Healthcare management</li><li>Digital healthcare</li><li>Regulatory developments</li></ul>Chapter "Unlocking the Code of Innovation: TRIZ Theory’s Blueprint for Precision Medicine Breakthroughs" is licensed under the terms of the Creative Commons Attribution 4.0 International License (http://creativecommons.org/licenses/by/4.0/). For further details see licence information in the chapter.&nbsp;

Several innovations have revolutionized the healthcare sector in recent years. Digitalization, personalized medicine, Advanced Cell, and Tissue Engineering, and AI are some keywords associated with improving the prevention and therapy of diseases, i.e., to combat our crisis of non-communicable diseases.&nbsp;One of the key areas where innovation has had a profound impact is precision medicine. Precision medicine seeks to understand the unique genetic, environmental, and lifestyle factors contributing to an individual's health and disease risk. Through advancements in genomics, proteomics, and other molecular profiling techniques, healthcare providers can now gain a deeper understanding of a patient's molecular makeup. This knowledge allows for targeted interventions and therapies tailored to the specific needs of each individual, maximizing treatment efficacy and minimizing adverse effects.Furthermore, the development of advanced diagnostic tools has greatly enhanced the accuracy and efficiency of disease detection and monitoring. Innovations such as high-resolution imaging technologies, wearable sensors, and liquid biopsies have revolutionized the diagnostic landscape.&nbsp;Integrating artificial intelligence (AI) and machine learning (ML) algorithms has further augmented the capabilities of healthcare management and precision medicine capabilities.&nbsp;This book aims to bring up-to-date new ideas, opinions, development, and critical issues in healthcare and personalized medicine. We are interested in relevant articles covering a broad range of topics, such as:&nbsp; • &nbsp; &nbsp; &nbsp; Advances in medical devices • &nbsp; &nbsp; &nbsp; Digitalization and data-driven technologies&nbsp; • &nbsp; &nbsp; &nbsp; AI and algorithm-based drug development (molecule building, enhancement, clinical trials) • &nbsp; &nbsp; &nbsp; Diagnostic imaging • &nbsp; &nbsp; &nbsp; Personalized medicine • &nbsp; &nbsp; &nbsp; Nutrition • &nbsp; &nbsp; &nbsp; Oral health care • &nbsp; &nbsp; &nbsp; Healthcare management in certain diseases and population groups • &nbsp; &nbsp; &nbsp; Regulatory developments • &nbsp; &nbsp; &nbsp; Data management • &nbsp; &nbsp; &nbsp; Digital HealthcareChapter "Unlocking the Code of Innovation: TRIZ Theory’s Blueprint for Precision Medicine Breakthroughs" is licensed under the terms of the Creative Commons Attribution 4.0 International License (http://creativecommons.org/licenses/by/4.0/). For further details see licence information in the chapter.&nbsp;

New Approaches for a Healthy Lifestyle

Innovations in Healthcare and Outcome Measurement

Die Identifikation einer Regelstrecke anhand von Messungen der Ein- und Ausgangssignale liefert ein mathematisches Modell, das für den Entwurf adaptiver Regelsysteme und optimaler linearer Zustandsregler gewöhnlich erforderlich ist. Diese Regler bieten gegenüber klassischen Lösungsansätzen wesentliche Vorteile.Dieses Buch umfasst bewährte und nach didaktischen Gesichtspunkten ausgearbeitete Analyse- und Syntheseverfahren. Zahlreiche Rechenbeispiele vertiefen das Verständnis des Stoffes. Es enthält eine Sammlung von 40 Übungsaufgaben einschließlich deren Lösungen zu den im Buch behandelten vier wichtigsten Sachgebieten: Wahrscheinlichkeitsrechnung, Identifikation, Adaptive Regelung und Optimale Regelung.&nbsp;Der Inhalt<ul><li>Grundlagen der statischen Behandlung von Regelsystemen</li><li>Statistische Bestimmung dynamischer Eigenschaften linearer Systeme</li><li>Systemidentifikation mittels Korrelationsanalyse</li><li>Systemidentifikation mittels Parameterschätzverfahren</li><li>Adaptive Regelsysteme</li><li>Entwurf optimaler Zustandsregler</li><li>Sonderformen des optimalen linearen Zustandsreglers für zeitinvariante Mehrgrößensysteme</li></ul>Die Zielgruppen<ul><li>Studierende der Ingenieurwissenschaften an Technischen Hochschulen, Universitäten und Fachhochschulen</li></ul>Die AutorenProf. em. Dr.-Ing. Heinz Unbehauen war Inhaber des Lehrstuhls für Elektrische Steuerung und Regelung an der Ruhr-Universität Bochum.Prof. Dr.-Ing. Christian Bohn&nbsp;ist nach mehrjähriger Industrietätigkeit seit 2007 Professor für Regelungstechnik und Mechatronik an der TU Clausthal.

Das Buch Regelungstechnik III umfasst bewährte und nach didaktischen Gesichtspunkten ausgearbeitete Analyse- und Syntheseverfahren. Zahlreiche Rechenbeispiele vertiefen das Verständnis des Stoffes. Es enthält eine Sammlung von 40 Übungsaufgaben einschließlich deren Lösungen zu den im Buch behandelten vier wichtigsten Sachgebieten: Wahrscheinlichkeitsrechnung, Identifikation, Adaptive Regelung und Optimale Regelung.

Identifikation, Adaption, Optimierung

Regelungstechnik III

Generative AI has immensely influenced various fields, such as education, marketing, art and music, and especially healthcare. Generative AI can benefit the patient through various approaches. For instance, it can enhance the image qualities negatively affected by radiation reduction, preventing patients from needing to repeat the image-taking process. Also, the generation of one type of image from another more expensive one can help patients save funds. Generative AI facilitates the administrative process, letting the doctor focus more on the treatment process. It even goes further by helping medical professionals with diagnosis and decision- making, suggesting possible treatment plans according to the patient symptoms.This book introduces several practical GenAI healthcare applications, especially in medical imaging, pandemic prediction, synthetic data generation, clinical administration support, professional education, patient engagement, and clinical decision support, providing a review of efficient GenAI tools and frameworks in this area. GenAI empowers the treatment process through several methods; however, some ethical, privacy, and security challenges require attention. Despite the challenges presented, GenAI technological and inherited characteristics smooth the path of improvement for it in the future.&nbsp;

Application of Generative AI in Healthcare systems

A Clinical Lens on Pediatric Engineering: Pioneering Science and Technology for Cutting-Edge Patient Care&nbsp;explores the depth and breadth of the newly applied science of pediatric engineering and its dawning era. Placing into context the origins of pediatric medicine and engineering, this deep dive into and beyond medical digital-to-device innovation integrates scientific rigor with clinical perspective, incorporating case examples of diagnostic and therapeutic breakthroughs, cautionary tales, and lessons in translation.

The book begins by explaining the unique considerations of the developing child and the importance of including nuanced end-user and human factors early and often in the process of seeking biomedical solutions. It provides an overview of this population's diverse and dynamic biopsychosocial characteristics compared to adults, contrasting organ systems, cognitive maturation, bioethics, growth, and drug metabolism. A distinguished team of contributors supplies a comprehensive blueprint for transforming an idea through to clinical implementation, featuring the ever-expanding influences and intricacies of discovery. The book covers a wide array of topics, including fetal intervention, transplantation, regenerative medicine, addiction, ophthalmology, surgery (e.g., minimally invasive, orthopedic), cancer, nanotechnology, radiology imaging modalities, gene therapy, artificial intelligence (AI), machine learning, liquid biopsy, immersive technologies (e.g., augmented and virtual reality), neurodiversity, rare disease, critical care, robotics, materials science and tissue engineering. The design challenges specific to children's hospitals and healthcare facilities are discussed, highlighting the flexibility needed to achieve optimal patient outcomes, gather meaningful data, and drive innovative progress.

This landmark work calls on key stakeholders to address the obstacles related to funding practices, clinical trials, and other impediments that hinder the timely and safe delivery of life-altering and life-saving results. It provides child health innovators with the essential tools to bridge these gaps and drive transformation in the rapidly evolving landscape of pediatric care.

<ul>
	<li>Provides readers with must-have guidance on the newly emerging field and applied science of pediatric engineering;</li>
	<li>Compares and contrasts adult and pediatric biopsychosocial, developmental, and disease-specific realities;</li>
	<li>Presents child health innovators with the tools to drive transformation in the evolving landscape of pediatric care.</li>
</ul>

A Clinical Lens on Pediatric Engineering: Pioneering Science and Technology for Cutting-Edge Patient Care
 &nbsp;explores the depth and breadth of the newly applied science of pediatric engineering and its dawning era. Placing into context the origins of pediatric medicine and engineering, this deep dive into and beyond medical digital-to-device innovation integrates scientific rigor with clinical perspective, incorporating case examples of diagnostic and therapeutic breakthroughs, cautionary tales, and lessons in translation.
 The book begins by explaining the unique considerations of the developing child and the importance of including nuanced end-user and human factors early and often in the process of seeking biomedical solutions. It provides an overview of this population's diverse and dynamic biopsychosocial characteristics compared to adults, contrasting organ systems, cognitive maturation, bioethics, growth, and drug metabolism. A distinguished team of contributors supplies a comprehensive blueprint for transforming an idea through to clinical implementation, featuring the ever-expanding influences and intricacies of discovery. The book covers a wide array of topics, including fetal intervention, transplantation, regenerative medicine, addiction, ophthalmology, surgery (e.g., minimally invasive, orthopedic), cancer, nanotechnology, radiology imaging modalities, gene therapy, artificial intelligence (AI), machine learning, liquid biopsy, immersive technologies (e.g., augmented and virtual reality), neurodiversity, rare disease, critical care, robotics, materials science and tissue engineering. The design challenges specific to children’s hospitals and healthcare facilities are discussed, highlighting the flexibility needed to achieve optimal patient outcomes, gather meaningful data, and drive innovative progress.This landmark work calls on key stakeholders to address the obstacles related to funding practices, clinical trials, and other impediments that hinder the timely and safe delivery of life-altering and life-saving results. It provides child health innovators with the essential tools to bridge these gaps and drive transformation in the rapidly evolving landscape of pediatric care.

Pioneering Science and Technology for Cutting-Edge Patient Care

A Clinical Lens on Pediatric Engineering

Textbooks in Telecommunication Engineering

The book provides an in-depth analysis of the properties of individual cascades of RF front-end receivers, their design implementation, optimization of characteristics to achieve the highest transfer coefficient and minimum introduced distortion. Particular attention is paid to the characteristics of the preselector, which determines the sensitivity of the receiver, selects the operating frequency band and suppresses collateral channels. Depending on the range of operating frequencies, the bandwidth of received frequencies and the selected structural scheme of the receiver, the front-end can be tunable or with a fixed setting. A low-noise amplifier can be an integral part of the front-end, the AE mode of which is selected based on the condition of minimum noise figure and achieving the highest gain. The structure of the RF front-end in modern receivers of analog and digital signals always includes a frequency converter from the operating frequency range to the intermediate frequency range or BB (base band). It is described how the application of orthogonal modulation methods in digital systems allowed to realize the optimal reception of signals, when the processing of received signals is performed by correlation methods, and the decision on the received information bit is made on the basis of the analysis of a group of symbols (correlation functions). It is shown how this allowed to organize the transmission of information flows to a specific subscriber of the cell, and the use of MIMO technology to increase the SNR at the receiver input.&nbsp;<ul><li>Provides a comprehensive understanding of the structure of individual radio path cascades, methods of their optimization under the influence of various interferences and parasitic feedback in AE.</li><li>Allows students to not only to learn and to assimilate the applied theoretical issues, but to transfer to independent problem solutions.</li><li>Includes a full suite of classroom materials including exercises, Q&amp;A, and examples.</li></ul>

This textbook presents the architecture of modern radios as part of radio telecommunication networks/systems. The authors present theoretical and technological techniques for building radios and will provide readers with the opportunity to familiarize themselves with the techniques of modeling individual cascades. The book presents the designs and design methods of radios for various digital networks/systems. The authors show how the structure of the radio path of receivers changes, which new nodes and blocks appear depending on the methods of duplexing and multiple access in the system, as well as the use of MIMO technology, and how the designs of individual cascades and nodes change while maintaining the principle of their operation when implemented using integrated technology. Methods for delivering transmitted information to a specific subscriber in cellular systems of various generations, features of synchronization and correlation processing of signals in the receiver are considered. Readers will learn about the purpose and implementation of individual stages and blocks of the RF front-end those included in multifunctional chipsets. The kit includes a complete set of online training materials, including a solutions manual and examples of computer analysis of various receiver stages in the MicroCAP environment, based on preliminary calculation.

Receiver Elements

Radio Receivers

This book describes the complete design of CMOS-based multi-nuclear NMR/MRI microsystems. The authors emphasize optimizing semiconductor chip design to enhance the performance of compact CMOS-based NMR/MRI systems. They also discuss the integrated circuit design of customized modules, such as 3-D gradient controllers specifically for MRI, high-resolution multi-phase generators for advanced composite radio-frequency excitation pulse synthesis, etc. The integration of these specific modules not only drives system innovation but also expands functionality.<ul><li>Discusses developments in CMOS integrated circuit design for miniaturized NMR/MRI platforms over recent decades;</li><li>Focuses on key integrated circuit design considerations for transceivers in compact NMR systems;</li><li>Details the design of application-specific integrated circuits (ASICs) for a miniaturized 3-D MRI platform and a compact multi-nuclei NMR/MRI system, both featuring a portable magnet, for enhanced accessibility.</li></ul>

CMOS-based Portable NMR/MRI Microsystems

Embedded Microprocessor System Design using FPGAs

Power Electronics and Power Systems

This book provides comprehensive coverage of the resilience and reliability of power grids. It begins with the definition and theory of power grid resilience and then extends to cover the full spectrum of power grid resilience, ranging from planning to operation including system hardening, mitigation, and restoration. Practical case studies on both the bulk power system and distribution networks are included to illustrate how adaptive measures can be taken to improve the grid resilience against large-scale events.&nbsp;Power Grid Resilience: Theory and Applications is a state-of-the-art guide that is essential reading for practicing engineers, researchers, and scientists working in the power and energy industry. The book is also useful as a reference for undergraduate and graduate students studying power systems.&nbsp;<ul><li>First comprehensive book on power grid resilience;</li><li>Provides coverage on resilience from theory to applications;</li><li>Written by leading experts on grid resilience&nbsp;and reliability.</li></ul>

This book provides comprehensive coverage of the resilience and reliability of power grids. It begins with the definition and theory of power grid resilience and then extends to cover the full spectrum of power grid resilience, ranging from planning to operation including system hardening, mitigation, and restoration. Practical case studies on both the bulk power system and distribution networks are included to illustrate how adaptive measures can be taken to improve the grid resilience against large-scale events.&nbsp;Power Grid Resilience: Theory and Applications is a state-of-the-art guide that is essential reading for practicing engineers, researchers, and scientists working in the power and energy industry. The book is also useful as a reference for undergraduate and graduate students studying power systems.

Theory and Applications

Power Grid Resilience

Tauche ein in die Elektrodynamik mit einem Lehrbuch, welches die Maxwellschen Gleichungen als Ausgangspunkt nutzt, wodurch Schritt für Schritt ein tiefes Verständnis vermittelt wird.&nbsp;Besonderheiten:Dieses Buch beginnt jedes Kapitel mit einer der Maxwellschen Gleichungen und erklärt dann schrittweise die einzelnen Bestandteile.&nbsp;Anfänger/innen haben so ein konkretes Lernziel vor Augen.&nbsp;Sowohl die vorkommenden physikalischen Größen als auch mathematischen Grundlagen werden in ihrem natürlichen Kontext erklärt. Grundlegende Prinzipien und komplexe Konzepte werden für verschiedene Fälle betrachtet und mit einfachen Beispielen verdeutlicht. Mithilfe von Aufgaben und Lösungen – sowohl klassisch im Buch als auch als digitale Karteikarten für unterwegs – kann das erworbene Wissen eingeübt und vertieft werden.&nbsp;Inhalt:1. Das Gaußsche Gesetz für elektrische Felder – 2. Das Gaußsche Gesetz für magnetische Felder –&nbsp;3. Das Faradaysche Induktionsgesetz&nbsp;– 4. Das Ampère-Maxwellsche Gesetz – 5. Weiterführende Themen der Elektrodynamik – 6. Wechselwirkung von elektrischen und magnetischen Feldern mit Materie&nbsp;Zielgruppe:Studierende der Ingenieurwissenschaften und Naturwissenschaften, wie z.B. Elektrotechnik, Physik, Medizinphysik, etc. als auch Interessierte bzw. Berufstätige, die ein tieferes Verständnis für die Grundlagen der Elektrodynamik entwickeln möchten.&nbsp;Vorkenntnisse: Hilfreich sind physikalische Grundkenntnisse wie sie z.B. im Buch Vorkurs Physik fürs MINT-Studium vermittelt werden.&nbsp;Der Autor:Dr. Patrick Steglich&nbsp;promovierte 2017 an der Universität Rom ‚Tor Vergata‘ und habilitierte 2023 an der Brandenburgischen Technischen Universität Cottbus-Senftenberg.&nbsp;Seit 2018 ist er Dozent mit Lehrauftrag an der Technischen Hochschule Wildau&nbsp;für das Fach Elektrodynamik und forscht am Leibniz-Institut für innovative Mikroelektronik.

Tauche ein in die Elektrodynamik mit einem Lehrbuch, welches die Maxwellschen Gleichungen als Ausgangspunkt nutzt, wodurch Schritt für Schritt ein tiefes Verständnis vermittelt wird.&nbsp;Besonderheiten:Dieses Buch beginnt jedes Kapitel mit einer der Maxwellschen Gleichungen und erklärt dann schrittweise die einzelnen Bestandteile.&nbsp;Anfänger/innen haben so ein konkretes Lernziel vor Augen.&nbsp;Sowohl die vorkommenden physikalischen Größen als auch mathematischen Grundlagen werden in ihrem natürlichen Kontext erklärt. Grundlegende Prinzipien und komplexe Konzepte werden für verschiedene Fälle betrachtet und mit einfachen Beispielen verdeutlicht. Mithilfe von Aufgaben und Lösungen – sowohl klassisch im Buch als auch als digitale Karteikarten für unterwegs – kann das erworbene Wissen eingeübt und vertieft werden.&nbsp;Inhalt:1. Das Gaußsche Gesetz für elektrische Felder – 2. Das Gaußsche Gesetz für magnetische Felder –&nbsp;3. Das Faradaysche Induktionsgesetz&nbsp;– 4. Das Ampère-Maxwellsche Gesetz – 5. Weiterführende Themen der Elektrodynamik – 6. Wechselwirkung von elektrischen und magnetischen Feldern mit Materie&nbsp;Zielgruppe:Studierende der Ingenieurwissenschaften und Naturwissenschaften, wie z.B. Elektrotechnik, Physik, Medizinphysik, etc. als auch Interessierte bzw. Berufstätige, die ein tieferes Verständnis für die Grundlagen der Elektrodynamik entwickeln möchten.&nbsp;Vorkenntnisse: Hilfreich sind physikalische Grundkenntnisse wie sie z.B. im Buch Vorkurs Physik fürs MINT-Studium vermittelt werden.&nbsp;

Eine schrittweise Reise durch Maxwells Gleichungen

Klassische Elektrodynamik

Direct Conversion Semiconductor Radiation Detectors using Si, CdTe and CdZnTe

This book looks into the world of medicine through a unique lens - the principles of physics. Beginning with a brief history of medical physics and Feynman's classification of natural phenomena, it delves into topics such as the electrical activity of cells, and the physical basis of synaptic transmission, using nonlinear models that reveal their behavior as a strange attractor. Using a synergetic analogy between similar processes occurring in physical and neurophysiological systems, the author is able to formulate the first principle describing the emergence of hexagonal grid cells structures in the brain. It also explores the use of thermal imaging in the diagnosis, the dosimetry of ionizing radiation, and the physical basis of effective methods of quantum mechanics in modern medicine. Through detailed discussion of topics including synergetics, physiology, neurology, and radiation medicine, the reader gains a deep understanding of the physics behind medical diagnostics and treatments.Each chapter is devoted to exploring one of the directions of theoretical or clinical medicine, featuring parts written on different popular and rigorous physical levels. Providing a comprehensive overview of the physical principles of medicine and how they relate to medical equipment and technology, this book is a bridge between the fields of medicine and physics, demonstrating how the two can work together to advance the science of healthcare. This book is a valuable resource for anyone interested in the intersection of medicine and physics and the possibilities for future innovation.

Basic Principles of Physics in Medicine and Beyond

What is Medicine?

1st IFMBE Latin American Conference on Digital Health

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