6 New Holography Books Reshaping the Industry in 2025

After analyzing decades of experience, Raymond K. Kostuk developed this detailed guide to holography that bridges theory with practice. You’ll gain insights into holographic optical elements, their imaging and diffraction efficiency, and how these apply in emerging fields like augmented reality and solar concentrators. The book goes beyond basic principles, offering deep dives into holographic materials, digital holography, and experimental methods, including laboratory exercises to build hands-on skills. If you’re involved in optics research or advanced engineering studies, this resource equips you with the technical foundation and current advances you need to engage with holography’s evolving landscape.

Drawing from his expertise in AI and immersive technologies, Dr. Ivan Del Valle presents a detailed examination of how artificial intelligence is transforming 3D holography. You’ll explore the integration of AI models like GANs for enhanced image realism, and discover how real-time adaptive rendering improves interactive holographic displays. This book delves into practical applications across healthcare, education, and entertainment, highlighting AI’s role in overcoming challenges like latency through edge computing. If you want to understand the technical advancements reshaping immersive experiences and their future potential, this book offers a focused, insightful perspective without unnecessary jargon.

This tailored book explores the dynamic advancements shaping holography in 2025, offering a personalized journey through the latest breakthroughs and innovations. It carefully matches your background and interests to examine emerging technologies such as AI-driven holographic rendering, novel display methods, and cutting-edge optical materials. By focusing on your specific goals, it reveals how recent discoveries are redefining holography's role across augmented reality, immersive communication, and 3D visualization. This personalized approach invites you to engage deeply with the evolving landscape, highlighting trends and research that resonate with your unique perspective and learning priorities.

Unlike most holography texts that concentrate purely on image reconstruction, A. L. Timofeev’s "Digital holography: Holographic coding" explores how holographic principles apply to digital data encoding and transmission. You learn about noise-immune coding techniques that correct multiple errors, enhancing the speed and reliability of optical and radio communications. The book goes beyond theory, detailing applications like improving GLONASS system accuracy and data storage reliability. If you’re engaged in electronics, radio engineering, or communication systems, this book offers concrete insights into holographic methods that boost information transmission and positioning precision.

Drawing from his extensive background in optics and photonics, Byoungho Lee presents a focused exploration of digital holography and holographic displays that dives deep into the latest technological advances shaping the field. You’ll gain insights into the principles behind digital hologram generation, the design of holographic display systems, and emerging applications in imaging and information processing. This book walks you through complex optical setups and computational techniques, making it especially beneficial if you’re involved in research or development of next-generation display technologies. While technical, it offers concrete examples and analysis that can sharpen your understanding of how holography integrates with modern photonics.

This book challenges established perspectives by presenting a rich anthology authored by leading scientists who trace six decades of holography’s evolution. You gain access to detailed explorations of speckle phenomena, optical metrology, and advances in interferometry, all framed within a historical and technological context that few other works offer. The collection’s breadth—from 3D displays to deep learning applications in holography—makes it particularly valuable if you’re involved in scientific research or engineering development requiring precision measurement and imaging techniques. Chapters also cover virtual reality tools, enhancing your understanding of practical implementations beyond pure theory.

This tailored book explores the rapidly evolving world of holography technologies, focusing on the groundbreaking developments shaping 2025 and beyond. It examines emerging trends and innovations in holographic displays, digital techniques, AI integration, and hardware acceleration, all aligned with your interests and background. By concentrating on your specific goals, the book reveals new discoveries and industry shifts that are transforming applications in augmented reality, immersive communications, and 3D visualization. This personalized approach ensures you engage deeply with the subject matter most relevant to you, providing a clear pathway to understanding future holography breakthroughs and their practical implications.

After analyzing various hardware approaches for accelerating wave-optics computations, Tomoyoshi Shimobaba and Tomoyoshi Ito developed this detailed guide to the hardware implementation of computational holography. You’ll find in-depth explanations of how CPUs, GPUs, and FPGAs can be harnessed to speed up computer-generated holograms and digital holography processes, including actual source code examples to help bridge theory and practice. This book suits anyone working in holography who needs to enhance computational efficiency, especially engineers and researchers focused on hardware solutions for optical computing challenges. Its technical insights provide concrete skills rather than abstract theory, making it a solid resource if you want to understand cutting-edge hardware acceleration techniques.