Outros livros que poderiam interessá-lo

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  Urban Nature Every Day -...

  Jane McMorland Hunter, Sally Hughes

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  366 prompts for noticing nature every day of the year.
  
  Arranged in day-by-day format, this beautiful book is a celebration of the nature you can find in your city or town, such as urban foxes prowling in the street, wildflowers sprouting from a crack in the pavement, butterflies on your balcony and the joys of wandering along a canal path. 
  Learn how to put up a bug hotel on the 5th January, search for cherry blossom on the 4th April and have a picnic underneath a willow's branches on the 11th June. There are cloud formations to spot, avenues of trees to walk down and elderberries to harvest.
  Over the past few years, many city dwellers have learned to appreciate the nature on their doorsteps, as part of the lasting legacy of lockdown. This timely book is a celebration of the vast variety of wildlife around us, proving that you don't need a trip to the countryside to enjoy the natural world.

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  Software Architecture for...

  Steve Abrams

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  "Software Architecture for Developers: Designing Scalable and Maintainable Systems for the Real World" is an essential guide for software professionals seeking to elevate their understanding of architectural principles and design practices. In today's rapidly evolving technological landscape, the ability to create software systems that are not only scalable but also maintainable is paramount. 
  This book goes beyond theoretical concepts, offering practical insights and real-world strategies for architecting robust and adaptable systems. From understanding the fundamentals of software architecture to mastering advanced techniques for designing distributed and microservices-based architectures, readers will gain the knowledge and skills needed to tackle complex architectural challenges with confidence. 
  With a focus on scalability, maintainability, and performance, this book covers a wide range of topics, including modular design, architectural patterns, cloud-native architecture, and DevOps principles. Through in-depth case studies, code examples, and best practices, readers will learn how to navigate the trade-offs involved in architectural decisions and make informed choices that align with their project requirements. 
  "Software Architecture for Developers" provides invaluable guidance on creating architectures that are flexible, adaptable, and future-proof.  
   

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  Felinology - The Study of Cats...

  Mike Crawford

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  Felinology, the scientific study of cats, encompasses everything from their evolutionary history to their physiology, behavior, and conservation. As one of the most beloved and enigmatic creatures, cats have captured human interest for thousands of years. Their presence in mythology, folklore, and everyday life has made them a subject of fascination, while their unique biological and behavioral traits continue to intrigue researchers and cat enthusiasts alike. Understanding felinology not only deepens our appreciation of these remarkable animals but also plays a crucial role in improving their welfare, both in domestic settings and in the wild. 
  One of the primary reasons felinology is significant is its role in bridging the gap between domesticated and wild felines. While domestic cats (Felis catus) have lived alongside humans for millennia, they retain many of the instincts and behaviors of their wild counterparts. Studying these similarities and differences helps researchers understand how domestication has shaped modern felines and provides insight into their needs and natural tendencies. Felinology also sheds light on the relationships between different feline species, allowing scientists to trace their evolutionary paths and better comprehend the intricate links between them. 
  Beyond evolutionary studies, felinology is essential in understanding feline health and well-being. From genetic predispositions to common illnesses, scientific research into feline biology has led to advancements in veterinary medicine, improving the quality of life for both domestic and captive wild cats. Research in this field has contributed to the development of vaccines, treatments for chronic conditions, and strategies for preventing diseases that affect feline populations. Furthermore, knowledge of feline nutrition and behavior has allowed pet owners and veterinarians to optimize care, ensuring cats live healthier and longer lives.

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  Relationships 50 - How AI VR and...

  Elyakim Kislev

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  Technology is our new life partner. No longer confined to the sidelines, new interactive technologies like AI therapists, avatar friends, and robot assistants are ready to transform technology's role from basic tools of convenience to intimate elements of our social and emotional lives. 
   
    
   
  Blending science, sociology, history, and psychology, Relationships 5.0 asks how recent technological developments cause us to think differently about our family lives, love affairs, and emotional needs. It argues that we are currently living through a technological paradigm shift similar in magnitude to the preceding agricultural, industrial, and informational revolutions in human history. Thanks to the convergence of the cognitive revolution (AI), the sensorial revolution (VR and AR), and the physical revolution (robots), technology can now fulfill emotional, intellectual, and physical needs that have until now been met by other humans. 
   
   
   
  While many are still wary of human-technology companionship, Relationships 5.0 reveals that these novel interactions aren't as risky as we'd once thought, but can instead make our social and emotional lives richer and more diverse. Still, we must ask: What will the age of Relationships 5.0 look like? How should we prepare for such an age? Who might already be ready to embrace these changes, and why?

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  Why? The Purpose of the Universe

  Philip Goff

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  Why are we here? What's the point of existence? On the "big questions" of meaning and purpose, Western thought has been dominated by the dichotomy of traditional religion and secular atheism. In this pioneering work, Philip Goff argues that it is time to move on from both God and atheism. Through an exploration of contemporary cosmology and cutting-edge philosophical research on consciousness, Goff argues for cosmic purpose: the idea that the universe is directed towards certain goals, such as the emergence of life. 
   
   
   
  In contrast to religious thinkers, Goff argues that the traditional God is a bad explanation of cosmic purpose. Instead, he explores a range of alternative possibilities for accounting for cosmic purpose, from the speculation that we live in a computer simulation to the hypothesis that the universe itself is a conscious mind. Goff scrutinizes these options with analytical rigor, laying the foundations for a new paradigm of philosophical inquiry into the middle ground between God and atheism. Ultimately, Goff outlines a way of living in hope that cosmic purpose is still unfolding, involving political engagement and a non-literalist interpretation of traditional religion.

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  Galactic Ghosts - How Dark...

  Dirk Fallon

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  Dark matter is one of the greatest mysteries in modern science. Despite being invisible and undetectable by traditional means, it makes up approximately 27% of the universe’s total mass and energy. It does not emit, absorb, or reflect light, making it completely transparent to current observational instruments. However, scientists are certain of its existence due to its gravitational effects on visible matter, radiation, and the large-scale structure of the universe. Its discovery has led to a major shift in our understanding of the cosmos, revealing that most of the universe’s matter remains hidden from our view. 
  The term "dark matter" was first introduced in the early 20th century, but it wasn’t until the 1970s that astronomers began to recognize its significant role in the universe. In 1933, Swiss astronomer Fritz Zwicky observed the motion of galaxies within clusters and noted that the amount of visible matter in these clusters was insufficient to account for their observed gravitational effects. This led him to propose the existence of an unseen form of matter, which he referred to as "dark matter." Over the following decades, similar observations were made by astronomers studying the rotation of individual galaxies. The rotation speeds of galaxies were found to be much higher than what could be explained by the visible matter in the galaxies. This discrepancy suggested that there was additional, unseen matter providing extra gravitational pull, keeping the galaxies intact and preventing them from flying apart. 
  Dark matter does not interact with light or other forms of electromagnetic radiation, which is why it cannot be directly observed. It’s not made up of the usual atoms and particles that constitute the familiar matter we see in everyday life. Instead, it seems to consist of particles that do not interact with electromagnetic forces, which is why they are invisible.

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