Otros libros que te pueden interesar

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  The Invention of Tomorrow - A...

  Thomas Suddendorf, Jonathan...

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  A spellbinding exploration of the human capacity to imagine the future  
   
  Our ability to think about the future is one of the most powerful tools at our disposal. In The Invention of Tomorrow, cognitive scientists Thomas Suddendorf, Jonathan Redshaw, and Adam Bulley argue that its emergence transformed humans from unremarkable primates to creatures that hold the destiny of the planet in their hands.  
   
  Drawing on their own cutting-edge research, the authors break down the science of foresight, showing us where it comes from, how it works, and how it made our world. Journeying through biology, psychology, history, and culture, they show that thinking ahead is at the heart of human nature—even if we often get it terribly wrong. Incisive and expansive, The Invention of Tomorrow offers a fresh perspective on the human tale that shows how our species clawed its way to control the future.

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  Nature’s Best Hope - The...

  Tristan Salem

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  Nature’s Best Hope: The Essential Guide on How to Go Green. Discover Practices That Will Help You Protect Mother EarthReports on global warming and climate change seem to be everywhere and people are starting to get alarmed. However, the publication of these reports may be a good thing since it presents that there is awareness of this particular problem. As a response, people want to find ways on how they can help mother earth. One of the ways to do it is by going green. But what does it mean to go green?This audiobook will educate you on the basics of going green so you can do your part in helping the environment. You will learn what are the current problems our world is facing now and what part you can take to help solve them.This audiobook will discuss the following topics:- What Does It Mean To Go Green?- The Issues We Face With Global Warming- The Issues We Face With Natural Resources Today- The Issues We Face on Waste/Trash Today- The Issues We Face on Our Food Today- The Issues We Face With Air and Water Quality- The Legacy We are Leaving for Future Generations- Developing a New Relationship with Mother Earth- The Benefits of Going Green for the Earth and Our Wallets- And many more!Our planet is facing different environmental issues and these have a significant impact in our daily lives. If you want to learn more, scroll up and click “add to cart” now!

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  The Dark Energy Puzzle - Piecing...

  Dirk Fallon

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  In the late 1990s, astronomers made a discovery that completely changed our understanding of the universe. While studying distant supernovae to measure how fast the universe was expanding, researchers expected to see signs that the expansion was slowing down due to gravity. Instead, they found the opposite—the expansion was speeding up. This unexpected observation pointed to something completely unknown, an unseen force that counteracts gravity and drives galaxies apart at an accelerating rate. That force was given the name "dark energy." 
  The term "dark" doesn't mean this energy is black or shadowy, but rather that it's unknown and mysterious. Scientists still don’t know what it really is, only that it seems to make up around 68 percent of the total energy in the universe. That’s a huge amount, especially considering that everything we can see—stars, planets, gas, dust—makes up less than 5 percent. The rest is made of dark matter, another unknown component, but dark energy is even more puzzling. It doesn’t clump like matter does, and it seems to be spread evenly through space. 
  Astronomers began piecing this together by observing Type Ia supernovae, which are exploding stars that always reach roughly the same brightness. Because of that consistency, they can be used like cosmic measuring sticks. When scientists looked at supernovae that were billions of light-years away, they saw that those objects were dimmer than expected. That meant they were farther away than predicted, and the only explanation was that the universe had expanded more than anyone thought. It wasn’t just expanding—it was accelerating.

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  Selenology - The Study of the...

  Mike Crawford

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  The Moon has captivated human curiosity for millennia, and its origin remains one of the most intriguing questions in planetary science. Various theories have been proposed to explain how Earth’s only natural satellite came into existence, each offering insights into the early history of the solar system. Through extensive research and lunar sample analysis, scientists have narrowed down the most plausible explanations, with the Giant Impact Hypothesis standing as the leading theory. 
  One of the earliest theories, the Fission Hypothesis, suggested that the Moon was once part of Earth and was flung into space due to the planet’s rapid rotation. This idea, proposed in the 19th century, attempted to explain similarities in composition between the Earth and Moon, but it failed to account for the Moon’s distinct isotopic ratios and angular momentum. Similarly, the Capture Hypothesis posited that the Moon was an independent celestial body that Earth’s gravity later captured. While this could explain some differences in composition, it does not align with the Moon’s nearly circular orbit or its close chemical resemblance to Earth’s mantle. The Co-formation Hypothesis, which argues that Earth and the Moon formed together from the same primordial disk of dust and gas, also struggles to explain the Moon’s unique density and lack of a substantial iron core.

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  Sundaland: The History of the...

  Editors Charles River

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  By the time the Pleistocene Epoch ended around 12,000 years ago, Homo sapiens had become one of the most significant species on the planet. 	It was also near the end of that period of time that modern humans began to gradually populate what would become Europe, Asia, and the Americas, eventually becoming the inheritors of the Paleolithic era and the only human species to make it into the Neolithic era. The process was long and difficult, and the survival of the species only happened through a combination of human tenacity and a fair amount of luck. As much as humans evolved during the Pleistocene, the topography, geography, and environment changed even more. 
  The cold Pleistocene temperatures lowered water levels across the planet, exposing land that was not there before or after the period. At the same time, significant regions of the planet were very different during the Pleistocene, including Southeast Asia, particularly the modern islands of Bali, Borneo, Sumatra, and the Malay Peninsula, roughly equivalent to parts of Indonesia, Malaysia, Myanmar, and Thailand. This region, which modern scholars refer to as Sunda or Sundaland, was unique because all of it was connected by land, meaning today’s islands were once part of a contiguous subcontinent, and in terms of the people, flora, and fauna, it was very different than it is today. If a modern traveler could somehow transport back to the Pleistocene, Sundaland would look nothing like modern Southeast Asia and would resemble as much of a lost world as something out of a science fiction novel.  
  Although much is still unknown about Sundaland, researchers have uncovered plenty of evidence bringing this lost world to life. As anthropologists and archaeologists developed new models and discovered ancient material culture, they learned that Sundaland played a significant role in the development of Neolithic Southeast Asia in many ways. 

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  Multimodal LLM - A Comprehensive...

  Et Tu Code

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  Dive into the cutting-edge world of Multimodal Language Models with our comprehensive guide!  
  In 'Introduction to Multimodal Language Models,' lay the foundation for your journey by understanding how these models seamlessly integrate text and image processing, revolutionizing communication. 
   Explore 'Building Multimodal Language Models' to grasp the intricate process of constructing these powerful tools. Then, fine-tune your understanding with 'Fine-tuning Multimodal Language Models,' where you'll learn to optimize models for specific tasks.  
  Dive into practical implementation with 'Implementing Multimodal LLMs with Python,' equipping yourself with essential coding skills. Feeling adventurous? 'Creating Your Own Multimodal LLM from Scratch' empowers you to customize models to suit your unique needs.  
  Discover the landscape of popular models, including those from Hugging Face, and explore real-world applications in 'Practical Applications of Multimodal LLMs.' Anticipate future challenges and directions in 'Challenges and Future Directions,' ensuring you stay ahead of the curve.  
  Conclude your journey with 'Conclusion,' where you'll reflect on your newfound knowledge and its implications. With insights, practical guidance, and hands-on tutorials, this audiobook equips you to navigate and harness the full potential of Multimodal Language Models for text and image processing.

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