Our cells harbor many secrets to a long and healthy life; working with our DNA and restoring it to functionality is where the secret lies. "Debugging Human DNA" does not refer to research in biology labs and stem cells studies, but rather it presents a technique to debug DNA inside the human body. Most of us think of DNA as a genetic code biologists study in research labs, but have no clue how DNA affects our daily lives. DNA is the code that regulates every move in our daily living; without it, we will not be able to think or move. DNA is no different than the computer binary language; similarities exist between the two languages. DNA is not just a code but also a conducting circuit; the helix positive - negative polarities, allows of a two way communication from point A in the brain to point B anywhere in the body; this can only be achieved electrically.
The human body is composed of physical matter; it possesses characteristics common to all matter, that is: "extension in space and the capacity for movement." If it is matter then the laws of physics must also apply to its functioning. Human mobility is governed by electro-mechanical laws; as complex as they may be, they are the same laws that regulate the universe. This is evidence we can restore the decaying human organism at the level of discrete matter and its energizing by heat waves, emitted by the brain; once we understanding this phenomenon, we will be amazed at how simple we can restore ourselves to good health and longevity. Body functions are electrical in nature; it is electrical energy that synthesizes protein and bonds it to its working atomic structure. Medical researchers are waiting for the cure to come from biology laboratories and the promise of stem cells, but the cure is in the brain itself
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Still making the same old mental mistakes over and over again? Isn't it time to debug your mental software? Using the simple tools in this book, you'll learn how to: 1) debug your mental software to eliminate the mental barriers to your success, 2) upgrad
The truth has lain concealed for too long. It festers and boils, hankering for escape... coveting its own freedom. But this new world is not prepared for the exposure of such dark secrets. Can mankind withstand the devastating truths they so desperately seek?
Galactic Existence is an extraordinary book that unveils the perplexing reality of our solar existence and elucidates the inner workings of Gravitational Waves, along with their profound impact on life. The book sheds light on the enigmas of discrete matter, as expounded in Quantum Physics, and explores how Gravitational Waves play a role in our mobility, influencing every facet of our existence. Additionally, it provides detailed insights into how the brain, aided by these waves, manages our bodily functions. Galactic Existence, as the term implies, offers a distinctive approach to revitalizing the human being. By effectively managing each individual component within the body, this approach has the potential to restore good health and promote longevity. Single cell therapy, an unconventional technique, is presented as a means to combat formidable diseases and reverse the aging process. While I acknowledge that the research may not conform to conventional standards of explicitness or unambiguity, these inquiries are nevertheless valid. This is because all the facts presented in the book are supported by discoveries in physics and substantiated through empirical evidence.
This book constitutes the proceedings of the 4th International Conference on Social Informatics, SocInfo 2012, held in Lausanne, Switzerland, in December 2012. The 21 full papers, 18 short papers included in this volume were carefully reviewed and selected from 61 submissions. The papers are organized in topical sections named: social choice mechanisms in the e-society,computational models of social phenomena, social simulation, web mining and its social interpretations, algorithms and protocols inspired by human societies, socio-economic systems and applications, trust, privacy, risk and security in social contexts.
The present is a contest between the bright and dark sides of discovery. To avoid being torn apart by its stresses, we need to recognize the fact—and gain courage and wisdom from the past. Age of Discovery shows how. Now is the best moment in history to be alive, but we have never felt more anxious or divided. Human health, aggregate wealth and education are flourishing. Scientific discovery is racing forward. But the same global flows of trade, capital, people and ideas that make gains possible for some people deliver big losses to others—and make us all more vulnerable to one another. Business and science are working giant revolutions upon our societies, but our politics and institutions evolve at a much slower pace. That’s why, in a moment when everyone ought to be celebrating giant global gains, many of us are righteously angry at being left out and stressed about where we’re headed. To make sense of present shocks, we need to step back and recognize: we’ve been here before. The first Renaissance, the time of Columbus, Copernicus, Gutenberg and others, likewise redrew all maps of the world, democratized communication and sparked a flourishing of creative achievement. But their world also grappled with the same dark side of rapid change: social division, political extremism, insecurity, pandemics and other unintended consequences of discovery. Now is the second Renaissance. We can still flourish—if we learn from the first.
Becoming Human: Our Past, Present and Future by the Editors of Scientific American We humans are a strange bunch. We have self-awareness and yet often act on impulses that remain hidden. We were forged in adversity but live in a world of plenty. How did we get here? What is to become of us? To these age-old questions, science has in recent years brought powerful tools and reams of data, and in this eBook, Becoming Human: Our Past, Present and Future, we look at what these data have to tell us about who we are. We know, for instance, that three million years ago, a group of primates known as the australopithecines was walking capably on two legs—the better to navigate the African savanna—and yet still had long arms suited to life in the trees. In Section One, "Becoming Us," we search for how and why this and other transitions occurred. In "Lucy's Baby," author Kate Wong discusses what the oldest juvenile skeleton tells us about how early humans walked the Earth. Another article, "The Naked Truth," examines why humans lost their hair and how hairlessness was a key factor in developing other human traits. Section Two covers "The Secrets of our Success," and we see that human evolution and culture are often related. In "The Evolution of Grandparents," Rachel Caspari shows us that as humans started to live longer, grandparents played a role in family life, which in turn made possible more complex social behaviors. In Section Three, "Migration and Colonization," we look at how scientists are studying the minuscule bits of DNA that differ from one individual to another for clues to our origins and settlements. "The First Americans" illustrates the findings that have pushed back the date at which hunter-gatherers colonized the Americas. And in Section Four, "Vanished Humans," the discovery of "hobbits"—a human species of small stature—has turned the science of human origins on its ear. Where is evolution taking us? We present two points of view in Section Five, "Our Continuing Evolution." In "How We Are Evolving," Jonathan K. Pritchard argues that selection pressure typically acts over tens of thousands of years, which means we probably won't evolve much anytime soon. But stasis is only one possible future, says Peter Ward in "What May Become of Us." In adapting to new environments—say, a colony on Mars—our human species may eventually diverge into two or more. Or we could go the cyborg route and merge with machines. Whichever option you prefer, there is plenty to ponder.
