Human Chemistry

Yale professor Marissa King shows how anyone can build more meaningful and productive relationships based on insights from neuroscience, psychology, and network analytics. Conventional wisdom says it's the size of your network that matters, but social science research has proven there is more to it. King explains that the quality and structure of our relationships has the greatest impact on our personal and professional lives.

Popular among naturopaths, George Carey's The Chemistry and Wonders of the Human Body combines astrology, physiology, anatomy, chemistry, and a mineral theory of disease into a overarching view of the human organism.

Conventional wisdom would have us believe that it is the size of your network that matters: how many people do you know? We're told to mix, mingle and connect. But social science research suggests otherwise. The quality and structure of our relationships have far greater impact on our personal and professional lives. Our relationships with friends, family, co-workers, neighbours and collaborators are by far our greatest asset. Yet, most people leave them to chance.

Each day, headlines warn that baby bottles are leaching dangerous chemicals, nonstick pans are causing infertility, and plastic containers are making us fat. What if green chemistry could change all that? What if rather than toxics, our economy ran on harmless, environmentally-friendly materials? Elizabeth Grossman, an acclaimed journalist who brought national attention to the contaminants hidden in computers and other high tech electronics, now tackles the hazards of ordinary consumer products.

In its 4.5 billion–year history, life on Earth has been almost erased at least half a dozen times: shattered by asteroid impacts, entombed in ice, smothered by methane, and torn apart by unfathomably powerful megavolcanoes. And we know that another global disaster is eventually headed our way. Can we survive it? How?

As a species, Homo sapiens is at a crossroads. Study of our planet’s turbulent past suggests that we are overdue for a catastrophic disaster, whether caused by nature or by human interference.
It’s a frightening prospect, as each of the Earth’s past major disasters—from meteor strikes to bombardment by cosmic radiation—resulted in a mass extinction, where more than 75 percent of the planet’s species died out. But in Scatter, Adapt, and Remember, Annalee Newitz, science journalist and editor of the science Web site io9.com explains that although global disaster is all but inevitable, our chances of long-term species survival are better than ever. Life on Earth has come close to annihilation—humans have, more than once, narrowly avoided extinction just
during the last million years—but every single time a few creatures survived, evolving to adapt to the harshest of conditions.
This brilliantly speculative work of popular science focuses on humanity’s long history of dodging the bullet, as well as on new threats that we may face in years to come. Most important, it explores how scientific breakthroughs today will help us avoid disasters tomorrow. From simulating tsunamis to studying central Turkey’s ancient underground cities; from cultivating cyanobacteria for “living cities” to designing space elevators to make space colonies cost-effective; from using math to stop pandemics to studying the remarkable survival strategies of gray whales, scientists and researchers the world over are discovering the keys to long-term resilience and learning how humans can choose life over death.
Newitz’s remarkable and fascinating journey through the science of mass extinctions is a powerful argument about human ingenuity and our ability to change. In a world populated by doomsday preppers and media commentators obsessively forecasting our demise, Scatter, Adapt, and Remember is a compelling voice of hope. It leads us away from apocalyptic thinking into a future where we live to build a better world—on this planet and perhaps on others. Readers of this book will be equipped scientifically, intellectually, and emotionally to face whatever the future holds.

How much control do we have over love? Much less than we like to think. All that mystery, all that poetry, all those complex behaviors surrounding human bonding leading to the most life-changing decisions we’ll ever make, are unconsciously driven by a few molecules in our brains.

For more than a generation, American education has been structured as though it was built of and for concepts, not people. This has transformed education into a vast assessment, scoring, and ranking enterprise; a sales platform for high-tech entrepreneurs; and a fiercely competitive arena of advantage and status that grinds the poor and propels the middle class into debt. In When the Light Goes On, educator Mike Rose features the stories of people of all ages and backgrounds to illuminate how education has added meaning to their lives.

Colloids and colloidal systems are essential to life. They are extremely useful,even indispensable, in many commercial and industrial situations as well.They function in everybody cell, in the blood, and in all body fluids, especially the intercellular fluids, formerly known as "humours." Therefore, increased understanding of colloids and their attendant phenomena, as well as the application of their operating principles, to enhance human health considerably is discussed in this article. Colloidal science is relatively young, however, and the number of qualified experts is few compared to ...

Are you in charge of your love life? If you think so, you're wrong - hormones control our sex drives and direct our love lives. In The Alchemy of Love and Lust, Dr. Theresa Crenshaw, a renowned sex therapist and researcher, unmasks the hidden agendas of our hormones as we progress through different sexual stages - from adolescence through old age.

Embark on a riveting journey through the extraordinary life of Marie Curie, the groundbreaking physicist and chemist whose pioneering work in radioactivity transformed science and contributed immeasurably to human progress. Marie Curie was not only the first woman to win a Nobel Prize but also the first person ever to win two in different scientific fields. This compelling biography explores Curie’s relentless pursuit of knowledge, her revolutionary discoveries, and the personal sacrifices she made in the name of science. What You Will Learn Curie’s Early Life and Education: Discover ...