Knowledge of our galaxy is advancing rapidly. Astronomers can collect and analyze data on stars and other celestial objects simultaneously and combine data from ground-based & space-based instruments, Leila Belkora reports in Minding the Heavens—The Story of Our Discovery of the Milky Way. Astronomy enthusiasts can participate via citizen science projects. Some even have home observatories.
Why does an iron nail rust? A cut apple turn brown? How do stalagmites form? Five- to 10-year-olds can discover the answers via step-by-step home experiments Adrian Dingle provides in Awesome Chemistry Experiments for Kids: 40 Science Projects and Why They Work. Dingle’s minor-to-major Mess-O-Meter, plus ratings of difficulty and time required, will help parents assisting their budding chemists.
Neptune’s 1846 discovery is among the most celebrated in astronomy. Neptune was not seen first through a telescope. It was located using Isaac Newton’s theory of universal gravitation. In Neptune: From Grand Discovery to a World Revealed, NASW member Trudy E. Bell and colleagues provide perspective on both astronomy’s past and recent research suggesting a possible “Planet Nine” still further away.
“Why am I here?” The hospitalized man asked again. After overdosing on an illicit drug, possibly fentanyl, he couldn’t retain memories. Nor could some other opioid users. The area of their brains critical to memory formation and storage, the hippocampus, had been damaged. In The Memory Thief & the Secrets Behind How We Remember, Lauren Aguirre explores causes and potential help for memory loss.
In 1940s Germany, Nobel laureate Otto Warburg found cancer cells consume 10 times as much glucose as healthy cells. “Like shipwrecked sailors, they were ravenous,” Sam Apple notes. Warburg’s metabolic studies excite new interest today, as does the story of his survival as a Jew protected by Hitler, Apple reports in Ravenous: Otto Warburg, the Nazis, and the Search for the Cancer-Diet Connection.
Millions of people saw a dress in a 2015 internet photo as blue, millions more as white. “The way people see color, with their eyes and with their mind, was the biggest news story of the day,” Adam Rogers says. We all process the physics of light and chemistry of pigments differently to create billions of individual palettes, he reports in Full Spectrum: How the Science of Color Made Us Modern.
Kids can gain insight into neurons & neural networks by making pipe cleaner models. They can swab doorknobs & grow bacteria and fungi on agar plates. In The Kitchen Pantry Scientist: Biology for Kids, Liz Heinecke introduces young readers to 25 biologists & provides step-by-step photo-illustrated guides to home experiments based on each biologist’s work plus facts on the biology behind the fun.
“When you are growing a family and a career at the same time, you live moment to moment, life fast-forwarding with no-stop action,” Margie Patlak asserts. Illness or death of someone close may upend plans. Immersion in the sights, sounds, and smells of the natural world as seasons change can be restorative, Patlak writes in More than Meets the Eye: Exploring Nature and Loss on the Coast of Maine.
Picasso’s fractured faces defined the cubist movement. His mismatched eyes, elevated ears, and sideways lips force us to see ourselves and our world anew, Claudia Kalb says. In Spark: How Genius Ignites, from Child Prodigies to Late Bloomers, Kalb profiles 13 high achievers, exploring the nature/nurture debate and role of intelligence, creativity, perseverance, and, yes, luck in their success.
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