Member articles

Rectangular photo of Steve Nadis’ office bookshelf showing several works on Einstein, general relativity, and space-time, along with Nadis’ and his coauthor’s previous books on these topics. Photo credit: Steve Nadis.

Steve Nadis (NASW member) and Shing-Tung Yau—The Gravity of Math: How Geometry Rules the Universe

More than a century after Einstein published his theory of general relativity, physicists and mathematicians still strive to unravel its implications and expand upon it, NASW member Steve Nadis and Shing-Tung Yau write in The Gravity of Math: How Geometry Rules the Universe. Continual exchange and spillover of ideas across disciplinary boundaries, they note, advance our understanding of the universe.

Rectangular photo of Mark Wolverton’s office bookshelf showing works by and about physicists Arthur Holly Compton and Robert Millikan, the subjects of his book Splinters of Infinity, along with books on cosmic rays, stars, astronomy, and physics. Photo credit: Mark Wolverton.

Mark Wolverton—Splinters of Infinity: Cosmic Rays and the Clash of Two Nobel Prize-Winning Scientists over the Secrets of Creation

“Cosmic rays remain one of the most intractable scientific puzzles of all time,” Mark Wolverton asserts. Debate between two physicist superstars over what cosmic rays are and how they came to be roiled scientific, religious, and philosophical groups in the 1930s, Wolverton writes in Splinters of Infinity: Cosmic Rays and the Clash of Two Nobel Prize-Winning Scientists over the Secrets of Creation.

Rectangular photo of Mark Wolverton’s office bookshelf showing works by and about physicists Arthur Holly Compton and Robert Millikan, the subjects of his book Splinters of Infinity, along with books on cosmic rays, stars, astronomy, and physics. Photo credit: Mark Wolverton.

Mark Wolverton—Splinters of Infinity: Cosmic Rays and the Clash of Two Nobel Prize-Winning Scientists over the Secrets of Creation

“Cosmic rays remain one of the most intractable scientific puzzles of all time,” Mark Wolverton asserts. Debate between two physicist superstars over what cosmic rays are and how they came to be roiled scientific, religious, and philosophical groups in the 1930s, Wolverton writes in Splinters of Infinity: Cosmic Rays and the Clash of Two Nobel Prize-Winning Scientists over the Secrets of Creation.

Rectangular photo of sea otter in the ocean. Photo credit: Jeff Stevens

Alison Pearce Stevens—Animal Climate Heroes!

Whales fertilize the ocean with their poop. Forest elephants eat small fast-growing trees, helping larger slow-growing trees flourish. In Animal Climate Heroes!, Alison Pearce Stevens urges readers aged 8 and up to become climate heroes, too, by cutting back on single-use plastics, encouraging their families to buy local, planting a vegetable garden, and choosing to bike rather than riding in a car.

Rectangular photo of sea otter in the ocean. Photo credit: Jeff Stevens

Alison Pearce Stevens—Animal Climate Heroes!

Whales fertilize the ocean with their poop. Forest elephants eat small fast-growing trees, helping larger slow-growing trees flourish. In Animal Climate Heroes!, Alison Pearce Stevens urges readers aged 8 and up to become climate heroes, too, by cutting back on single-use plastics, encouraging their families to buy local, planting a vegetable garden, and choosing to bike rather than riding in a car.

Rectangular photo of David Baron’s office bookshelf showing works on eclipses, starts, astronomy, Thomas Edison and the U.S. Naval Observatory’s record of the July 29, 1878 eclipse. Photo credit: David Baron.

David Baron—American Eclipse: A Nation's Epic Race to Catch the Shadow of the Moon and Win the Glory of the World (Revised Edition)

On April 8, the moon’s shadow will sweep over North America from Mexico across Texas to New England into Canada. Some 32 million people will see a total eclipse. This “precious shared experience,” David Baron suggests in a new edition of American Eclipse: A Nation's Epic Race to Catch the Shadow of the Moon and Win the Glory of the World, may boost recognition of commonalities in our divided nation.

Rectangular photo of David Baron’s office bookshelf showing works on eclipses, starts, astronomy, Thomas Edison and the U.S. Naval Observatory’s record of the July 29, 1878 eclipse. Photo credit: David Baron.

David Baron—American Eclipse: A Nation's Epic Race to Catch the Shadow of the Moon and Win the Glory of the World (Revised Edition)

On April 8, the moon’s shadow will sweep over North America from Mexico across Texas to New England into Canada. Some 32 million people will see a total eclipse. This “precious shared experience,” David Baron suggests in a new edition of American Eclipse: A Nation's Epic Race to Catch the Shadow of the Moon and Win the Glory of the World, may boost recognition of commonalities in our divided nation.

Rectangular photo of Liz Lee Heinecke’s office bookshelf showing works about and by women in science including Marie Curie and Rachel Carson. Photo credit: Liz Lee Heinecke.

Liz Lee Heinecke—She Can STEM: 50 Trailblazing Women in Science from Ancient History to Today

Jocelyn Bell Burnell discovered pulsars, but the 1974 Nobel Prize for Physics went to her male academic advisor—not a unique story. In She Can STEM: 50 Trailblazing Women in Science from Ancient History to Today, Liz Lee Heinecke chronicles 50 women scientists’ successes and struggles. Each account includes a guide to help readers ages 7-12 conduct topic-related experiments of their own at home.

Rectangular photo of Liz Lee Heinecke’s office bookshelf showing works about and by women in science including Marie Curie and Rachel Carson. Photo credit: Liz Lee Heinecke.

Liz Lee Heinecke—She Can STEM: 50 Trailblazing Women in Science from Ancient History to Today

Jocelyn Bell Burnell discovered pulsars, but the 1974 Nobel Prize for Physics went to her male academic advisor—not a unique story. In She Can STEM: 50 Trailblazing Women in Science from Ancient History to Today, Liz Lee Heinecke chronicles 50 women scientists’ successes and struggles. Each account includes a guide to help readers ages 7-12 conduct topic-related experiments of their own at home.