Do Vánoc stíháš objednat ještě 2 dny a 18 hodin. 
Knihobot

Jessy Randall

    The Path of Most Resistance
    Mathematics for Ladies
    • Hilarious, heart-breaking, and perfectly pitched, these carefully researched poems illuminate the lives of historical women in science, technology, engineering, mathematics, and medicine, evoking both laughter and outrage. This wickedly funny, feminist perspective showcases women who defied societal norms, from the lack of women's bathrooms in college science buildings to challenging their parents and governments. Discover Mary Anning's seashells, Elizabeth Blackwell's eye injury, and Bertha Pallan's circus side hustle. Learn about Honor Fell's ferret at her sister's wedding, Annie Jump Cannon's star cataloging, Mary G. Ross on "What's My Line?," Alice Ball's leprosy cure, and Roberta Eike's adventures stowing away on a research vessel. Some poems celebrate spectacular triumphs, while others remember those who barely survived. Explore well-known figures like Marie Curie and Jane Goodall alongside lesser-known trailblazers such as Virginia Apgar and Maryam Mirzakhani. If you've enjoyed Randall's work in Scientific American or Analog, you'll appreciate these extraordinary true tales. Illustrated with Kristin DiVona's portraits for NASA's "Reaching Across the Stars" project, this collection is perfect for scientists, feminists, and poets of all ages and genders.

      Mathematics for Ladies
    • The Path of Most Resistance

      Poems on Women in Science

      • 128 stránek
      • 5 hodin čtení

      Exploring the lives of groundbreaking women in STEM, this collection of poems celebrates their achievements and contributions to science, technology, engineering, and mathematics. Each poem highlights the struggles and triumphs of these historical figures, bringing their stories to life through vivid imagery and emotional depth. Readers will be inspired by the resilience and intellect of these women, showcasing their impact on the fields they pioneered and the legacy they left for future generations.

      The Path of Most Resistance