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Stephen Kiernan

    Stephen P. Kiernan explore des dilemmes éthiques complexes et des relations humaines profondes dans son œuvre. Ses romans entrelacent souvent des événements historiques avec des récits personnels, examinant les thèmes de la culpabilité, de la rédemption, de l'amour et de la loyauté. Il crée des personnages qui luttent avec des compromis moraux face aux forces historiques, dotant ses histoires de détails méticuleux et d'une profondeur psychologique. L'expérience de Kiernan en tant que journaliste primé éclaire sa narration perspicace.

    Building A Virtual Graded Foam
    The Curiosity
    The Glass Château
    The Baker's Secret
    Universe of Two
    • Universe of Two

      • 464pages
      • 17 heures de lecture
      4,1(1709)Évaluer

      "Graduating from Harvard at the height of World War II, brilliant mathematician Charlie Fish is assigned to the Manhattan Project. Working with some of the age's greatest scientific minds, including J. Robert Oppenheimer, Enrico Fermi, and Leo Szilard, Charlie is assigned the task of designing and building the detonator of the atomic bomb. As he performs that work Charlie suffers a crisis of conscience, which his wife, Brenda--unaware of the true nature of Charlie's top-secret task--mistakes as self-doubt. She urges him to set aside his qualms and continue. Once the bombs strike Hiroshima and Nagasaki, the feelings of culpability devastate him and Brenda. At the war's end, Charlie receives a scholarship to pursue a PhD in physics at Stanford--an opportunity he and Brenda hope will allow them a fresh start. But the past proves inescapable. All any of his new colleagues can talk about is the bomb, and what greater atomic weapons might be on the horizon. Haunted by guilt, Charlie and Brenda leave Stanford and decide to dedicate the rest of their lives to making amends for the evil he helped to birth into the world. Based on the life of the actual mathematician Charles B. Fisk."--Provided by publisher.

      Universe of Two
    • The Baker's Secret

      • 336pages
      • 12 heures de lecture
      4,1(539)Évaluer

      On June 5, 1944, as dawn rises over a small town on the Normandy coast of France, Emmanuelle is making the bread that has sustained her fellow villagers in the dark days since the Germans invaded her country. Only twenty-two, Emma learned to bake at the side of a master, Ezra Kuchen, the village baker since before she was born. Apprenticed to Ezra at thirteen, Emma watched with shame and anger as her kind mentor was forced to wear the six-pointed yellow star on his clothing. She was likewise powerless to help when they pulled Ezra from his shop at gunpoint, the first of many villagers stolen away and never seen again. In the years that her sleepy coastal village has suffered under the enemy, Emma has silently, stealthily fought back. Each day, she receives an extra ration of flour to bake a dozen baguettes for the occupying troops. And each day, she mixes that precious flour with ground straw to create enough dough for two extra loaves--contraband bread she shares with the hungry villagers. Under the cold, watchful eyes of armed soldiers, she builds a clandestine network of barter and trade that she and the villagers use to thwart their occupiers. But her gift to the village is more than these few crusty loaves. Emma gives the people a taste of hope--the faith that one day the Allies will arrive to save them

      The Baker's Secret
    • The Curiosity

      • 469pages
      • 17 heures de lecture
      3,7(92)Évaluer

      'I'm green with envy at this writer's bold imagination . . . it's one of the most assured debuts in years' Justin Cronin, author of The Passage

      The Curiosity
    • Building A Virtual Graded Foam

      An FEM Approach

      • 264pages
      • 10 heures de lecture

      The book explores the mechanical properties of functionally graded foam materials (FGFMs), which differ from traditional functionally graded materials by varying in density rather than composition. It utilizes the finite element method to analyze how density variations in homogeneous foams impact key characteristics like peak stress and energy absorption. Aimed at under- and postgraduate students, it serves as a resource for understanding the experimental characterization and modeling of low-density materials, making it valuable for those interested in advanced material science.

      Building A Virtual Graded Foam