Nobel laureate Czeslaw Milosz's most recent collection Second Space marks a new stage in one of the great poetic pilgrimages of our time. Few poets have inhabited the land of old age as long or energetically as Milosz, for whom this territory holds both openings and closings, affirmations as well as losses. "Not soon, as late as the approach of my ninetieth year, / I felt a door opening in me and I entered / the clarity of early morning," he writes in "Late Ripeness." Elsewhere he laments the loss of his voracious vision -- "My wondrously quick eyes, you saw many things, / Lands and cities, islands and oceans" -- only to discover a new light that defies the limits of physical sight: "Without eyes, my gaze is fixed on one bright point, / That grows large and takes me in." Second Space is typically capacious in the range of voices, forms, and subjects it embraces. It moves seamlessly from dramatic monologues to theological treatises, from philosophy and history to epigrams, elegies, and metaphysical meditations. It is unified by Milosz's ongoing quest to find the bond linking the things of this world with the order of a "second space," shaped not by necessity, but grace. Second Space invites us to accompany a self-proclaimed "apprentice" on this extraordinary quest. In "Treatise on Theology," Milosz calls himself "a one day's master." He is, of course, far more than this. Second Space reveals an artist peerless both in his capacity to confront the world's suffering and in his eagerness to embrace its joys: "Sun. And sky. And in the sky white clouds. / Only now everything cried to him: Eurydice! / How will I live without you, my consoling one! / But there was a fragrant scent of herbs, the low humming of bees, / And he fell asleep with his cheek on the sun-warmed earth."

Charlie Brown and the rest of the Peanuts gang help present scientific facts about plants, geology, weather, climate, astronomy, and space travel.

This volume discusses the emergence of space exploration as a new pivot of the global space economy in the decade of 2020s. Space exploration and human spaceflight will soon become vital strategic initiatives in the imminent second space age, evolving from scientific pursuits to mega-economic projects. As the scope of international cooperation in space forays into soft science diplomacy, the second space age opens opportunities for India to mount its space program as an ambitious yet conscientious, proficient, and cordial player in the global space economy. This book, -- Explores imminent trends in space exploration and interplanetary connectivity plans, their returns to the global economy of the future, and impact on the global astropolitical order; -- Analyses the techno-economic significance of India's space exploration by reviewing the legal, ethical and philosophical challenges; the limits of global space exploration policies; and the economic lacunae for the astropolitical gains; -- Examines the transformational trio of Chandrayaan, Mangalyaan and Gaganyaan; dawn of the second space age; interplanetary connectivity projects; besides discussing the viability of humans becoming an interplanetary species. Part of The Gateway House Guide to India in the 2020s series, this topical volume will be useful for scholars and researchers of international relations, geopolitics, foreign policy, space policy, South Asian studies, strategic studies, and international trade.

In this book, rocket scientist Alfred Zaehringer calls upon his lifetime of experience to take the mystery out of this intimidating field.

Some theoreticians contemplate and formulate the physics of tachyons, which are hypothetical particles, that would always travel faster than light but which could never slow down to the speed of light just as they anticipate sublight speed massive particles never being able to achieve light speed. So my theoretical work on the physics and kinematics of light-speed massive systems sets me apart from general trends in the theoretical field of relativistic astronautics. This book is a continuation of how and why we may be able to, at some future time, travel at the speed of light.