hyperspace-layers
The chapter introduces a multi-layered hyperspace where each layer has different spatial scales and light speeds, requiring careful navigation and separation to avoid fatal overlap.
3 chapters across 1 book
Redshift Rendezvous (1990)John E. Stith
In this chapter, the protagonists Jason and Tara navigate the dangers of hyperspace layers by using jumpsuits to move between different spatial layers, carefully managing their separation to avoid fatal overlap. They face immediate threats from hostile forces and must coordinate their jumps and communications while dealing with the complexities of relativistic travel and the spatial distortions of hyperspace. The chapter explores their tactical decisions, the physics of layered hyperspace, and the tension between following orders and personal judgment.
This chapter serves as an author's exposition on the foundational scientific and speculative concepts behind the novel Redshift Rendezvous, particularly focusing on the idea of relativistic effects occurring at low speeds due to a drastically reduced speed of light in alternate hyperspace layers. The author explains the assumptions made, such as the existence of multiple hyperspace layers with decreasing speed of light and contracted distances, and explores the resulting physical phenomena like time dilation, length contraction, gravitational effects on light, and optical illusions within the ship called the Redshift. The chapter also addresses potential scientific objections and emphasizes the narrative and educational motivations behind these speculative choices.
This chapter presents a detailed table outlining the relative speeds and distances across multiple hyperspace layers, comparing them to normal space (Layer 0). It explains how moving to higher hyperspace layers reduces the speed of light and relative distances, making travel and communication more efficient at certain layers, such as ship travel at Layer 10 and high-speed communication networks at Layer 15. The chapter emphasizes the exponential scaling of speed and distance factors as one ascends through hyperspace layers.