What Matter Can Sustain A Wormhole?: Quantized Massive Spin 1/2 Fields on Static Spherically Symmetric Wormhole Spacetimes - Image 1

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LAP Lambert Academic Publishing What Matter Can Sustain A Wormhole?: Quantized Massive Spin 1/2 Fields on Static Spherically Symmetric Wormhole Spacetimes

Name: What Matter Can Sustain A Wormhole?: Quantized Massive Spin 1/2 Fields on Static Spherically Symmetric Wormhole Spacetimes
Brand: LAP Lambert Academic Publishing
Price: 62.0 GBP
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Physics

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Traversable wormholes have become a subject of intensive studies since 1988 when Morris and Thorne published their paper which put forward the energy conditions for traversable wormholes. A number of researchers have calculated the stress-energy tensors of different fields but failed to find one that meets the requirement of the wormhole geometry. Some others find different schemes to sustain traversable wormholes but either on the Planck scale or hypothetically on a macroscopic scale. Groves has developed a method to compute the renormalized stress-energy tensor for a quantized massive spin 1/2 field in a general static spherically symmetric spacetime. Using this method, I have computed the renormalized stress-energy tensors of two quantized massive spin 1/2 fields in four static spherically symmetric wormhole spacetimes. The results of my calculation suggest that these two fields can be considered exotic and thus can sustain wormhole geometries. However, the wormholes that they sustain are microscopic and are not traversable for human beings.

Product Specifications

Brand: LAP Lambert Academic Publishing
Format: paperback
ASIN: 3659183423
Category: Books > Subjects > Science, Nature & Maths > Physics
Domain: Amazon UK
Release Date: 18 July 2012
Listed Since: 18 July 2012

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LAP Lambert Academic Publishing What Matter Can Sustain A Wormhole?: Quantized Massive Spin 1/2 Fields on Static Spherically Symmetric Wormhole Spacetimes

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LAP Lambert Academic Publishing What Matter Can Sustain A Wormhole?: Quantized Massive Spin 1/2 Fields on Static Spherically Symmetric Wormhole Spacetimes

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