Lente gravitacional / Oguri Shinshu

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Physics
[Content Introduction]
• Gravity Lens which are expected to be applied in various observations such as distant astrones, large-scale structures of space, planetary exploration, etc.
• Gravity Lens
Chapter 1 : Gravity Lens Discovery and Applications
Early history of gravity lens / Strong gravity lens Discovering / Gravity microlens Discovering / Weak gravity lens Detecting
Chapter 2 : Gravity Lens Equations
Geodesia Equations / Derivation of gravity lens equations / Local plane coordination and Born approximation / Light lens approximation and single lens plane approximation / Multiple lens plane approximation / Corresponding with the Fermat Principles / Corresponding with a well-known expression of corners
Chapter 3 : Gravity Lens Equations
Summary of gravity lens equations / Local plane coordination and Born approximation / Light lens approximation and single lens plane approximation / Multiple lens plane approximation / Corresponding with the Fermat Principles and Qualification of multiple images
Chapter 5 : Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
Gravity Lens
óptica ondulatoria óptica geométrica óptica ondulatoria Oguri