Systems, methods, and devices for amplifying laser for nuclear fusion reactions
AssigneeSyntharise Chemical Inc.
InventorMichael V. Lastoria
Life of this patent
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Abstract
Embodiments described herein provide a system and method for amplifying a laser beam, including: at least one laser source configured to provide the laser beam; and a rhombic prism configured to reflect the laser beam to a first mirror at a first angle, to a second mirror through an intersection point, to a third mirror configured to reflect the laser beam to the rhombic prism through the intersection point, the rhombic prism configured to reflect the laser beam to the first mirror at the angle. Multiple systems can be combined to reflect multiple lasers through the intersection point.
Claims20
A system for amplifying a laser beam, comprising:
- at least one laser source configured to provide the laser beam;
- and
- a rhombic prism configured to reflect the laser beam to a first mirror at a first angle, the first mirror configured to reflect the laser beam to a second mirror through an intersection point, the second mirror configured to reflect the laser beam to a third mirror, the third mirror configured to reflect the laser beam to the rhombic prism through the intersection point, the rhombic prism configured to reflect the laser beam to the first mirror at the angle, the laser beam reflected in a continuous pattern.
A system for amplifying a laser beam, the system comprising:
- a rhombic prism and at least three mirrors, each configured to reflect the laser beam in a repeating pattern through an intersection point, the intersection point having a temperature above a threshold temperature, the threshold temperature conducive for a fusion reaction.
A method for amplifying a laser beam, the method comprising:
- providing the laser beam;
- and
- reflecting the laser beam in a repeating pattern through an intersection point, the intersection point having a temperature above a threshold temperature, the threshold temperature conducive for at least one fusion reaction.
Dependencies are inferred from the claim text.