differential geometry : geodesics (introduction)

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Differential Geometry: GEODESICS Boonnam Nathaphon ブブブブ ブブブブブ Physical and Mathematical Studies School of Science and Technology [email protected]

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Page 1: Differential Geometry : GEODESICS (Introduction)

Differential Geometry: GEODESICSBoonnam Nathaphonブンナム ナッタポン

Physical and Mathematical StudiesSchool of Science and Technology

[email protected]

Page 2: Differential Geometry : GEODESICS (Introduction)

Contents

MotivationWhat is GEODESIC ?Applications Conclusion

2Differential Geometry: GEODESICS Midterm Presentation

Page 3: Differential Geometry : GEODESICS (Introduction)

Motivation

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Differential Geometry: GEODESICS Midterm Presentation

Page 4: Differential Geometry : GEODESICS (Introduction)

What is GEODESIC?

GEODESICS a generalization of the notion of a

straight line to curved spaces. a curve locally minimizes the

distance between two points on any mathematically defined space.

4Differential Geometry: GEODESICS Midterm Presentation

Page 5: Differential Geometry : GEODESICS (Introduction)

What is GEODESIC?

5Differential Geometry: GEODESICS Midterm Presentation

Page 6: Differential Geometry : GEODESICS (Introduction)

What is GEODESIC?

The world-shaped geometry is similar to the sphere.

The shortest path is the intersection of plane and sphere; great circle.

6Differential Geometry: GEODESICS Midterm Presentation

Page 7: Differential Geometry : GEODESICS (Introduction)

Application: Clinical Technology

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Differential Geometry: GEODESICS Midterm Presentation

Page 8: Differential Geometry : GEODESICS (Introduction)

Application: Clinical Technology

If we look at arm-shapedgeometry similar to thecylinder, we will be able to find the shortest path in the surgery .

8Differential Geometry: GEODESICS Midterm Presentation

Page 9: Differential Geometry : GEODESICS (Introduction)

Application: Clinical Technology

If we take the both of a cylinder and a cone to stick together and find geodesic path, it would be applied.

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Page 10: Differential Geometry : GEODESICS (Introduction)

Application: Engineering Construction

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Page 12: Differential Geometry : GEODESICS (Introduction)

Application: Engineering Construction

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Page 13: Differential Geometry : GEODESICS (Introduction)

Conclusion

Before we have done the other applications as above, we have to know about the notion of differential geometry

In particular, if we want to find the shortest path between two points on any surfaces.

WE SHOULD STUDY THE GEODESICS.13

Differential Geometry: GEODESICS Midterm Presentation

Page 14: Differential Geometry : GEODESICS (Introduction)

THANK YOUFOR YOUR ATTENTION

Page 15: Differential Geometry : GEODESICS (Introduction)

Differential Geometry: GEODESICSBoonnam Nathaphonブンナム ナッタポン

Physical and Mathematical StudiesSchool of Science and Technology

[email protected]