WizIQ helps you learn and teach online - any subject you can think of!
Join for FREE

A New Model for Physics Based on Mathematics of Sy

Add to Favourites
Post to:

Description
A New Model for Physics Based on Mathematics of Symmetric Domains. Yaakov Friedman Jerusalem College of Technology Jerusalem, Israel

Comments
Presentation Transcript Presentation Transcript

A New Model for Physics Based on Mathematics of Symmetric Domains.   : A New Model for Physics Based on Mathematics of Symmetric Domains.   Yaakov Friedman Jerusalem College of Technology Jerusalem, Israel 2 Sivan 5762 בס”ד

Interaction between Mathematics and Physics : Interaction between Mathematics and Physics Geometry, trigonometry Land measure, astronomy Calculus, differential equations Mechanics, aero-hydro-electrodynamics Linear algebra, operator theory, group theory Quantum mechanics, special relativity Differential geometry General relativity Algebraic topology, algebraic geometry Quantum fields, physics of elementary particles

Objective : Objective Defining a mathematical model that can unify different areas of physics

Symmetry (invariance) principle : Symmetry (invariance) principle Symmetry of a law : A law of science should not change if we change the point from which we observe the natural phenomena.

What Is Symmetry? : What Is Symmetry? Fundamental organizing principle in nature and art Preserves distances, angles, sizes and shapes

Reflection : Reflection Produce an object’s mirror image A reflection must have a mirror plane

Symmetry operator : Symmetry operator S: S2 =I Eigenvalue of S  {-1,1}

Slide8 : system1 Space-time transformations between inertial systems Principle of Relativity

Symmetry in Special Relativity : Symmetry in Special Relativity

Black-box model for space-time transformation : Black-box model for space-time transformation Linearity of the transformation

Space-time symmetry : Space-time symmetry

Lorentz transformation : Lorentz transformation

Eigenspaces of the symmetry : Eigenspaces of the symmetry

Interval conservation : Interval conservation Invariant velocity When is Sv self-adjoint? isometric? Galilean transformation ?

Slide15 : Ball of Possible Velocities Lorentz Transformation Einstein's velocity addition Ball of possible velocities- Bounded Symmetric Domain

Bounded Symmetric Domain D (BSD) : Bounded Symmetric Domain D (BSD)  x0  D  S: D D smooth (Aut D) Fix S ={ x0 } Smooth: projective, conformal, analytic BSD – homogeneous : x,y  D    Aut D  (x)=y

Relativistic Dynamic Equation : Relativistic Dynamic Equation Dynamic equation  - proper time m0du/d =F-u F-u : Generator of boosts on velocity ball

Want to learn?

Sign up and browse through relevant courses.

Name:
Your Email:
Password:
Country:
Contact no.:


Area code Number
Subject you are interested in:
Word verification: (Enter the text as in image)


Sign Up Already a member? Sign In
I agree to WizIQ's User Agreement & Privacy Policy
6 Followers

Your Facebook Friends on WizIQ