Recent content by shereen1
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Graduate Pontryagin densities and Chern-Simons form
sure i will. Thank you- shereen1
- Post #5
- Forum: Special and General Relativity
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Early Universe & General Relativity: Suggested Books
Mathematical Physics, Mainly Those related to Gravity. And you?- shereen1
- Post #5
- Forum: Science and Math Textbooks
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Early Universe & General Relativity: Suggested Books
Hi I am a phd student i am taking an astrophysics course we are using a book for Hansen and Also a book for Dina Prialink- shereen1
- Post #3
- Forum: Science and Math Textbooks
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Early Universe & General Relativity: Suggested Books
Dear All I have a project related to the early universe and general relativity. Can anyone suggest me a book to start with? Thank you- shereen1
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- Early universe Universe
- Replies: 5
- Forum: Science and Math Textbooks
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Graduate Pontryagin densities and Chern-Simons form
Dear All It is known that pontryagin densities are defined in even dimension space, let's say i am concerned with 4 dim space time. We also have a certain group G. What is the formula of pontryagin densities for arbitrary group? Larger group?- shereen1
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- chern-simons Form
- Replies: 3
- Forum: Special and General Relativity
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Graduate ?Gravity in 3D: Computing Degree of Freedom
Ther is also a book for John David Brown. It is interesting too.- shereen1
- Post #6
- Forum: Beyond the Standard Models
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Graduate ?Gravity in 3D: Computing Degree of Freedom
I will download it to, i also find the book of Steven Carlip interesting too! Thank you for your time.- shereen1
- Post #5
- Forum: Beyond the Standard Models
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Graduate ?Gravity in 3D: Computing Degree of Freedom
Thank you haushofer i will download the book and have a look on it.- shereen1
- Post #3
- Forum: Beyond the Standard Models
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Graduate ?Gravity in 3D: Computing Degree of Freedom
Dear all can anyone help me to understand why gravity in 3 dim doesn't have local degree of freedom. How can i compute the degree of freedoms for gravity in and dimension D. If i consider massless gravity in 3d is the graviton propagating- shereen1
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- 3d Computing Degree Degree of freedom
- Replies: 5
- Forum: Beyond the Standard Models
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Graduate 3 dimensional gauge theory
Hi again no i mean in 1+2 space yes i know that the dual of a k vector is N-k. But am applying it to N= 2+1 space, i am wondering if the dual of the field strength which is a 1 form is the same as the gauge field since both are 1 form in this special 1+2 space. Thank you again- shereen1
- Post #3
- Forum: Beyond the Standard Models
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Graduate 3 dimensional gauge theory
Dear all I have a question is the dual of the field strength ( of abelian gauge theory) in 3 dimensional space the same as the gauge field? I have a formula for the dual field strength and am trying to bring that of gauge field! Thank you- shereen1
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- Gauge Gauge theory Theory
- Replies: 3
- Forum: Beyond the Standard Models
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Graduate Chern Simons Theory: Is it the same as Topologically Massive Yang Mills?
Dear All I am studying Chern Simons theory. Is the non abelian Chern Simons theory the same as topologically massive yang mills theory? Thank yoou- shereen1
- Thread
- Theory
- Replies: 1
- Forum: Beyond the Standard Models
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Graduate Chern Simons Theory: Intro Guide & Witten's QFT Paper
Dear all I am studying Chern simons Theory. If you please can anyone suggest me a book as introduction to Chern Simons theory ( also Chern Simon theory of garuge theories). In fact i will start by a paper of Witten (Quantum Field Theory and the Jones Polynomial)- shereen1
- Thread
- Theory
- Replies: 2
- Forum: Beyond the Standard Models
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Graduate Conformal Gauge Theory: Proving SO(2,4)*diff Invariance
no i mean gauging conformal group and studying the resulting action if invariant under diffeomorphism group. Do you have any idea about a refernce that could help me in proving this? Thank you- shereen1
- Post #5
- Forum: Beyond the Standard Models
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Graduate Conformal Gauge Theory: Proving SO(2,4)*diff Invariance
Hello In fact i have studied poincare gauge theory and i deduced that the resulted action is the same as the einstein hilbert one. So currently i am trying to study conformal gauge theory. I am using: E.A.Ivanov and J. Niederle paper Thank you- shereen1
- Post #4
- Forum: Beyond the Standard Models