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Introduction to quantum gravity - Part 24

Lee Smolin Perimeter Institute for Theoretical Physics

April 12, 2006

PIRSA:06040014
Introduction to quantum gravity - Part 23

Viqar Husain University of New Brunswick

April 05, 2006

PIRSA:06040007
Introduction to quantum gravity - Part 22

Viqar Husain University of New Brunswick

April 05, 2006

PIRSA:06040005
Introduction to quantum gravity - Part 21

Daniele Oriti Complutense University of Madrid

March 31, 2006

PIRSA:06030029
Introduction to quantum gravity - Part 20

Daniele Oriti Complutense University of Madrid

March 29, 2006

PIRSA:06030028
Introduction to quantum gravity - Part 19

Daniele Oriti Complutense University of Madrid

March 29, 2006

PIRSA:06030027
Introduction to quantum gravity - Part 18

Lee Smolin Perimeter Institute for Theoretical Physics

March 22, 2006

PIRSA:06030021
Introduction to quantum gravity - Part 17

Lee Smolin Perimeter Institute for Theoretical Physics

March 22, 2006

PIRSA:06030020
Introduction to quantum gravity - Part 16

Lee Smolin Perimeter Institute for Theoretical Physics

March 15, 2006

PIRSA:06030015
Introduction to quantum gravity - Part 15

Lee Smolin Perimeter Institute for Theoretical Physics

March 15, 2006

PIRSA:06030014
Introduction to quantum gravity - Part 14

Lee Smolin Perimeter Institute for Theoretical Physics

March 08, 2006

PIRSA:06030009
Introduction to quantum gravity - Part 13

Lee Smolin Perimeter Institute for Theoretical Physics

March 08, 2006

PIRSA:06030008

Introduction to quantum gravity - Part 24

Lee Smolin Perimeter Institute for Theoretical Physics

April 12, 2006

PIRSA:06040014

This is an introduction to background independent quantum theories of gravity, with a focus on loop quantum gravity and related approaches. Basic texts: -Quantum Gravity, by Carlo Rovelli, Cambridge University Press 2005 -Quantum gravityy with a positive cosmological constant, Lee Smolin, hep-th/0209079 -Invitation to loop quantum gravity, Lee Smolin, hep-th/0408048 -Gauge fields, knots and gravity, JC Baez, JP Muniain Prerequisites: -undergraduate quantum mechanics -basics of classical gauge field theories -basic general relativity -hamiltonian and lagrangian mechanics -basics of lie algebras
Introduction to quantum gravity - Part 23

Viqar Husain University of New Brunswick

April 05, 2006

PIRSA:06040007
Introduction to quantum gravity - Part 22

Viqar Husain University of New Brunswick

April 05, 2006

PIRSA:06040005
Introduction to quantum gravity - Part 21

Daniele Oriti Complutense University of Madrid

March 31, 2006

PIRSA:06030029

This is an introduction to background independent quantum theories of gravity, with a focus on loop quantum gravity and related approaches. Basic texts: -Quantum Gravity, by Carlo Rovelli, Cambridge University Press 2005 -Quantum gravityy with a positive cosmological constant, Lee Smolin, hep-th/0209079 -Invitation to loop quantum gravity, Lee Smolin, hep-th/0408048 -Gauge fields, knots and gravity, JC Baez, JP Muniain Prerequisites: -undergraduate quantum mechanics -basics of classical gauge field theories -basic general relativity -hamiltonian and lagrangian mechanics -basics of lie algebras
Introduction to quantum gravity - Part 20

Daniele Oriti Complutense University of Madrid

March 29, 2006

PIRSA:06030028

This is an introduction to background independent quantum theories of gravity, with a focus on loop quantum gravity and related approaches. Basic texts: -Quantum Gravity, by Carlo Rovelli, Cambridge University Press 2005 -Quantum gravityy with a positive cosmological constant, Lee Smolin, hep-th/0209079 -Invitation to loop quantum gravity, Lee Smolin, hep-th/0408048 -Gauge fields, knots and gravity, JC Baez, JP Muniain Prerequisites: -undergraduate quantum mechanics -basics of classical gauge field theories -basic general relativity -hamiltonian and lagrangian mechanics -basics of lie algebras
Introduction to quantum gravity - Part 19

Daniele Oriti Complutense University of Madrid

March 29, 2006

PIRSA:06030027

This is an introduction to background independent quantum theories of gravity, with a focus on loop quantum gravity and related approaches. Basic texts: -Quantum Gravity, by Carlo Rovelli, Cambridge University Press 2005 -Quantum gravityy with a positive cosmological constant, Lee Smolin, hep-th/0209079 -Invitation to loop quantum gravity, Lee Smolin, hep-th/0408048 -Gauge fields, knots and gravity, JC Baez, JP Muniain Prerequisites: -undergraduate quantum mechanics -basics of classical gauge field theories -basic general relativity -hamiltonian and lagrangian mechanics -basics of lie algebras
Introduction to quantum gravity - Part 18

Lee Smolin Perimeter Institute for Theoretical Physics

March 22, 2006

PIRSA:06030021

This is an introduction to background independent quantum theories of gravity, with a focus on loop quantum gravity and related approaches. Basic texts: -Quantum Gravity, by Carlo Rovelli, Cambridge University Press 2005 -Quantum gravityy with a positive cosmological constant, Lee Smolin, hep-th/0209079 -Invitation to loop quantum gravity, Lee Smolin, hep-th/0408048 -Gauge fields, knots and gravity, JC Baez, JP Muniain Prerequisites: -undergraduate quantum mechanics -basics of classical gauge field theories -basic general relativity -hamiltonian and lagrangian mechanics -basics of lie algebras
Introduction to quantum gravity - Part 17

Lee Smolin Perimeter Institute for Theoretical Physics

March 22, 2006

PIRSA:06030020

This is an introduction to background independent quantum theories of gravity, with a focus on loop quantum gravity and related approaches. Basic texts: -Quantum Gravity, by Carlo Rovelli, Cambridge University Press 2005 -Quantum gravityy with a positive cosmological constant, Lee Smolin, hep-th/0209079 -Invitation to loop quantum gravity, Lee Smolin, hep-th/0408048 -Gauge fields, knots and gravity, JC Baez, JP Muniain Prerequisites: -undergraduate quantum mechanics -basics of classical gauge field theories -basic general relativity -hamiltonian and lagrangian mechanics -basics of lie algebras
Introduction to quantum gravity - Part 16

Lee Smolin Perimeter Institute for Theoretical Physics

March 15, 2006

PIRSA:06030015

This is an introduction to background independent quantum theories of gravity, with a focus on loop quantum gravity and related approaches. Basic texts: -Quantum Gravity, by Carlo Rovelli, Cambridge University Press 2005 -Quantum gravityy with a positive cosmological constant, Lee Smolin, hep-th/0209079 -Invitation to loop quantum gravity, Lee Smolin, hep-th/0408048 -Gauge fields, knots and gravity, JC Baez, JP Muniain Prerequisites: -undergraduate quantum mechanics -basics of classical gauge field theories -basic general relativity -hamiltonian and lagrangian mechanics -basics of lie algebras
Introduction to quantum gravity - Part 15

Lee Smolin Perimeter Institute for Theoretical Physics

March 15, 2006

PIRSA:06030014

This is an introduction to background independent quantum theories of gravity, with a focus on loop quantum gravity and related approaches. Basic texts: -Quantum Gravity, by Carlo Rovelli, Cambridge University Press 2005 -Quantum gravityy with a positive cosmological constant, Lee Smolin, hep-th/0209079 -Invitation to loop quantum gravity, Lee Smolin, hep-th/0408048 -Gauge fields, knots and gravity, JC Baez, JP Muniain Prerequisites: -undergraduate quantum mechanics -basics of classical gauge field theories -basic general relativity -hamiltonian and lagrangian mechanics -basics of lie algebras
Introduction to quantum gravity - Part 14

Lee Smolin Perimeter Institute for Theoretical Physics

March 08, 2006

PIRSA:06030009

This is an introduction to background independent quantum theories of gravity, with a focus on loop quantum gravity and related approaches. Basic texts: -Quantum Gravity, by Carlo Rovelli, Cambridge University Press 2005 -Quantum gravityy with a positive cosmological constant, Lee Smolin, hep-th/0209079 -Invitation to loop quantum gravity, Lee Smolin, hep-th/0408048 -Gauge fields, knots and gravity, JC Baez, JP Muniain Prerequisites: -undergraduate quantum mechanics -basics of classical gauge field theories -basic general relativity -hamiltonian and lagrangian mechanics -basics of lie algebras
Introduction to quantum gravity - Part 13

Lee Smolin Perimeter Institute for Theoretical Physics

March 08, 2006

PIRSA:06030008

This is an introduction to background independent quantum theories of gravity, with a focus on loop quantum gravity and related approaches. Basic texts: -Quantum Gravity, by Carlo Rovelli, Cambridge University Press 2005 -Quantum gravityy with a positive cosmological constant, Lee Smolin, hep-th/0209079 -Invitation to loop quantum gravity, Lee Smolin, hep-th/0408048 -Gauge fields, knots and gravity, JC Baez, JP Muniain Prerequisites: -undergraduate quantum mechanics -basics of classical gauge field theories -basic general relativity -hamiltonian and lagrangian mechanics -basics of lie algebras

Title	Speaker(s)	Date	Talk Type	Info link
Introduction to quantum gravity - Part 24	Lee Smolin	2006-04-12	Conference	View details
Introduction to quantum gravity - Part 23	Viqar Husain	2006-04-05	Conference	View details
Introduction to quantum gravity - Part 22	Viqar Husain	2006-04-05	Conference	View details
Introduction to quantum gravity - Part 21	Daniele Oriti	2006-03-31	Conference	View details
Introduction to quantum gravity - Part 20	Daniele Oriti	2006-03-29	Conference	View details
Introduction to quantum gravity - Part 19	Daniele Oriti	2006-03-29	Conference	View details
Introduction to quantum gravity - Part 18	Lee Smolin	2006-03-22	Conference	View details
Introduction to quantum gravity - Part 17	Lee Smolin	2006-03-22	Conference	View details
Introduction to quantum gravity - Part 16	Lee Smolin	2006-03-15	Conference	View details
Introduction to quantum gravity - Part 15	Lee Smolin	2006-03-15	Conference	View details
Introduction to quantum gravity - Part 14	Lee Smolin	2006-03-08	Conference	View details
Introduction to quantum gravity - Part 13	Lee Smolin	2006-03-08	Conference	View details

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Format results

Introduction to quantum gravity - Part 24

Introduction to quantum gravity - Part 23

Introduction to quantum gravity - Part 22

Introduction to quantum gravity - Part 21

Introduction to quantum gravity - Part 20

Introduction to quantum gravity - Part 19

Introduction to quantum gravity - Part 18

Introduction to quantum gravity - Part 17

Introduction to quantum gravity - Part 16

Introduction to quantum gravity - Part 15

Introduction to quantum gravity - Part 14

Introduction to quantum gravity - Part 13

Introduction to quantum gravity - Part 24

Introduction to quantum gravity - Part 23

Introduction to quantum gravity - Part 22

Introduction to quantum gravity - Part 21

Introduction to quantum gravity - Part 20

Introduction to quantum gravity - Part 19

Introduction to quantum gravity - Part 18

Introduction to quantum gravity - Part 17

Introduction to quantum gravity - Part 16

Introduction to quantum gravity - Part 15

Introduction to quantum gravity - Part 14

Introduction to quantum gravity - Part 13