Search Talks

18709 - 18720 of 19186 Results

Memory, Soft Theorems and Symmetries

Andrew Strominger (Harvard University, USA)

strings:20151085
What Every Physicist Should Know About String Theory

Edward Witten (IAS Princeton, USA)

strings:20151086
Anomalous Dimensions of Heavy Operators from Magnon Energies

Robert de Mello Koch (University of the Witwatersrand, South Africa)

strings:20151087
Opening Remarks

Edward Witten (IAS, Princeton)

strings:20141011
Results from the NANOGrav search for nanohertz gravitational waves and cosmic strings

Xavier Siemens (Oregon State U)

strings:20211065
Why current string theory cannot resolve the gravitational singularity issue

Roger Penrose (Oxford U)

strings:20211078
Outlook

D. Gross (KITP, Santa Barbara)

strings:20131050
Recent Applications of the Gauge/Gravity Correspondence to QCD and Condensed Matter Physics

A. Karch (University of Washington)

strings:20121001
Progress in dS/CFT

A. Strominger (Harvard University)

strings:20121002
(In) Stabilities and complementarity in AdS/CFT

E. Rabinovici (Hebrew University, Jerusalem)

strings:20121003
RG and unitarity in spacetime-dependent QFT

E. Silverstein (Stanford University/SLAC)

strings:20121004
Mixed correlators in N=4 SYM

F. Alday (Oxford University)

strings:20121005

Title	Speaker Profile(s)	Collection	Info
Memory, Soft Theorems and Symmetries	Andrew Strominger (Harvard University, USA)	Strings 2015 at Bengaluru, India.	View details
What Every Physicist Should Know About String Theory	Edward Witten (IAS Princeton, USA)	Strings 2015 at Bengaluru, India.	View details
Anomalous Dimensions of Heavy Operators from Magnon Energies	Robert de Mello Koch (University of the Witwatersrand, South Africa)	Strings 2015 at Bengaluru, India.	View details
Opening Remarks	Edward Witten (IAS, Princeton)	Strings 2014 at Princeton, USA.	View details
Results from the NANOGrav search for nanohertz gravitational waves and cosmic strings	Xavier Siemens (Oregon State U)	Strings 2021 at São Paulo, Brazil.	View details
Why current string theory cannot resolve the gravitational singularity issue	Roger Penrose (Oxford U)	Strings 2021 at São Paulo, Brazil.	View details
Outlook	D. Gross (KITP, Santa Barbara)	Strings 2013 at Seoul, Korea.	View details
Recent Applications of the Gauge/Gravity Correspondence to QCD and Condensed Matter Physics	A. Karch (University of Washington)	Strings 2012 at Munich, Germany.	View details
Progress in dS/CFT	A. Strominger (Harvard University)	Strings 2012 at Munich, Germany.	View details
(In) Stabilities and complementarity in AdS/CFT	E. Rabinovici (Hebrew University, Jerusalem)	Strings 2012 at Munich, Germany.	View details
RG and unitarity in spacetime-dependent QFT	E. Silverstein (Stanford University/SLAC)	Strings 2012 at Munich, Germany.	View details
Mixed correlators in N=4 SYM	F. Alday (Oxford University)	Strings 2012 at Munich, Germany.	View details

Supported by

Search Talks

Format results

Memory, Soft Theorems and Symmetries

What Every Physicist Should Know About String Theory

Anomalous Dimensions of Heavy Operators from Magnon Energies

Opening Remarks

Results from the NANOGrav search for nanohertz gravitational waves and cosmic strings

Why current string theory cannot resolve the gravitational singularity issue

Outlook

Recent Applications of the Gauge/Gravity Correspondence to QCD and Condensed Matter Physics

Progress in dS/CFT

(In) Stabilities and complementarity in AdS/CFT

RG and unitarity in spacetime-dependent QFT

Mixed correlators in N=4 SYM

Memory, Soft Theorems and Symmetries

What Every Physicist Should Know About String Theory

Anomalous Dimensions of Heavy Operators from Magnon Energies

Opening Remarks

Results from the NANOGrav search for nanohertz gravitational waves and cosmic strings

Why current string theory cannot resolve the gravitational singularity issue

Outlook

Recent Applications of the Gauge/Gravity Correspondence to QCD and Condensed Matter Physics

Progress in dS/CFT

(In) Stabilities and complementarity in AdS/CFT

RG and unitarity in spacetime-dependent QFT

Mixed correlators in N=4 SYM