Lecture of Edward Witten and 2nd Dutch-IFT School (BRAZIL)

In summary, the 2nd Joint Dutch-IFT School on Theoretical Physics will take place from February 14-18 at the IFT-UNESP in Sao Paulo. The opening lecture, titled "String Theory and the Universe," will be given by Prof. Edward Witten of IAS, Princeton on Monday Feb 14 at 10:15. The school will also feature minicourses by Prof. Eric Laenen on "All-Order Aspects of QCD" and Prof. Peter van Nieuwenhuizen on "Renormalization and Unitarity of Gauge Theories." Additionally, there will be short talks by 27 Dutch doctoral students and a guest lecture on Thursday Feb 17 by Prof. George Matsas of
  • #1
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The 2nd Joint Dutch-IFT School on Theoretical Physics will be held
from February 14-18 at the IFT-UNESP in Sao Paulo. The opening lecture
"String Theory and the Universe" will be given by Prof. Edward Witten
(IAS, Princeton) at 10:15 on Monday Feb 14, followed by minicourses of
Prof. Eric Laenen (Utrecht/Nikhef/Amsterdam)
on "All-Order Aspects of QCD" and Prof. Peter van Nieuwenhuizen (Stony
Brook) on "Renormalization and Unitarity of
Gauge Theories". There will also be short talks by 27 Dutch doctoral
students and a guest lecture on Thursday Feb 17
at 18:00 by Prof. George Matsas (IFT-UNESP) on "Low-Energy Quantum
Effects in Gravity".

The complete schedule and more information is on the webpage
www.ift.unesp.br/holland . Participants do not need to register.
 
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  • #2
Edward Witten gave a lecture with the same title "String Theory And The Universe" at the Institute of Physics' Newton prize ceremony last year, it's available online:

http://www.iop.org/resources/videos/lectures/page_44292.html

He's introduced by Michael Green and gives a historical overview of the develoment of String Theory and some brief comments about its current status and prospects. Those who have studied QFT and String Theory will probably enjoy the overview, it doesn't go into details for the unitiated (M-Theory is described as a ? (sic) theory encompassing five string theories and 11-dim SUGRA)

(There are other lectures at the site from people like Alan Guth)
 

1. What is the purpose of the Lecture of Edward Witten and 2nd Dutch-IFT School (BRAZIL)?

The purpose of this lecture is to bring together scientists, researchers, and students to discuss and exchange ideas on the latest developments in theoretical physics, particularly in the field of string theory. It also aims to promote collaboration and networking among these individuals.

2. Who is Edward Witten and why is he significant in the field of theoretical physics?

Edward Witten is an American theoretical physicist and mathematician. He is considered one of the most influential and accomplished scientists in the field of theoretical physics, known for his contributions to string theory, quantum field theory, and particle physics. He has also received numerous awards and honors for his groundbreaking research.

3. What is the 2nd Dutch-IFT School and how is it related to the Lecture of Edward Witten?

The 2nd Dutch-IFT School is an annual summer school organized by the Dutch Institute for Theoretical Physics (D-IFT), which focuses on a specific topic in theoretical physics. This year, the school is collaborating with the Brazilian Center for Physics Research (CBPF) to host the Lecture of Edward Witten, making it a joint event.

4. Who can attend the Lecture of Edward Witten and 2nd Dutch-IFT School?

The Lecture of Edward Witten and 2nd Dutch-IFT School is open to all scientists, researchers, and students who are interested in theoretical physics, particularly in the field of string theory. However, some events may require registration or may be limited to a certain number of participants.

5. Are there any prerequisites or recommended background knowledge for attending the Lecture of Edward Witten and 2nd Dutch-IFT School?

While there are no strict prerequisites for attending the Lecture of Edward Witten and 2nd Dutch-IFT School, it is recommended that attendees have a basic understanding of theoretical physics, particularly in areas such as quantum mechanics and general relativity. Some events may also require a working knowledge of string theory.

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