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mitchell porter said:http://mitchell.physics.tamu.edu/Conference/string2010/
See videos, Thursday morning session.
It certainly does! Summing up, it sounds as if this new symmetry, fermionic T-duality, is somehow the stringy counterpart of the Yangian symmetries in the CFT.chrispb said:Hope this helps!
"Scattering without spacetime" is a theoretical concept in physics that explores the possibility of describing the scattering of particles without using the traditional framework of spacetime.
Traditional scattering theories are based on the concept of spacetime, which combines space and time into a four-dimensional continuum. However, "Scattering without spacetime" proposes a different approach, where space and time are considered as emergent properties rather than fundamental concepts.
If "Scattering without spacetime" is proven to be a valid theory, it could potentially lead to a deeper understanding of fundamental physics and a unification of the different theories that currently exist.
Scientists are exploring "Scattering without spacetime" through various approaches, including mathematical models and experiments using high-energy particle colliders, such as the Large Hadron Collider.
One of the main challenges is the lack of empirical evidence and the difficulty in conducting experiments to test the theory. Additionally, the mathematical complexities involved in the concept make it a challenging subject to study and understand.