7th Announcement of ICCA 10: One more workshop

New ICCA10 Workshop: Conformal structures and conformal spin structures

We are glad to announce that there is a new workshop in the conference program – Conformal structures and conformal spin structures. The workshop will be organized by

Pierre Anglès (Institut de Mathématiques de Toulouse, Université Paul Sabatier, Toulouse, France), e-mail: pierre.angles_AT_math.univ-toulouse.fr .
With the participation of Jacques Helmstetter, Institut Fourier, Saint Martin d’Heres, France, e-mail: jacques.helmstetter_AT_ujf-grenoble.fr.

Location: University of Tartu, Estonia.
Dates: 4-5 August 2014.
For more information you can check the workshops page or you could access the poster of the workshop directly from here.

For those of you who have still not registered to the conference, you can do it via the registration page until 22 June 2014.

You can check for more information from the conference web page.
If you have any questions, do not hesitate to ask them by sending an e-mail to icca10@ut.ee.

– Organizing Committee of ICCA 10
V. Abramov, O. Liivapuu, P. Lätt, Md. Raknuzzaman, S. Shitov, J. Vajakas.

Workshop Presentation:  According to a well-known happy thought of Albert Einstein, the theory of groups leads the theoretical physicist to a better understanding of the apparent confusion of things. The Galilean group governs classical mechanics. In special dimensional inhomogeneous or extended Lorentz group, or Poincare group, the semidirect product of the homogeneous Lorentz group by the group of the translations of the classical Minkowski space E1;3. It is well known that the theory of special relativity was established by A. Einstein in 1905 on the basis of the formalism introduced by M. Faraday in his study of the electromagnetic field and of its fundamental laws and completed by J.C. Maxwell, about 1887, for its mathematical presentation. First, H. Bateman and E. Cunningham showed how the equations of the electromagnetic field are invariant not only for the Poincare group but for a larger one : the conformal group SO+(2; 4); which is the smallest semisimple group containing the Poincare group and is the 15-dimensional maximal group of invariance of Maxwell equations. Elie Cartan himself studied the structure of SO+(2; 4) and showed by an analysis of the roots that SU(2; 2) is a covering group. Many attempts have been made to build up a new theory of relativity, to construct a cosmology or to reveal classifications of elementary particles from a deep study of the conformal group. A very well known example is the twistor theory of Roger Penrose. The foundation stone of the twistor theory is the following mathematical fact: Spin(2; 4) ‘ SU(2; 2) is a fourfold covering group of the connected component of the conformal group.

More precisely, a twistor is simply a vector of the complex space C^4 provided with the standard pseudohermitian form of signature (2; 2) and the submanifold of the Grassmannian of complex planes of C4 constituted by totally isotropic planes is identical to the conformal compactified space of E1;3: Now, it is known that mathematicians agree to call conformal group of a standard pseudo-Euclidean space Ep;q provided with a quadratic form of signature (p; q), the projective group PO(p + 1; q + 1):

Epistemologists will recognize that geometric algebras play an essential part in search of a try of unification of mathematics and moreover that conformal structures and conformal spin ones are foundation stones for the understanding of the universe.

We are pleased to invite all the colleagues, mathematicians, physicists and epistemologists studying conformal groups to participate in this workshop.

This is a non-exhaustive list of related topics:
Mobius geometry, standard classical conformal plane geometry, real projective quadrics, compacti cation of pseudo-Euclidean spaces, Lie geometry, real spin geometry and real conformal spin geometry, Cartan connections, Cartan conformal connections, Ehresmann connections, conformal Ehresmann connections, the theory of Yano, Vahlen matrices, twistor theory, conformal field theory, part played by conformal structures in the understanding of the universe,…

Registration: You can register for this workshop when you register online
for ICCA10 at http://icca10.ut.ee/. Please provide a title and an abstract for your presentation in the space provided there. If you have already registered and wish to participate in this workshop, please contact the workshop organizer by e-mail. You will be contacted to confirm that your contribution  fits into the framework of the workshop. Deadline is June 22, 2014.

Proceedings: We will follow the lead of the ICCA10 Conference Organizers
on the process for publishing workshop contributions.

Source: Email from icca10_AT_ut.ee, 6 June 2014, http://icca10.ut.ee/WorkshopConformal.pdf



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