January 1, 2001
Dear Sirs: This Is the Call for Cooperation
I can propose the novel project:
THEORETICAL LABORATORY FOR FINSLER-GEOMETRY
RELATIVISTIC APPLICATIONS
to initiate the scientific cooperation with You, Your Institutes or Laboratories.
For my part, this should include F - RELATIVISTIC PROGRAMME :
to develop a rigorous framework to test Lorentz-invariance;
to extend the ordinary pseudo-Euclidean metric , Hamiltonian and mass-shells;
to extend scalar, vector and spinor fundamental physical field equations,
in classical and quantum regions;
To develop the theory of fundamental physical fields;
to produce corrections to Lorentz transformations,
to calculate due corrections to:
relativistic phase space volumes and matrix elements;
kinematics and dynamics of particles or bodies; Gauge field theory;
transitions between rapid reference frames;
transformations of electromagnetic and light signals; etc.
To design rigorous experiments to search for non-Lorentzian effects.
Also, to underline these trends, a systematic F - FILE
will be well stored with various aspects of the relativistic Finsler geometry of space-time.
The Finsler-way extension of the space-time structures
of the primary geometries, of curvature, distance, and volume
of fibered frameworks
The special Finsler metrics of applied potentialities
To develop the theory of space-time.
The associated programme F - INSTITUTE
developed should serve to deliver lectures
and initiate publications with students and young scientists.
To prepare young scientists.
F - PRAGMATIC SCENARIOS to initiate granted researches in
a joint way
Prof. G.S.Asanov
Moscow State University, The Division of Theoretical Physics
117234 Moscow Russia
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e-mail address:
asanov@newmail.ru
Re:
G.S.Asanov:
"Can neutrinos and high-energy particles test Finsler metric of space-time"
arXiv: hep-ph/0009305 //2000;
FINSLER GEOMETRY, RELATIVITY AND GAUGE THEORIES [D.Reidel, Dordrecht, Holland, 1985]
