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Pomeranchuk's theorem, named after Soviet physicist Isaak Pomeranchuk, states that difference of cross sections of interactions of elementary particles ${\displaystyle \kappa _{1}+\kappa _{2}}$ and ${\displaystyle \kappa _{1}+{\bar {\kappa _{2}}}}$ (i. e. particle ${\displaystyle {\kappa _{1}}}$ with particle ${\displaystyle \kappa _{2}}$, and with its antiparticle ${\displaystyle {\bar {\kappa _{2}}}}$) approach 0 when ${\displaystyle s\to \infty }$, where ${\displaystyle s}$ is the energy in center of mass system.

See also

• Pomeron

References

• N. N. Bogoliubov; A. A. Logunov; I. T. Todorov (1975). Introduction to Axiomatic Quantum Field Theory. Reading. Mass.: W. A. Benjamin, Advanced Book Program. ISBN 9780805309829. ISBN 0805309829.

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