Recent Soft Diffraction Results from HERA

High statistics measurements of the diffractive reduced cross section $\sigma_r^D$ from the H1 collaboration are presented which make use of two different experimental methods to achieve the largest possible coverage of the kinematic phase space at HERA. The HERA combined diffractive reduced cross sections based on events with a leading proton are also presented. %High statistics measurements of the diffractive reduced cross section $\sigma_r^D$ have been made by H1 collaboration using two experimental methods covering accessible kinematic region. The HERA combined diffractive double-differential reduced cross sections in events % with a leading proton were obtained and compared with theoretical predictions.Comment: Presented at EDS Blois 2013 (arXiv:1309.5705

Low-x and Diffraction at HERA

High statistics measurements of the diffractive reduced cross section from the H1 collaboration are presented which make use of two different experimental methods to achieve the largest possible coverage of the kinematic phase space at HERA. The diffractive dijet cross sections for photoproduction and deep inelastic scattering were studied with emphasis of studying of factorisation properties of diffractive processes

Diffraction at HERA

The diffractive dijet cross sections for photoproduction and deep inelastic scattering were studied with emphasis of studying of factorisationproperties of diffractive processes. The production of isolated prompt photons in diffractive photoproduction was measured for the first time. Themeasurement of exclusive dijet production was compared to predictions from models based on different assumptions about the nature of diffractive exchange

Low-x and Diffraction at HERA

High statistics measurements of the diffractive reduced cross section from the H1 collaboration are presented which make use of two different experimental methods to achieve the largest possible coverage of the kinematic phase space at HERA. The diffractive dijet cross sections for photoproduction and deep inelastic scattering were studied with emphasis of studying of factorisation properties of diffractive processes

Diffraction at HERA

The diffractive dijet cross sections for photoproduction and deep inelastic scattering were studied with emphasis on studying of factorisationproperties of diffractive processes. The production of isolated prompt photons in diffractive photoproduction was measured for the first time. Themeasurement of exclusive dijet production was compared to predictions from models based on different assumptions about the nature of diffractive exchange