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Weak boson fusion is expected to be an important Higgs production channel atthe LHC. Complete one-loop results for weak boson fusion in the Standard Modelhave been obtained by calculating the full virtual electroweak corrections andphoton radiation and implementing these results into the public Monte Carloprogram VBFNLO which includes the NLO QCD corrections. Furthermore the dominantsupersymmetric one-loop corrections to neutral Higgs production, in the generalcase where the MSSM includes complex phases, have been calculated. Theseresults have been combined with all one-loop corrections of Standard Model typeand with the propagator-type corrections from the Higgs sector of the MSSM upto the two-loop level. Within the Standard Model the electroweak correctionsare found to be as important as the QCD corrections after the application ofappropriate cuts. The corrections yield a shift in the cross section of order5% for a Higgs of mass 100-200 GeV, confirming the result obtained previouslyin the literature. For the production of a light Higgs boson in the MSSM theStandard Model result is recovered in the decoupling limit, while the loopcontributions from superpartners to the production of neutral MSSM Higgs bosonscan give rise to corrections in excess of 10% away from the decoupling region.

Higgs Production via Weak Boson Fusion in the Standard Model and the MSSM