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The PHENIX experiment discovered a large excess of low-$p_{T}$ direct photonsin Au+Au collisions at 200 GeV compared to reference p+p collisions, which hasbeen attributed to thermal radiation from the medium produced in thecollisions. At the same time the excess photons show a large azimuthalanisotropy, expressed as Fourier coefficients $v_{2}$ and $v_{3}$. Thesesurprising results have not yet been fully described by theoretical models. Wewill present the results obtained from real photons in the electromagneticcalorimeter and photons converted on the outer shell of the Hadron BlindDetector. PHENIX has also developed a new technique to identify conversionphotons without assuming the radius where the conversion happened. This methodgreatly increases the available statistics and reduces systematicuncertainties.

Direct Photon Production and Azimuthal Anisotropy at Low Transverse Momentum measured in PHENIX