Proposal for a loophole-free Bell test using homodyne detection
  We propose a feasible optical setup allowing for a loophole-free Bell test with efficient homodyne detection. A non-gaussian entangled state is generated from a two-mode squeezed vacuum by subtracting a single photon from each mode, using beamsplitters and standard low-efficiency single-photon detectors. A Bell violation exceeding 1% is achievable with 6-dB squeezed light and an homodyne efficiency around 95%. A detailed feasibility analysis, based upon the recent generation of single-mode non-gaussian states, confirms that this method opens a promising avenue towards a complete experimental Bell test. 
R. Garcia-Patron Sanchez, J. Fiurasek, N.J. Cerf, J. Wenger, R.   Tualle-Brouri, Ph. Grangier