Ebsa Model
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 = EBSA[ˆ ](qx) (Eq. (20)) to the entanglement ...](https://www.researchgate.net/profile/Marcus-Cramer-2/publication/257308274/figure/fig1/AS:392649887502336@1470626436048/Lower-bound-EBSA-q-EBSA-qx-Eq-20-to-the-entanglement-EBSA-vs_Q320.jpg)
 = EBSA[ˆ ](qx) (Eq. (20)) to the entanglement ...](https://www.researchgate.net/publication/257308274/figure/fig1/AS:392649887502336@1470626436048/Lower-bound-EBSA-q-EBSA-qx-Eq-20-to-the-entanglement-EBSA-vs.png)

![Ebsa Model Lower bound EBSA[ˆ ] (Eq. (20)) to the best separable approximation ...](https://www.researchgate.net/profile/Marcus-Cramer-2/publication/257308274/figure/fig2/AS:669646952857601@1536667683194/Lower-bound-EBSA-Eq-20-to-the-best-separable-approximation-EBSA-for-thermal.png)



















 = EBSA[ˆ ](qx, qy) (Eq. (20)) to the ...](https://www.researchgate.net/publication/257308274/figure/fig3/AS:669646952869899@1536667683460/Lower-bound-EBSA-q-EBSA-qx-qy-Eq-20-to-the-entanglement-EBSA-for.png)










 = EBSA[ˆ ](qx) (Eq. (20)) to the entanglement ...](https://www.researchgate.net/profile/Marcus-Cramer-2/publication/257308274/figure/fig2/AS:669646952857601@1536667683194/Lower-bound-EBSA-Eq-20-to-the-best-separable-approximation-EBSA-for-thermal_Q320.jpg)














