We demonstrate entangled-state swapping, within the Hermite–Gaussian (HG) basis of first-order modes, directly from the process of spontaneous parametric downconversion within a nonlinear crystal. The method works by explicitly tailoring the spatial structure of the pump photon such that it resembles the product of the desired entangled spatial modes exiting the crystal. Importantly, the result is an entangled state of balanced HG modes, which may be beneficial in applications that depend on symmetric accumulations of geometric phase through optics or in applications of quantum sensing and imaging with azimuthal sensitivity. Furthermore, the methods are readily adaptable to other spatial mode bases.
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Carbon isotope effects in the artificial photosynthesis reactions catalyzed by nanostructured Co/CoOZeng, Ming ; Kan, Zhe ; Wang, Zibo ; Shen, Mengyan ( , Chemical Physics Letters)null (Ed.)
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Temperature Dependence of the Artificial Photosynthesis Reactions Catalyzed by Nanostructured Co/CoORen, Haizhou ; Kan, Zhe ; Wang, Zibo ; Shen, Mengyan ( , ACS Omega)null (Ed.)
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Zhu, Qinghua ; Wang, Cong ; Ren, Haizhou ; Zeng, Ming ; Kan, Zhe ; Wang, Zibo ; Shen, Mengyan ( , Materials Research Express)null (Ed.)
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Wang, Cong ; Ren, Haizhou ; Zeng, Ming ; Zhu, Qinghua ; Zhang, Qing ; Kan, Zhe ; Wang, Zibo ; Shen, Mengyan ; Thalavitiya Acharige, Mahesh J. ; Ruths, Marina ; et al ( , Chemical Physics Letters)null (Ed.)