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Here we review the recent advances in ‘pushing the limits’ with structured light, from traditional two-dimensional transverse fields towards four-dimensional spatiotemporal structured light and multidimensional quantum states, beyond orbital angular momentum towards control of all degrees of freedom, and...
"Through an electrically generated field of energy and a science known only to quantum physicists, the zero-point of magnetic energy waves interact with water and calibrate the atomic structure of passing H20, thus restoring bonding angles of Hydrogen and Oxygen to optimized structuring." [link] ...
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10,11,12,14,15 In the mid-IR regime, the structured fluids can be transformed into a deep-sub-wavelength-scale bulk thermal emitter, as the colloidal size was too small to interact with the mid-IR range electromagnetic waves. Benefiting from the molecular vibrations of the silica colloids ...
Optical Coherence and Quantum Optics. Cambridge: Cambridge University Press; 1995. Book Google Scholar Friberg A, Setälä T. Electromagnetic theory of optical coherence. J Opt Soc Am A. 2016; 33:2431–42. Article Google Scholar Chen Y, Norrman A, Ponomarenko S, Friberg A. Optical ...
Photopolymerization by evanescent waves has been then exploited to grow a polymeric ridge containing quantum dots directly on top of the nanotapers. The fluorescent spectrometry of the prototype evidences a sensitive Purcell enhancement of the emission of the quantum dots located in proximity of the ...
Juan P. Torres is at ICFO-The Institute of Photonic Sciences and the Polytechnic University of Catalonia. His research focuses on the areas of quantum and nonlinear optics, and fundamentals and applications of structured light; email: juanp.torres@icfo.eu. ...
1, take us beyond the transverse plane for light tailored in 3D (all three electric field components), beyond space for 4D fields sculptured in space (3D), and time (1D), and beyond classical waves to quantum structured light. Fig. 1: Light’s potential DoFs for control. By tailoring ...
whereas it has been suggested that their non-separable space–time structure could make them invaluable for a wide range of applications, including as the basis for new forms of spectroscopy, as quantum qubits and for fundamental tests of new Aharonov–Bohm effects. These exciting opportunities are...