43 results on '"Zubair, Muhammad"'
Search Results
2. AI-driven perovskite solar cells optimization
3. Unveiling skin cancer insights by Fourier domain optical coherence tomography modeling
4. Data-driven intelligent design and optimization of chiral meta-devices
5. Improving blood cancer diagnosis through morphological insights using quantitative phase imaging
6. Modern age of pathological sciences: fluorescence microscopy for proficient treatment
7. Design and development of a portable compound microscope for interactive bioscience learning
8. A review: modeling and optimizing diffractive optical elements for enhanced pollutant detection in LiDAR systems
9. Revolutionizing optical wireless communication with silicon-based spin-encoded metalens
10. Innovating education: MLA-based AR/VR display for learning purpose
11. Versatile broadband generation of polygonal perfect vortex beams in the visible spectrum
12. An overview of deep-learning models for metasurface design and optimization
13. Deep-learning based design and modeling for chiro-optical dielectric metasurfaces
14. Broadband multifunctional achromatic metalens
15. Reconfigurable meta-devices platform based on stimuli-responsive materials
16. Breast cancer detection from ultrasound images using attention U-nets model
17. Evaluating the most efficient 2D ZrN nanostructures for broadband metasurface absorbers
18. Dual-mode polarization-sensitive tunable metalens enabling bright-field and edge-enhanced imaging
19. Broadband multifunctional achromatic metalens.
20. An overview of deep-learning models for metasurface design and optimization.
21. Deep-learning based design and modeling for chiro-optical dielectric metasurfaces.
22. Active-metasurfaces to realize tunable resonances and focusing
23. Chiroptical effect induced by achiral structures for full dimensional manipulation of optical waves
24. Highly efficient metamirror with circular dichroism and wavefront engineering
25. Space-charge-limited transport in spatially disordered organic materials: a fractional-dimensional approach.
26. Space-charge-limited transport in spatially disordered organic materials: a fractional-dimensional approach
27. Breast cancer detection from ultrasound images using attention U-nets model.
28. Reconfigurable meta-devices platform based on stimuli-responsive materials.
29. Realization of highly efficient trifocal metalens architecture with the blend of Pancharatnam-Berry and propagation phase effect.
30. Deep-learning enabled modeling tool Meta-Magus for metadevice optimization and design.
31. Novel design strategy for three-channel meta-holography and meta-nanoprinting.
32. Application of machine-learning techniques for characteristic analysis of refractory materials.
33. Investigating sunlight trapping efficiency of an ultrathin, ultrabroadband, thermostable, zirconium nitride (ZrN)-based metasurface for solar thermophotovoltaic systems.
34. Evaluating the most efficient 2D ZrN nanostructures for broadband metasurface absorbers.
35. Deep-learning enabled modeling tool Meta-Magus for metadevice optimization and design
36. Realization of highly efficient trifocal metalens architecture with the blend of Pancharatnam-Berry and propagation phase effect
37. Novel design strategy for three-channel meta-holography and meta-nanoprinting
38. Application of machine-learning techniques for characteristic analysis of refractory materials
39. Active-metasurfaces to realize tunable resonances and focusing.
40. C2 symmetric single-layered meta-atoms for asymmetric holography.
41. Towards high-Q 1D photonic crystal waveguide resonator in SOI for mid-infrared applications.
42. Amplitude and phase engineered all-dielectric metasurface for finite energy self-accelerating airy beam generation.
43. Investigating sunlight trapping efficiency of an ultrathin, ultrabroadband, thermostable, zirconium nitride (ZrN)-based metasurface for solar thermophotovoltaic systems
Catalog
Books, media, physical & digital resources
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.