The phrase "attractive perspective" is correct and usable in written English.
You can use it when discussing a viewpoint or angle that is appealing or interesting in a particular context.
Example: "The author's attractive perspective on the issue made the article engaging and thought-provoking."
Alternatives: "appealing viewpoint" or "captivating outlook".
Nanotechnologies, remarkably Quantum-dot Cellular Automata (QCA), offer an attractive perspective for future computing technologies.
In the last decade, the increasing trend towards flexible electronic devices emphasizes their attractive perspective in numerous applications.
Johnson (1998) and Morrill (2000) have pointed out that an alternative, 'procedural' view on the actual process of constructing a net makes perfect sense as well, and offers an attractive perspective on performance phenomena.
The built-in of these solids in the SBA-15 mesoporous silica-host allows working at lower temperature with an increase in conversions and selectivity towards syngas which represent an attractive perspective for industrial application.
Combined with the above outstanding strain sensing performances, the fabricated stretchable strain sensors were attached onto different joints of human body to monitor the corresponding human motions, demonstrating their attractive perspective in large human motions detection.
In the framework of the growing rate of antibiotic-resistance, new therapeutic solutions are being considered against bacterial infections, among which photodynamic therapy (PDT) is a very attractive perspective.
These results open attractive perspectives towards in vivo translation of this technology in cartilage regeneration experiments.
Finally, thanks to its capacity to explain failures, it offers attractive perspectives for guiding the architectural design process.
The demonstrated features of electronic transport open extremely attractive perspectives for designing well-defined GNR-based nanoelectronic devices.
Shape memory materials (Ti-Ni-based, Ni-Mn-Ga, Ni-Al, Cu-Al-Ni) and high-temperature shape memory materials (Ti-Ni-Hf, Ti-Ni-Zr) have attractive perspectives for practical application with the use of the nanostructures of various kinds in particularly.
However, the plethora of accessible metal-centered excited states possessing variable lifetimes and emissive properties, combined with the design of efficient intramolecular Cr III) ↔ Ln III) energy transfer processes open attractive perspectives for programming directional light-conversion within these heterometallic molecules.
