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Brief suggestion: the detector should be able to analyze many spectra-field parameters such as energy, phase, and flux pole (i.e. monopole and dipole). In another words, not just a detector. Rat(er, an analyzer. Better yet, a dynamic and adaptive AI detector-analyzer that are expandable or scalable and flexible (possibly adapt from available global resources) for future functions such as spectroscopy, patterns or wave functions, geometry, and information diagnoses.. And can analyze interdependent and interconnected events or the whole process (and therefore, mechanism) rather than just a single or fragmented events or phenomena. AI analyzer can be built (as an example of a recent progress in quantum simulator automation https://phys.org/news/2020-01-technique-molecules-materials-quantum-simulator.html or also opportunities for applied sciences and technology innovation) while detector is being developed which would strengthen and complement each other as well as accelerate the exploration. And as such, would yield far more discoveries potential and insights into hidden and subtle phenomena:
Related links:: https://www.epistemologyontologyfoundationinstitute.org/philosophy-and-science-beyond-the-macro-world/scientists-take-the-first-step-towards-extending-the-standard-model-in-physics https://arxiv.org/pdf/2001.06193.pdf. And which in brief summary concluded that open mind or new strategy is proper or good idea. http://www.perimeterinstitute.ca/news/quantum-ai-webcast-explore-intersection-artificial-intelligence-and-physics
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