“…Notably, GXs have recently garnered significant attention due to their possession of both advantages from BXs as well as DXs, i.e., long lifetime and brightness. , These characteristics are highly desirable for future exciton-based quantum technologies and devices. , Nevertheless, optically accessing the GX states remains a nontrivial task and usually needs the additional aid of external fields or postprocessed structures of samples, such as in-plane magnetic fields, ,, plasmonic fields, or photonic crystals in close proximity. , Despite the out-of-plane dipole and the expected light emission along the plane of 2D materials, direct observation of GXs in TMD-MLs has been shown to be achievable by using high numerical aperture objectives in both regular photoluminescence (PL) spectroscopies , where the detectors are set in the normal direction to the 2D materials, and angle-resolved optical spectroscopies. The fascinating attributes of TL have recently stimulated a few pioneering investigations concerning their interactions with BXs in 2D systems. ,− However, beyond scalar OV beams or TLs, the interplay between VVBs and excitons in 2D materials remains an appealing but largely unexplored area.…”