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Current studies involve linking multiple telescopes together to function as a single aperture, enhancing resolution. Predicted advancements include more integrated global networks such as the Square Kilometre Array, offering deeper and more detailed views of the cosmos.

Building on the legacy of the Hubble Space Telescope, upcoming missions like the James Webb Space Telescope (JWST) are set to explore the universe with unprecedented detail, revealing insights into the earliest galaxies and exoplanet atmospheres.

Current research applies AI to calibrate telescopes and analyze large datasets. The future will likely see autonomous telescopes operated by AI, employing machine learning to optimize observations and data analysis, possibly leading to new astronomical discoveries.

Current studies focus on direct imaging of exoplanets using coronagraphs and starshades. Future advancements may include large space-based observatories designed specifically for direct exoplanet imaging, potentially identifying Earth-like planets and their atmospheres.

Research is exploring the use of quantum technologies to improve communication between Earth and spacecraft or space telescopes. Future technologies may include quantum encryption for secure data transfer and quantum entanglement for long-distance communications.

Studies in ultra-long wavelength astronomy challenge the limit of telescopes to observe very low frequency radio waves, which are obscured by Earth's ionosphere. Future advancements might involve moon-based telescopes or space probes to observe this largely unexplored range.

Following the Event Horizon Telescope's success in capturing the image of a black hole's shadow, the focus is now on refining the process. Predicted future advancements involve larger virtual arrays and space-based components to improve resolution and enable the study of black hole dynamics.