Quantum field theory, our best confirmed physical framework, treats all dynamical fields as quantized, making gravitational quantization a theoretical commitment prior to direct experimental confirmation.

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Dynamical fields(as used in physics): Invisible forces that fill space and change over time, like the electromagnetic field that powers light and magnetism.
Gravitational quantization(as used in theoretical physics): The theoretical idea that gravity, like other forces, should be made up of tiny indivisible packets of energy—though scientists haven't confirmed this experimentally yet.
Quantized/quantization(as used in physics): The idea that something that seems continuous (like a smooth wave) is actually made up of tiny, discrete chunks or packets of energy that can't be divided further.
Quantum field theory(as used in physics and philosophy of science): A modern physics framework that describes how tiny particles and forces work at the smallest scales, combining quantum mechanics (the weird rules of tiny things) with Einstein's relativity.

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