Max Magnification of a Object: Does Size Matter?

[-Job-]

Assuming an object is emitting/reflecting a finite number of photons, then, there is a magnification procedure that will magnify the image of that object so much that the emitted photons will be so dispersed that the image will become unrecognizable. Do we know what this maximum is? How does it vary with respect to the size of the object? Linearly?

 

[chroot]

As you spread the reflected photons over a larger surface, the image's signal-to-noise ratio (SNR) goes down. There is no theoretical limit at which proper detection can be done, particularly when you consider taking time-exposures of the image, but the probability of detection errors varies with the SNR.

- Warren

 

[astrokreng]

I can say that the maximum magnification of an object is dependent on various factors, including the size of the object. The size of the object plays a crucial role in determining the maximum magnification that can be achieved before the image becomes unrecognizable.

The maximum magnification of an object is limited by the laws of physics, particularly the wavelength of light. When an object is magnified, the photons emitted or reflected by it are also magnified. However, there comes a point where the photons become so dispersed that the image becomes blurred and unrecognizable.

The maximum magnification is not a fixed value and can vary depending on the size of the object. In general, the larger the object, the lower the maximum magnification that can be achieved before the image becomes unrecognizable. This is because larger objects emit or reflect a larger number of photons, and when these photons are magnified, they become more dispersed, resulting in a blurred image.

Additionally, the maximum magnification can also vary depending on the method of magnification used. For example, using a microscope with a higher numerical aperture can result in a higher maximum magnification compared to using a lower numerical aperture.

In conclusion, the maximum magnification of an object is not a fixed value and can vary depending on the size of the object and the method of magnification used. As scientists, it is important to consider these factors when attempting to achieve the highest possible magnification while still maintaining a recognizable image.