To calculate the sideways force on a lens from laser power, you will need to use the formula F = P/c, where F is the force in Newtons, P is the laser power in Watts, and c is the speed of light in meters per second. This formula assumes that the laser is being absorbed by the lens, not transmitted or reflected.
Laser power should be measured in Watts (W) and sideways force should be measured in Newtons (N). These are the SI units for power and force, respectively.
Yes, there are a few other factors that may affect the calculation of sideways force. These include the angle of incidence of the laser beam on the lens, the distance between the laser and the lens, and the properties of the lens material (such as its absorption coefficient).
Yes, there is a limit to the sideways force that a lens can withstand before it becomes damaged. This limit will vary depending on the type and quality of the lens. It is important to consult the manufacturer's guidelines and make sure the force applied to the lens does not exceed its maximum threshold.
No, the calculation may not be applicable to all types of lenses. It is most accurate for thin lenses that are being directly hit by the laser beam. For more complex lenses, such as thick or curved lenses, additional factors may need to be considered in the calculation.