Can microwave em radiation interferes with radiowave em radiation?

[Romulo Binuya]

Just a thought because of the anomalous Planck satellite cmb data, and the second largest continuous structure in our solar system that almost fried the pioneer probe... Jupiter's magnetosphere which is known emitting radiowaves.

 

[mfb]

Radiowaves from Jupiter do not influence microwave measurements at Planck.

 

[Romulo Binuya]

Yes, that's what ESA said, all possible causes of measurement goofs were systematically eliminated.

 

[Drakkith]

Yes, that's what ESA said, all possible causes of measurement goofs were systematically eliminated.

It's not just that. Detecting radio and microwaves require different sized antennas/detectors. Small detectors used for microwaves are very bad at detecting long wavelength radio waves and vice versa. Also, if they are using waveguides to get the microwaves to the detectors, then practically all of the radio waves energy would be absorbed by the waveguides before they could arrive at the detector anyways.

 

[sardar]

There is currently no evidence to suggest that microwave electromagnetic (EM) radiation can interfere with radiowave EM radiation. In fact, EM radiation of different frequencies does not typically interfere with each other, as they operate on different wavelengths. The anomalous data from the Planck satellite and the potential interference with the Pioneer probe's equipment could be due to a number of factors, such as technical malfunctions or external sources of interference. It is also important to note that the Earth's atmosphere and magnetic field act as a natural shield against EM radiation, so it is unlikely that microwave radiation from Earth would have a significant impact on radiowave emissions from Jupiter's magnetosphere. Further research and analysis is needed to fully understand the potential effects of different types of EM radiation on various systems and structures in our solar system.