Observations with the LOFAR (Low Frequency Array) radio telescope last year showed that first generation Starlink satellites emit unintended radio waves that can hinder astronomical observations. New observations with the LOFAR radio telescope, the biggest radio telescope on Earth observing at low frequencies, have shown that the second generation ’V2-mini’ Starlink satellites emit up to 32 times brighter unintended radio waves than satellites from the previous generation, potentially blinding radio telescopes and crippling vital research of the Universe.

  • @gravitas_deficiencyEnglish
    2•18 hours ago

    Fiber line to the bright side of the moon; transceiver there.

    • @[email protected]
      1•18 hours ago

      For multi-mode (full duplex) you would still need a power amp repeater every 500 meters, which requires a lot of power and create noise. You can’t be quiet with noise.

      • @gravitas_deficiencyEnglish
        1•18 hours ago

        Even if you make them sub-surface, or otherwise shield them from the FOV of the antenna?

        • @[email protected]
          2•18 hours ago

          Yes, because there’s no way to transmit power or data anywhere without being loud af in any signal spectrum. It’s physically impossible.

          Even with fiber, you need a laser to beam the signal, and a powerful amp on the moon to recieve the signal and boost it with fuck ton of high power repeaters to the other side of the moon which is also loud af

          • @gravitas_deficiencyEnglish
            1•18 hours ago

            Be that as it may, it’d be minimal compared to the interference that terrestrial radio observatories have to deal with.

            I guess I’m just saying that I don’t understand why you’re being so negative about the concept when it’s clearly going to be orders of magnitude better than existing antennae.