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Facts about 3C 273

9 facts squeezed so far
  1. 09

    Supermassive black hole powering 3C 273 is estimated to contain several billion solar masses, placing it among the most massive black holes known.

    3C 273Jun 8astronomyblackholequasar
  2. 08

    Across all electromagnetic wavelengths, 3C 273 produces approximately one trillion times more energy than our Sun, with peak emission occurring in the ultraviolet and X-ray regions of the spectrum.

    3C 273May 14astronomyenergymeasurement
  3. 07

    In 1979, observations with the Very Large Array revealed that 3C 273's jet emits more energy in the radio spectrum than the entire Milky Way galaxy across all wavelengths combined.

    3C 273May 14astronomymeasurementradiation
  4. 06

    Radio observations spanning decades reveal 3C 273's relativistic jet contains superluminal motion, with knots appearing to move across the sky at speeds exceeding light by factors of 5 to 10 times due to relativistic beaming effects.

    3C 273May 14astronomyrelativisticobservation
  5. 05

    Variable brightness changes in 3C 273 occur on timescales of hours to days, indicating the quasar's energy-generating region is smaller than our solar system despite its enormous power output.

    3C 273May 14astronomyquasarsvariability
  6. 04

    Observations in 1963 revealed 3C 273's spectrum contains hydrogen-alpha emission lines redshifted to 0.158, indicating a recession velocity of 47,400 kilometers per second.

    3C 273May 14astronomyspectroscopymeasurement
  7. 03

    3C 273's relativistic jet extends roughly 150,000 light-years into space, making it one of the most powerful particle accelerators known to astronomy.

    3C 273May 14quasarjetsmeasurement
  8. 02

    At roughly 2.5 billion light-years distant, 3C 273 demonstrates that its light traveled for 2.5 billion years before reaching Earth, making it one of the most distant objects visible to the naked eye.

    3C 273May 14astronomydistancemeasurement
  9. 01

    The quasar 3C 273 shines with the luminosity of 100 billion suns and was the first quasar identified in 1963 by astronomer Maarten Schmidt.

    3C 273May 14astronomydiscoverymeasurement