April 23, 2023
Planetary Positioning and Harmonics Responsible for Warm/Cool Periods
Timothy Birdnow
Are we entering a cooling trend?
Whetgher hot or cold it will matter nary a wit to them. They will blame any cooling on "climate change" and proceed with their insane "decarbonization" and other schemes without missing a beat.
NoTricksZone: "Not here to worship what is known, but to question it" – Jacob Bronowski. Climate and energy news from Germany – by Pierre L. Gosselin
notrickszone.com
Oh, and we are seeing astronomical events influencing our climate.
NTNU Open: The influence of solar system oscillation on the variability of the total solar irradiance
ntnuopen.ntnu.no
Are we entering a cooling trend?
Whetgher hot or cold it will matter nary a wit to them. They will blame any cooling on "climate change" and proceed with their insane "decarbonization" and other schemes without missing a beat.
NoTricksZone: "Not here to worship what is known, but to question it" – Jacob Bronowski. Climate and energy news from Germany – by Pierre L. Gosselin
notrickszone.com
Oh, and we are seeing astronomical events influencing our climate.
NTNU Open: The influence of solar system oscillation on the variability of the total solar irradiance
ntnuopen.ntnu.no
"The results indicate that the TSI and sunspot data series have periodic cycles that are correlated with the oscillations of the solar position relative to the barycenter of the solar system, which is controlled by gravity force variations from the large planets Jupiter, Saturn, Uranus and Neptune. A possible explanation for solar activity variations is forced oscillations between the large planets and the solar dynamo.
We find that a stationary component of the solar variability is controlled by the 12-year Jupiter period and the 84-year Uranus period with subharmonics. For TSI and sunspot variations, we find stationary periods related to the 84-year Uranus period. Deterministic models based on the stationary periods confirm the results through a close relation to known long solar minima since 1000 A.D. and suggest a modern maximum period from 1940 to 2015. The model computes a new Dalton-type sunspot minimum from approximately 2025 to 2050 and a new Dalton-type period TSI minimum from approximately 2040 to 2065."
We find that a stationary component of the solar variability is controlled by the 12-year Jupiter period and the 84-year Uranus period with subharmonics. For TSI and sunspot variations, we find stationary periods related to the 84-year Uranus period. Deterministic models based on the stationary periods confirm the results through a close relation to known long solar minima since 1000 A.D. and suggest a modern maximum period from 1940 to 2015. The model computes a new Dalton-type sunspot minimum from approximately 2025 to 2050 and a new Dalton-type period TSI minimum from approximately 2040 to 2065."
Posted by: Timothy Birdnow at
11:50 AM
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