Wisdom Teachings Season 13 Episode 10 Quantized Redshift

In this episode of Wisdom Teachings, host David Wilcock dives into the topic of Quantized Redshift. He begins by discussing redshift, which is when light is shifted towards the red end of the light spectrum. Redshift is often used to calculate the distances of galaxies, and it is considered to be a key piece of evidence for the Big Bang Theory.

However, there is a phenomenon known as quantized redshift, which challenges the assumptions of the Big Bang Theory. Quantized redshift is when redshift values are found to be in discrete, quantized values rather than a continuous range. This suggests that there are fundamental structures and patterns in the universe that are influencing the redshift values.

Wilcock discusses the work of astronomer Halton Arp, who was one of the first to observe quantized redshift. Arp found that high-redshift objects were often found to be in close proximity to low-redshift objects, which is not expected under the Big Bang Theory.

Wilcock also explores the possibility that quantized redshift could be caused by the expansion of the universe itself, rather than the Doppler effect as is commonly believed. He discusses the work of physicist Julian Barbour, who has proposed a theory in which time is not a fundamental aspect of the universe but rather an emergent property.

Wilcock delves into the concept of cosmic strings, which are hypothetical one-dimensional linear objects that are thought to have been formed during the early universe. Cosmic strings may be responsible for the observed patterns of quasar distributions that are seen by astrophysicists.

The episode also covers the concept of the Great Attractor, which is a gravitational anomaly in intergalactic space that is pulling our Milky Way galaxy and countless others towards it. The Great Attractor is thought to be a supercluster of galaxies, and it may have a role to play in the quantized redshift phenomenon.

Overall, this episode of Wisdom Teachings provides a fascinating exploration of the concept of quantized redshift and its implications for our understanding of the universe. Wilcock presents a range of theories and ideas from the fields of astronomy, physics, and cosmology, encouraging viewers to think outside of the mainstream scientific paradigm.