Variable Mass Theory: Intrinsic Red-Shift

In this episode, we will look at an alternative idea where a property of matter is responsible for causing a redshift which would be intrinsic to that object. What if mass was not a fixed quantity but actually changes with time! This is the theory of Variably Mass which Jayant Narlikar came up with and fits into the Quasi Steady State Cosmology and may well be an alternative model to the Big Bang and also fit in with Arp's idea of galaxy formation. Understanding red-shift series: Part 1: Doppler & Cosmological red-shift (   • Understanding Red-Shift: Doppler & Cosmolo...  ) Part 2: Variable Mass Theory - Intrinsic red-shift (you are here) Part 3: Plasma Red-shift (   • Plasma Red Shift  ) Part 4: Quasar Time-Dilation Paradox (   • Quasar Time-Dilation Paradox  ) Other useful videos: How is light created - emission and absorption spectra (   • How is light created?  ) Light / matter interactions (   • Understanding Light and Matter Interaction  ) Please consider supporting this channel through:   / seethepattern   https://www.paypal.me/seethepattern Merchandise Available: https://shop.spreadshirt.co.uk/see-th... Follow me on:   / seethepattern     / patternseethe   References: http://repository.iucaa.in:8080/jspui... https://arxiv.org/abs/physics/0608164 https://core.ac.uk/download/pdf/25361... https://iopscience.iop.org/article/10... https://www.ias.ac.in/article/fulltex... Criticism of QSSC https://astro.ucla.edu/~wright/stdyst... http://www.desmark.com/fractalcosmos/ #seethepattern #cosmology #science 00:00 Introduction 00:43 Recap of expanding space 01:37 Narlikar's Variable Mass Theory 02:27 Intrinsic Red-shift from variable mass 02:40 How does variable mass work? 03:14 Quasi-steady state theory 05:04 Red-shift & apparent magnitude relationship 06:04 Clock rates 06:45 What about pair creation? 07:57 Adhoc assumption of variable mass 08:09 Resonant frequency of Aluminium 08:43 Active galaxies and matter ejection 09:26 Problems with the model 09:52 Lyman-alpha forest 11:58 Galaxy rotation 12:33 Summary