Inflation, Nadis, Frequency and Pulses in Symbolism

Dr. Steven B Halls | January 2026

This material was originally posted to Facebook on 2026-01-05 - view original post.

The word "inflation" is suddenly finding its way into a lot of "science discovers new physics" posts, quite often written by AI and with AI graphics (so don't trust it). And "bubbles" having outer membrane barriers, like the Fermi bubbles on image B. The chakras literature has "nadis" meaning flux tubes. That literature says they can get congested and slow frequency. I learned about superconductive floating disks having flux pinning and quantum locking, which is similar to "congestion", and I think it is an important functionality for cross-linking structures made of little tori. Go ahead and read about nadis pipes, but keep in mind that "writings" about symbols are often not the full story.

Inflation and bubbles with outer membrane barriers keep turning up in AI-written physics posts. The chakras literature calls flux tubes nadis, saying they can get congested and slow in frequency, which resembles the flux pinning and quantum locking of superconductive floating disks. Frequency appears as the precession rate of torus north outflows and as the fast rate of curly vortices spilling out of a flux tube, which expand, pulse, then deflate and fade, like pulses on a serial cable.

Lets talk "frequency". Kybalion Hermeticism says "everything is frequency or vibration", which is stopping short of teaching anything useful. Two obvious sources of frequency come to mind. One is the precession rate of torus north outflows ( driven by horizontal plane rotation rate). Another frequency is what spills out of flux tubes. Inside a flux tube, shown by image D and E, there are places where curls form vortices. ( And, small flux tubes also arise from the open ends of internal spilling flux tubes). Those curly vortices will be coming out the end of a flux tube at a very fast rate, so that's a frequency.

Once out of a flux tube, at first those curls expand because they have greater internal pressure than the surrounding medium. That expansion transmits a pulse into the surrounding aether medium. But then those curls deflate, they get into a more chaotic wavy motion and gradually disappear. Study image F and G closely.

Is that a big deal? For me, not yet. In computing, a serial cable (like CANbus) can transmit information by pulses. I want to find the physics of "communication" of information across distances and dimensions, I want to find the structure of "concepts" that become "memorized" into our "collective consciousness", some kind of shared information field that we all can access. Pulses fail at that. Pulse rates may come in handy to understand time, or at least the intrinsic piezoelectric vibration rate of quartz (if "everything is connected" by flux tubes... but my brain isn't ready for grokking time yet). But hey, seeing "pulses" in symbolism is cool. Seeing inflation and bubbles in the mainstream physics talk is also cool.