Science

As above, so below.

Yawn. Anyone who has taken LSD could have told you reality is composed of fractals all the way down, many decades ago.

"She has also connected Planck-scale physics with physics at scales that are easier to study" - Hm, I hoped she would list a lot of phenomenons that are recognizable for laymen all the way down.

If everything are emergent fractals from a core equation, then all fractals will be variations of the first (+neighbor fractals) and contain the same-ish mechanisms/phenomenons - just 'mixed' with prior fractals. In most fractal equations we get a pattern that repeat it-self over scales, and for instance the mandelbrot 'bulb' pops up at different scales, and certain shapes re-surface, so I would expect the same type of fractal patterns in the universe where phenomenons show a steady or 'punctuated' path all the way down. They are a little hard to see though - likely because of noise and compounded complex systems that contain many phenomenons at once.

Ignoring std consensus for a sec: I see 'charge'/polarization all the way down, 'pull' forces like gravity/magnetism might be the same core equation and the same for all the other high-level phenomenons. Energy pr. volume space goes up when going down, phenomenons get 'sharper'/more defined and simpler. All point - lightly - towards a fractal universe.

Maybe the proto-equation of the universe looks like x=x² + y (y=noise). Not far from E=mc² + noise.