FRACTAL ECONOMICS

  I predicted this around 15 years ago. Media and similar goods, such as music, arts, etc., have become Public Goods through the development of the Internet. Check out what a Public Good is: a technical term in economics, non-excludable non-rival: they fail and are the 'blackhole' of markets. They are what I call e-public Goods, where the free rider has become the free copy. It gets more serious than this, as Public Goods need to be provided by the state. newshub's Samantha Hayes on TVNZ job cuts: ‘Some exceptional journalists are facing the chop’

  Here, I present a paradox associated with IR thermograms; they do not show the temperature of the hot air coming out of a hairdryer—hence the gap. I discuss the background physics of the problem and offer a solution. Nitrogen and Oxygen are not received by the thermoelectric detectors in the camera. Since this clip, I have conducted an experiment running pure CO2 through a hairdryer, and it did exactly what I thought and did not heat the dryer. See the images below. The dryer would have shut down if the greenhouse effect were true, that CO2 passed its heat onto N2 and O2. There was no noticeable difference between air and pure CO2. This was a 250,000 per cent increase in the concentration of CO2. No notable effect.

This post is in response to Sabine Hossenfelder's clip (below) Astrophysicists Find Big Ring of Galaxies that Should Not Exist .   I wrote the following in the comments. Sadly, it appears to be shadow-banned.  " This is key evidence that the universe is a fractal to me. I have modelled a (growing) fractal from the perspective of an observer within one. My model produces Hubble (diagram) expansion that is accelerating with time from a point beginning. Points on the fractal recede away just as galaxies are observed by astronomers. The model also predicts these large structures, what I call the boughs of the fractal. The CMB is the trunk. We are in the clustered and super-clustered branches of the fractal shape. Last week, my work was published in The International Journal of Quantum Foundations, and 8 months ago, I published in the same journal on how the fractal shares problems known as the quantum. The astronomical observations and the quantum problems are two aspects of ...

Experiment on Inverted Fractal Corresponds with Cosmological Observations and Conjectures https://ijqf.org/archives/7011 In around nine months, I have had my second paper accepted by the International Journal of Quantum Foundations, this one on Fractal Cosmology. My first was on the Fractal and Quantum problems. Although these are not peer-reviewed, they are my original ideas and experiments, and they are now crystallised in a journal article.  What response will I get from these? The two papers go together. It has been around 26 years of thinking and working towards this. The fractal is 'the bridge' between the quantum and the cosmos. My work does not yield any insights into gravity, though it may have something to say about 'dark matter'. I will proceed with this only if I receive encouragement to do so. It is time to move on to other things.  See my early post on the submission of this paper.  Fractal Cosmology Paper Unifying Theory Submitted  

If you are interested in a further explanation of inflation that adds to this, it may be found in the fractal; the geometry of chaos and the geometry of our time. The geometry of an economy is a fractal, and 'inflation' is akin to the fractal coastline paradox. The growth and development of fractals correspond directly to the marginal theory. The fractal demonstrates demand/utility curves and supply/ cost with equilibrium. A market is a fractal, a complex system built on simple rules that repeat at all scales. I have found that the fractal's growth over time is exponential and can produce a perfect Lorenz curve from the uneven distribution of its parts. The fractal's Gini increases with its growth, inextricably—just like the real economy. If an economy is assumed to have a fractal 'Inflation,' it may be akin to the coastline paradox of fractal mathematics. The length of the coastline is fractal and is determined by the length of the measuring stick. For an eco...

  Addressing ‘The Measurement Problem’ by Fractal Landscape s and Reference Points In my paper, The Fractal Corresponds with Light and Foundational Quantum Problems , I discuss the measurement problem in quantum physics as a problem of the fractal. The issue arises when matter or points of matter are believed to exist in multiple locations simultaneously in the quantum micro world, but this changes when they are observed. This is a significant challenge in quantum physics and one of several topics of the quantum that I address with the fractal. --- The isolated iterating scale-invariant fractal is a prime example of the "measurement problem" in quantum mechanics. Without a reference, it is impossible to determine the position and scale of the bit sizes on the superposition fractal. However, once a reference is made, the position and scale become clear. This issue is directly related to the "observation" and "measurement problem" of quantum mechanics and ...

  Lately, I have been pondering about galaxies, their rotation speed, the concept of 'dark matter' associated with them, and the fractal. I decided to revisit this topic. After examining my fractal cosmology model for several days and studying recent research papers on dark matter and black holes, I now believe that my model can clarify why stars orbit around the galaxy faster as they move further away from the centre, which is known as 'dark matter.' I can deduce that the speed of rotation and the size of the galaxy are directly linked to the size of the black hole, and they become massive as they move further out into the universe. My model suggests acceleration with distance, and it forms a spiral. In addition, recent observations suggest that the universe may be spiralling, which aligns with my model's prediction. Furthermore, black holes are referred to as' singularities,' which is similar to the universe's supposed 'Big Bang' origin, and m...