Yulia Sausan

Intelligence is what humans have in greater abundance than any other animal. Our defining characteristic. We are Homo Sapiens: the “knowing hominids.” We are the only species that can adapt our world to us rather than needing to adapt to it. We can alter our environment only because we have knowledge – of the natural world. As that knowledge... See more

4. Data Science

In Data Science, sin cos tan may be useful when analysing patterns that follow trends, such as seasonal variation in data. So, understanding how to model such data using trigonometric equations is essential in interpreting real-world phenomena like market fluctuations and temperature changes.

Entropy and Market Efficiency

The concept of entropy in thermodynamics can be applied to financial markets to understand market efficiency.

High entropy states in markets signify high unpredictability and randomness, akin to inefficient markets.

Conversely, low entropy states indicate more predictable and orderly market behaviors, representing... See more

Perceived Value vs. Actual Money

It’s essential to differentiate between the perceived value of an asset and actual value.

When a non-public asset’s price falls, its perceived value decreases, but that doesn’t mean the equivalent amount of money has been destroyed.

It’s a paper loss until the asset is sold. If an investor holds onto the asset and its... See more

I agree with all of this. However, there are alternatives to wasting 50% of your time finding work: hire someone to do cold outreach on your behalf. (And no, not some random VA.)

I'm working with a firm with a target of setting up 3 - 5 qualified meetings/calls for me per week. My goal is to have 1 - 3 clients at any given time, depending on the... See more

Schrödinger wondered how life could appear from disorder in thermodynamical terms. He noted that at first glance, living systems seem to defy the second law of thermodynamics as it insists that, within closed systems, entropy should be maximized and disorder should reign. To solve this dilemma, Schrödinger turned to thermodynamics of nonequilibrium... See more