The article discusses the benefits of adopting a quantum computing mindset in decision-making, emphasizing the advantages of considering a third option beyond binary choices.
Abstract
The article draws a parallel between the limitations of classical computing, which operates on binary bits with two states (0 or 1), and traditional decision-making processes that often present only two options. It introduces quantum computing principles, highlighting how qubits can exist in multiple states simultaneously (0, 1, or a superposition of both), to suggest that a similar approach can revolutionize personal and professional decision-making. By thinking beyond the dichotomous options presented, individuals can develop a "Qubit mindset," creating novel solutions that benefit all parties involved. This approach is likened to evolving from a limited black-and-white perspective to a spectrum of infinite possibilities, empowering individuals to take charge of their lives and destinies.
Opinions
The author advocates for moving beyond the traditional binary decision-making framework, suggesting that it is a remnant of our primal survival instincts that may not be the most efficient in modern contexts.
Quantum computing is presented as a metaphor for a more advanced and flexible approach to problem-solving and negotiation, encouraging readers to seek a third option that synthesizes the initial binary choices.
The article emphasizes the importance of not being confined to the options presented by others, particularly in negotiations, and instead leveraging a quantum-like thought process to find more favorable outcomes.
The author shares a personal anecdote about growing up in Senegal and how the cultural context shaped a binary worldview, which they have since transcended through the adoption of a quantum computing mindset.
The author suggests that by developing a Qubit mindset, individuals can expand their decision-making capabilities, much like a quantum computer expands computational possibilities beyond the limits of classical computers.
Why Is 3 More Effective Than 2 In Your Decision-Making?
Generally, information is stored in a series of 8 bits, called a byte.
A classical computer solves many problems by adding and multiplying bits of information.
To solve more complex problems, a classical computer will do iterations.
An iteration is done in a series of two steps:
Making an assumption
Verify your assumption
If the assumption is valid, you stop the iteration.
If the assumption is false, you make a new assumption and start over.
To solve complex physical problems, a classical computer would need a massive amount of time to iterate through many hypotheses and eventually find the correct answer.
This is where quantum computers are interesting because they use a new type of bits called Qubits.
A Qubit is a quantum bit.
A Qubit does not have two states like bits: 0 or 1
A Qubit does have three states: 0 or 1 or a mix between 0 or 1.
At a young age, I was raised in a country, namely Senegal, an African country where most people are black, and the majority of them are Muslims, even if we are a secular country.
I was always offered two options to view my world for everything.
There are Muslims and others.
There are black people and others.
There are the rich and others.
And the list goes on.
I was raised with dichotomy goggles.
I had to see everything only in two colors: Black or White.
I can understand the advantage of this approach for the survival of my ancestors in the caves. They had to assess every event quickly with either fight or flight actions. This was a very efficient way to view the threats around them and was critical to our survival as a species.
We have come so far since then and still use our primal brain today in our decision-making.
We process each decision as a classical computer processes bits: 0 or 1, “bad” or “good.”
This approach can be efficient and saves us a lot of brain power to do other activities.
However, there are some situations where this approach is not always the most efficient one.
One situation that exemplifies it is the negotiation area.
In our lives, we are constantly in negotiation situations, be it with our loved ones, our bosses, our kids, or even the strangers we meet out there.
In negotiations, you are often presented with two choices by the other party. And more than that, those two options are tailored so that no matter which one you choose, the other party will win somehow.
I am not saying this deal is “good” or “bad.”
I suggest that you always approach negotiations and life in general with a quantum-computing mindset.
What do I mean by that?
I mean that you should not always accept the two options that are “offered” to you by your boss, your partner, or your employer as the only options available out there.
Use your Qubit mind to always derive a 3rd option by combining the two initial ones at some point.
In approaching your decision-making process like that, you will constantly develop novel solutions that benefit both parties. In the long run, you will develop a Qubit mindset and multiply your possibilities as an infinite machine instead of a finite binary machine.
That is the approach that I am applying now in my decision-making. When somebody offers me two options, my Qubit processor quicks in and always comes up with a 3rd option.
I moved from a black-and-white palette of colors to a complete infinite rainbow painting of my world.
And I feel more in charge of my life and my destiny.
What is your decision-making process?
What are the most efficient ways to decide from your perspectives?
What kind of palette do you use and why?
Leave a comment below.
If you find this article of value to you, please like it and share it within your sphere of influence.