Scientific method applied to human sciences?

To what extent can the scientific method be successfully applied to humans?  Give specific examples of your answer and refer to the TED talk of Steven Pinker.

I have to admit this TED talk by Steven Pinker, contradicted a lot of what I believe was true about why humans have singular and different behaviours between each other. He supports the idea that what actually shapes our emotions, reactions and our ways of behaving is not the environment we have been raised in, but instead, our genetics. At first, I was quite unsure of this but then he pointed out some ideas and examples in support of his theory that I found interesting :

  • Anthropology tells us that there are hundreds of behaviours in common between all the human cultures.
  • Neurobiology studies measuring the distribution of grey matters in family-related people and unrelated-family people show that the there are a lot more similarities in the brain structure and distribution of grey matter between family related subjects than unrelated subjects.
  •  He brings up then, an example of two twins divided at birth, explaining how (after having been living separately from each other all their life) they show so many similarities in terms of behaviour, hobbies, fashion choices and tastes, as well as other aspects. He links this example with another one that presents a pair of adoptive twins showing the same behaviours and attitudes between each other but very different from the ones of their adoptive parents, with who they have been living all their life.

Steven Pinker really thinks that the sciences of human nature such as behavioural genetics, evolutionary psychology and neuroscience will lead to a better understanding of human nature. He supports the fact that, these natural sciences applied to the human mind, can explain a lot of what we only see happening at the moment in the years to come.

In any case, I think that a scientific approach to human science can be effective only until a certain point.
Let’s take as example a person who is unsatisfied with the election of the new first minister of his/her country. Our purpose is to understand why this person is unsatisfied with the result, using the scientific method. First of all, we observe this person before and after the day of the proclamation of the winner. Based on what observed, a hypothesis is formulated. After the hypothesis formulation, a test is carried to evaluate and measure the subject’s reactions to different opinions and statement said by the neo president about various topics, starting from education until immigration. Based on the intensity of the subject’s reactions, a conclusion is formulated explaining the reason behind of her discontentment. This final conclusion can confirm the initial hypothesis or instead deny the first presupposition.

In this method there are a lot of factors that can not be controlled at all:

  • the subject may dislike the winning candidate not because of his ideas but instead for his appearance and his way of speaking or presenting himself.
  • the subject’s reactions to different statements can be influenced by thousands of reasons. These reactions are products of different reasonings combined, therefore they can not be classified and labelled just as one.
  • Subject’s social and cultural background.

What Steven Pinker explained in his speech I think is a big generalisation of human behaviours. He is grouping cultures, races and societies not considering the individual will. In human sciences, every case is a world apart (contrary to natural sciences where finding common features between phenomena helps formulate a hypothesis to explain them) and even if similarities can be found, generalisations really cover and distract from the point of understanding human action. Anyway, I believe that generalisations need to be made in order to try to explain patterns among behaviour and cultures. In this case, the scientific method could turn to be helpful to understand the bigger picture but I think it can not be applied to singular humans because of their unpredictability that stop the scientific method to be effective since it presuppositions cannot be made.

As a conclusion , Steven Pinker quotes Anton Chekhov “Man will become batter when you show him what he is like”. I am not sure I agree with this: Is showing to the man what he is really like a way for him to improve and progress? And if so, what will this progress consist in?

 

Mentoring primary school. Season 2

I have enjoyed mentoring primary school since the beginning of the year and still now every time I got to the class is a moment of joy. I found I have I great connections with the kids, from who is shyer until who is too excited. I regret not having spent as much time as I wanted with them due to my personal organization that prevented me to go see them every week. During my last visit on the last week before the CNY break I promised them and the teacher I would bring them to a tour of the boarding house as soon as we come back from holidays.

I am looking forward to this and I am planning games and activity to do with them when they’ll visit the house.

TOK religions day: some thoughts

On January 31th, the whole day starting from the second block was dedicated to TOK and to the analysis of religious systems.  I find good the idea of dedicating an entire day, as a full immersion, into the topic. What I have enjoyed the most and find most interesting it has been the 3rd block. Here students have had the chance to listen to little talks of 20 minutes held by different people (school teachers and people from outside school) about their personal experience and beliefs about religion. I participated in 3 talks and, each of them showed me how different can be the perception and consideration of religion and faith.

I generally liked this TOK day. I found very interesting the talk given by James Shailbeer in conclusion of day. It helped me summarise the idea and perception I got during the day and the various discussion I had. On the other hand I think that the first introduction lead by Mr. Sharry was too long and maybe not very on focus.

I think it has been a very helpful experience, despite the huge disappointment brought by the people who skipped the day of school that clearly considered this TOK day not deserving of their attention.

 

Intuition: can we rely on it?

I consider intuition as a way of knowing that can be reliable only in situations where there are the right premises. We affirm that a problem or a situation can be either solved or understood using intuition when we come up with a conclusion that we just feel it’s right, apparently with no logical reasoning to support it. I think that intuition, as a way of knowing, can be distinguished into two branches:

Intuition as automatic reasonings = In some occasions, as in the example analyzed in TOK class, intuition can be defined as a very rapid reasoning that a person can elaborate, based on the many experiences he/she had on that area of interest. Because of the understanding developed in the specific area, he/she can quickly solve the issue by just looking at it, requiring no time to comprehend and analyze the controversy. I think this type of intuition can be very reliable and, if understood its reasoning, can lead to the same answer as a slower logical reasoning.

Inexplicable Intuition = There has been, at least once in everybody’s lifetime, a moment in which we just knew the answer, an instant where an idea appears in your mind faster than normal thinking, resulting as right. There is no logical explanation for such thing as this kind of intuition and therefore there is no right answer to what extent we can rely on it.

Ultimately I think intuition should play a role in our acquisition of knowledge only in some certain areas of knowledge, not all of them. Intuition can be easily associated with “The Arts”. How many time we heard talking about pieces of art, or pieces of theatre, or great scenes in films where the artist just felt the way the artwork needed to be addressed to. Intuition is required, in this case, to purely express feelings and emotions that would have been modified and forced if thought too much. On the other side, it is not recommended to apply intuition as a way of knowledge to Mathematics or Natural Sciences because it would be placed in contrast with the objective reasoning required in these areas.

TOK- Describe a time when you made a bad decision

 

I have always liked cinema theatres. On November I started searching for a nice cinema theatre to go to in Singapore because until that time I only saw mall cinemas or IMAX which I don’t personally like because they are too dispersive and crowded for me. Thanks to my researches I discovered a cinema near to the stadium called “The projector”. I checked online tickets prices for regular screenings and I found out that the price for one ticket is 15 but they have 5 Singapore dollars discount for students. The price for me would have been 10 dollars which, translated into euro, is equal to 7.5 euro. Evaluating that I used to pay 5 euro to go to the cinema in Italy I concluded that going to the cinema it’s way more expensive in Singapore than in my city so I decided to search my movie online.

Reflecting now, after have been listening to Dan Gilbert talks about mistakes we regularly make on evaluating odds and values, I understood I made the error of confronting this new price and students discount with what I was used to paying in the past without considering the context that that price had. This cinema in Singapore is the only one that offers no-blockbuster movies and it has no the same size as the other multiplex in the city. At the end, I now realize that paying 2.5 more euro to have a cinema like that it is not such an insane idea as I thought before because it is offering something unique between all others offers which make it gains value.

Analyzing the reasoning of my choice through a syllogism it is possible to better understand the mistake I did:

The kind of cinema I like costs 5 euro

The kind of cinema I like in Singapore costs 7.5 euro

Therefore

Singapore cinema is too expensive

Without context, this syllogism may seem right but the problem here is that I am only comparing the price with what I was used to paying and I am not considering the new context I am in now, that in this case is Singapore. For this reason, I did not go to the cinema for all this time thinking that this price was too much and I couldn’t afford 2.5 euro of difference. I have now understood that it is important to consider all aspects of an offer, comprehending the reason of that cost, not just only comparing with my little experience.

I think I’m going to the cinema this weekend.

Why we can use mathematics in real life? And why we cannot?

Mathematics, as it is usually described, is used by everyone in big and small actions every day. Also, it is common to hear people saying “Math regulates the world” or “ It’s Math!” as broad expressions. All of this made me reflect on the reliability of these phrases, analyzing examples of why math is actually used in real life and why it is not. Evaluating different possibilities to obtain a specific result is one of the requirements to better understand the mathematics logic. In a mathematical problem, several methods can be used to obtain the same result, using for example logarithms instead of geometric sequences or probability, could all led to a common result. Applied to the real world, being able to interpret a problem, watching it from different points of view, could help you to identify the most convenient way to achieve your goal. We can take as an example an argument between two friends. Being aware of the reasons why the argument started, not only from one side but also from the other, would make see the problem from both prospective, making realize the two friends aspects they did not consider from just their personal opinion. Thus, this mathematical skill is helpful in interpreting social relationship and dynamics. Another possible reason why mathematics can be used in every day is to find in its use of axioms. In order to work, mathematics needs basic logic reasonings agreed by everyone to be commonly understood. To resolve complex problems it’s fundamental to have these axioms if not, every mathematician could create its own math. In real life, we can compare axioms to social values. If in a culture it is not socially acceptable a romantic relationship between close members of the family, this social “rule” regulates how romantic relationships work in that population ( just an example). This is because people need rules to work as a society, to live in harmony and without them, chaos would be been what rules, as an anarchy, where singular individuals behave as they think they should.

On the other side, many are the reasons why math could not and should not be used in everyday life. The first thing that comes to everybody’s mind is the effective use and utility of mathematics in regulating and controlling our daily life (unless you are a physic or en engineering). I think that math cannot be used in real life because there are too many variables in human being’s behaviour that cannot be objectively examined and evaluated by numbers. As an example in TOK’s class, we had been watching a video about the use of an algorithm in evaluating with 90% percentage of accuracy how much time will a couple stay together. This algorithm is based on assigning plus or fewer points to the ideas and opinions expressed in a conversation between two partners, creating a graph meant to show the trend of the conversation and to give an evaluation given by a formula. I feel very sceptical about this method because at the end it all comes back to the objectivity of the scientist who is grading the emotions and reactions of the speakers. How can a stranger evaluate the weight and the importance of expressions on a person  ? I think it is not an accurate and objective way to analyze emotions. Is there a fair way to analyze emotions?
Mathematics is a useful tool but, from my perspective, it is not universally applicable to everything, specifically not to human beings. Humans are not fully predictable and their mentality differentiates from individual to individual because of their own singular experiences that lead to impossibly categorize them and work them out as a calculus.

Mathematic method

My mathematics experiences are not the best ones. Since I was in primary school I always found mathematics a nice subject but I was convinced that It was not for me. We were just two separate and far worlds. My mathematics education it started as classical Italian one consisting of learning a formula or a geometric theorem and, once understood and memorized, applied it to exercises that will make your test. This all finished with a simple process of memorization and exercise that not include a lot of freedom and flexibility in thinking. When I joined this school I understood since the first lesson the enormous difference in the approach of teaching and learning mathematics. From what I experienced here I can say that mathematics is not about finding the solution but the method to reach it. That’s what really stimulate your intelligence and improve your skills in reasoning. Because of all humans are different and every human being has a unique intelligence and way of thinking, millions are the solutions and the possible paths to follow to solve a single problem. To solve a mathematics problem it’s fundamental to use the mathematics method that is (for me very interesting and stimulating) characterized by certain rules, fixed in order to establish basic common logic thinking. These rules are called axioms that,as  definition, are statements or propositions which are regarded as being established, accepted, or self-evidently true. After agreeing about this, logic starts to guide the situation. In order to get to the solution, you need to find your own path helping yourself with logic, rules and formulas pertinent to the case. In some case the solution is easy to find, the problem is just in the way the numbers are written down that doesn’t make it is easy for you to comprehend, so it’s just necessary to convert those numbers in a form more understandable for you.

Having studied the scientific method it is now possible to compare it to the mathematical one.

What really differentiates mathematics from the other sciences is the fact that there is no practice in math: everything is just theory, there is no needing of physical experiments but everything could be proved on a piece of paper. If in the scientific method. The mathematical knowledge is purely abstract instead, the scientific knowledge studies the physical world that does not take place just in our mind but it comes from inductions from the real world. Comparing the logic behind “axioms and theorem” to the more scientific terms “observation and hypothesis” I think the main difference between them is that mathematics method, taking place in our mind, it completely depends on our perspective and own logic but scientific hypothesis are consequences of a visible objective phenomenon that, for sure could be interpreted through several ways, but it happens inevitably, not depending on you. This brings me to my conclusion: mathematics it’s a human creation. It’s a method which we can use to elaborate pieces of information as knowledge. It’s a useful tool we can use to unpack problems and create solutions but it is not in itself a

Which questions does this presentation force you to ask yourself?

This presentation helped me to reflect on a matter that is not usually discussed in class:  the men sexualization in society.

Following this, my classmate’s presentation made me ask myself some question about the topic:

How, do sexual advertisements are used in order to attract consumers?

If the figure of the woman has always been sexualized, is it right to do the same for men?  Is the male sexualization a revenge form the female society?

These questions still have no answers… but I’m working on them.

 

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