Showing posts with label Thinking. Show all posts
Showing posts with label Thinking. Show all posts

Monday, July 16, 2012

Creative Thinking

CrEaTiVe Thinking.

Think like a wise fool. The wise fool will reverse our standard assumptions, notices things that other people overlook, can be irreverent, cryptic, absurd, takes the contrary position in most conversations and stimulates thinking. 
Example: "If a man is sitting on a horse facing the rear, WHY do we assume that it is the man who is backwards, and not the horse?".

The Wise Fool 
(from Roger von Oech)

To create, a person must:
  • Have knowledge but forget the knowledge
  • See unexpected connections in things but not have a mental disorder
  • Work hard but spend time doing nothing
  • Create many ideas yet most of them are useless
  • Look at the same thing as everyone else, yet see something different
  • Desire success but learn how to fail
  • Be persistent but not stubborn
  • Listen to experts but know how to disregard them
 
from SayPeople
from deviantART

Links:

from Michael Michalko

Monday, August 08, 2011

Conceptions of the Free Will

Concepts and conceptions of the Free Will - Part I.

Do we have a free will? Are our decisions mainly controlled by our conscious self (free will) or by our unconscious self? Or do we only think, or have the feeling, that our choices and decisions are made by our conscious self? Is conscious choice just an illusion? Can our conscious self influence our unconscious self? Do we have a free will or is everything predetermined? The concept of the free will is, at least for me, an intriguing topic from a philosophical and scientific point of view. After posting the blogs Lateral Thinking (by far the most popular) and Serendipity I do think it's about time for another one in the series related to thoughts and thinking: the Free Will. An overview about topics related to Thinking can be found at the Thinking Portal.


Passage (see also Scientific American: Free Will versus the Programmed Brain) in a popular science book by Francis Crick (co-discoverer of the DNA double helix): 
“‘You,’ your joys and your sorrows, your memories and your ambitions, your sense of personal identity and free will, are in fact no more than the behavior of a vast assembly of nerve cells and their associated molecules. Who you are is nothing but a pack of neurons.…although we appear to have free will, in fact, our choices have already been predetermined for us and we cannot change that.” 


Wired: Brain Scanners Can See Your Decisions Before You Make Them
This schematic shows the brain regions (green) from which the outcome of a participant's decision can be predicted before it is made

The concept:

Citations from Wikipedia:
Wikipedia (Free Will): "Free will is the apparent ability to make choices free from certain kinds of constraints"
Wikipedia (Neuroscience of Free Will): "Neuroscience of free will refers to recent neuroscientific investigations shedding light on the question of free will, which is a philosophical and scientific question as to whether, and in what sense, rational agents exercise control over their actions or decisions. The principle of free will has religious, ethical, and scientific implications.
One significant finding of several studies is that a person's brain seems to commit to certain decisions before the person becomes aware of having made them. Early studies found delays of about half a second; with contemporary brain scanning technology, scientists in 2008 were able to predict with 60% accuracy whether subjects would press a button with their left or right hand up to 10 seconds before the subject became aware of having made that choice. These findings may not be sufficient to contradict free will, as it would be quite likely that a large range of cognitive operations are necessary to freely press a button.
Another proposed explanation is a 'forward model of motor control'. The idea is that our conscious self does not cause all behaviours. Instead, the conscious self is alerted (through various sensations) to behaviours that the rest of the brain and body are already planning and performing. To be clear, this model does not deny that consciousness affects behaviour; it does not forbid conscious experience from being used as input by unconscious processes - information that might modify a behaviour in progress. The key is that the unconscious processes play a much larger role in behaviour. This model thus challenges some conceptions of free will, since self awareness may only recognize a feeling of will, which appears before an action."


Unconscious and Conscious Self:

The Dutch columnist Roos Vonk has a balanced, thoughtful and fresh point of view about the free will as she demonstrated in her column. A translation by me is briefly summarized below.
It would be interesting to find out whether our decisions are controlled by our conscious self (free will) or by our unconscious (subconscious) self. In this respect, research results from monitoring brainactivity suggest that, whatever you are planning to do, the decision was already made in your brain long before you have the impression that you made the decision yourself. 
Thus, the order is: 1) decision (brains), 2) awareness of the decision and at the same time 3) acting. Because 1) is unconsious and 2) is always accompanied by 3), it feels as if we decide just before acting. 
However, choices are made mainly by our unconscious self. In fact the majority (95%) of what we do is mainly unconscious. This suggests that people don't have a free will: we have the illusion that we make our choices by ourselves, but decisions are made by unconscious motives, that in turn are influenced by social, genetic and environmental factors that we even can't control ourselves. Actually, we don't always need these conscious considerations, because the real decisions are not made consciously at all. This does not imply we don't have a free will at all or contradict free will. More important is that our conscious self is running behind the facts. Nevertheless, we are able to deliver input to our unconscious self. Our unconscious self is not controlled only by genetic or other forces, but also by our own conscious thoughts which in turn can influence an unconscious decision. Even if only 1% of the decisions are made consciously, it will be of significant and essential importance for our self.


Conscious choice and the free will. An illusion?:

In the blog BrainBlogger the 'button-press' experiment is criticized. In addition, the functions of the unconscious and conscious minds are quite well explained as follows. The conscious and unconscious minds interact and fulfill different tasks. Simple or well-learned tasks, like habits or ingrained prejudices, are controlled by the unconscious mind, whereas tasks that are more complex or novel, like new learning are processed by the conscious mind, the unconscious/subconscious mind has not yet had a chance to learn. The free will mediates in what we do want to learn. In this respect, the existence of the free will can't be ruled out. From this it can be concluded that the free will is not an illusion.


Stimulating the free will: 

From a column in Lifehacker: "Having free will depends on whether or not you believe you have it. According to a recent study published in Psychological Science, when you deny the existence of free will you're actually hindering your brain's ability to perform voluntary action. If you're feeling like you're not in control of your actions, it may be worth reaffirming your belief in voluntary action. Maybe it'll make the difference."


Examples dealing with choice: 

  • Surprisingly, voting for a political candidate is independent of the free will and rationality. The decision is made within a split second and is mainly determined by the first impression of the candidate's face. Whether or not it does look reliable enough for the voter is by far the most important criterium.  Thus, the choice is not based on the election program or other rational considerations, but based on the impression at first sight. However, it does feel if we do have conscious control over our choice, but it in fact it's only a choice made unconsciously.
    Note:
    Can agree that the very first impression is important for preference. However, our decision can be reconsidered in time by conscious experiences e.g. if we gather more cognitive information.

  • Faqt: It will take only a millisecond for men to judge a woman, but the other way around it takes much longer. A man searching for a potential partner decides within a second whether he likes or prefers a particular woman and the decision depends mainly on the looks. Man can get instant information from a woman's body and face, such as potential fertility. For women it takes longer to make a choice. They will judge men on loyalty, character and futureplans. With this information they seem to be able to estimate whether a man will possibly commit to her and her children.
    Note:

    Do think that the explanation above is highly implausible.
    Can't imagine that a man can instantly judge a woman's fertility. In that case women could, when in doubt, then just ask any man to get a reliable answer about her fertility, a medical examination would then be unnecessary. 


Personal comments: 

One should be skeptical about the interpretations from the flawed 'button-press' experiment. Extrapolating from such an experiment to all mental life is not justified. The 60% prediction accuracy is significant, but only 10% more than fifty-fifty. Nonetheless, it's remarkable that decisions can be made before we are aware of the decision. The timegap mentioned in the experiment could probably be needed for neuron transport through the brain nerves to the 'self awareness' part of the brain. Choices and decisions are mainly made by our unconscious self, our conscious self (awareness) is running behind the facts.  
Personally, I do believe we do have a free will. Choices or decisions are at least influenced by our conscious Self. Our unconscious self is controlled by our own conscious thoughts which in turn can influence an unconscious decision. This point of view is based on the following findings. The conscious and unconscious minds interact and fulfill different tasks. Furthermore, our conscious mind can influence our unconscious mind by experiences from environmental factors. These factors are to some extent (or at least not marginal) influenced by our conscious self. Therefore, the findings do not necessarily contradict free will.
Moreover, learning and reasoning are complex and novel tasks that are controlled by our conscious mind, because the unconscious mind has not yet had a chance to 'learn'. The free will mediates in what we do want to learn. In this perspective, we can assume that not everything is predetermined and that Free Will is NOT an illusion.

Nature News: Neuroscience vs Philosophy, Taking Aim At Free Will:  
Scientists think they can prove that free will is an illusion. Philosophers are urging them to think again


Thursday, February 03, 2011

Lateral Thinking

Lateral Thinking.

The concept of lateral thinking is a way of thinking to solve a problem through an unconventional, indirect and creative approach. It can be characterized as horizontal thinking opposite to vertical thinking. In principle, lateral thinking is based on ordening existing information to generate new information. Problem solving using lateral thinking is not straightforward. The goal is to find a way that should end up in a solution that is not always obvious or obtainable with common step-by-step logic. In case no result for a solution of the problem can be found, it can be useful in another field, though. Lateral thinking is somehow like thinking outside the box.



Thinking Tools

Lateral thinking is useful for creating new ideas out of a known idea. The following thinking tools are defined:

    1. Idea generating tools to break current thinking patterns
    2. Focus tools to broaden the search for new ideas
    3. Harvest tools to get as much as possible from idea generating output
    4. Treatment tools to consider real-world constraints

    Idea Generating Tools

    • Random Entry Idea Generating Tool: Starting from a random object, or a noun, and connecting that with the specific subject of thought.
    • Provocation Idea Generating Tool: Use the most outlandish out of a list of provocations, such as wishful thinking or exaggeration to genererate new ideas.
    • Challenge Idea Generating Tool: Fresh new ideas can be retrieved by asking the question "Why?". Nevertheless, the aim is not the problem itself, but to challenge anything at all.
    • Concept Fan Idea Generating Tool: Concepts are carried out from ideas. The goal is to expand the range and number of concepts that could end up with a broad range of ideas that can be worthwile to consider.
    • Disproving: A way of convincingly disproving an opposite view.



    Lateral thinking and problem solving

    • Problem Solving: Problem solving deals with finding out what caused the problem and how to solve the problem. The aim is to get the situation normalized, prefarably to where it should be.
    • Creative Problem Solving: Solving a problem indirectly and unconventionally by using creativity.
    • Creative Problem Identification: Observation and reflexion are very important to gain insight, that can be useful to solve unrelated problems.

    The idea for this blogpost about lateral thinking was generated by the thinking portal of my thoughts concerning the blogpost about serendipity.

    Sunday, January 30, 2011

    Serendipity

    Serendipity, fortunate discoveries by accident.

     
    Serendipity is making fortunate discoveries by accident. Especially when one is looking for something unrelated, these lucky events can occur. In our daily life, sometimes we come across fortunate findings that makes us wonder. Usually, we phrase this as coincidence. Also in Physics and Science, in particular in fields as pharmacology and chemistry, there have been quite a few serendipitous discoveries. A famous example is Alexander Flemings discovery of penicillin. 



    A creative serendip link

    Links related to serendipity:
    Rodin's The Thinker & 20 microns lasered sculpture

    (I'm thinking about spending a blogpost about thinking)

    Serendipity, fortunate findings makes us wonder.

    Serendipity, mistakes are the portals of discoveries

    Famous serendipitous examples:
    • The organic chemist Kekulé had a vision of a snake forming a circle, which led to his solution of closed chemical structures such as the cyclic compound benzene.
    • While the chemist Louis Pasteur was investigating the properties of sodium ammonium tartrate, he managed to separate the two optical isomers of the salt. His luck was twofold: it turned out to be the only racemate salt with this property and the room temperature at that day was just below the seperation point.
    • A chemist unintentionally, absorbed a small amount of LSD upon investigating it's properties, and had the first trip in history.
    • The observation of an apple falling from a tree, by Isaac Newton, was at the basis for a theory about the nature of gravitation. 
    • The discovery of X rays by Wilhelm Roentgen as radiation that could pass a lighttight cover.
    • Astronomers discovered the rings of Uranus from an observation of periodic brief disappearance of view.
    • During the repair of the Star Scan Machine, there was time to inspect photographic plate with the same "defects", a bulge in the planet's image which was actually the moon Charon of Pluto.
    • While searching for a nonconducting material, superconductivity was found  instead.
    • Inkjet printers were invented by accidently putting a hot iron on a pen, the ink was ejected from the pen's point a few moments later.
    • The microwave oven was invented after a peanut candy bar in a men's pocket was melted after exposure with radar waves.
    • Columbus was looking for a new way to India and landed in the America's.

    Serendipitous example in our laboratory:
    closed and open conformation of the PITP protein
    For quite a number of trials we failed in improving the X-ray diffraction quality for crystals from a phospholipid-binding transfer protein in order to solve its molecular structure. Finally, we came up with the idea to exchange the bound lipid with a modified lipid having bromine as heavy atom to accomplish phasing. Phasing is essential to solve the crystal structure of a protein with low sequence homology. In the meantime the competitors scooped us by succeeding in solving the structure of the natural phospholipid containing protein (closed holo-form). Luckily, in a later stage, we revealed that the protein was not able to accomodate our modified phospholipid at all, probably due to steric hindrance. Nevertheless, we succeeded in elucidating the crystal structure of this phospholipid free protein (open apo-form), that turned out to be a representative model for the interesting membrane-bound conformation of the protein (see apo-PITP). In view of understanding the role of the  phospholipid binding protein, the model for phospholipid binding and membrane association had major implications for its function: from closed for transport to open for exchange. An example of fortunate discovery by accident.

    Cybernetic serendipity, an exhibition of computer art
    Serendipity, the art of making happy discoveries