Showing posts with label beauty. Show all posts
Showing posts with label beauty. Show all posts

Sunday, December 22, 2024

Behold! Life!

Is life a miracle to behold or a problem to be solved and something to be explained?

I have enjoyed reading Wendell Berry's book, Life is a Miracle: An Essay Against Modern Superstition. It is a passionate critique and response to E.O. Wilson's book Consilience: The Unity of Knowledge.

[A brief and helpful summary is in Kirkus Reviews].

Berry is a poet, farmer, and former professor. He takes umbrage at Wilson's scientism and reductionism, which Berry considers to present an impoverished view of life, nature, and the university.

Berry has lived and worked on a farm for decades while writing. I cannot imagine doing this, as I am impractical. The passages below [page 45] gave me insight into what he is trying to achieve.

"In all of the thirty-seven years I have worked here, I have been trying to learn a language particular enough to speak of this place as it is and of my being as I am. My success, as I well know, has been poor enough, and yet I am glad of the effort, for it has helped me to make, and to remember always, the distinction between reduction and the thing reduced..."

“But, when I try to make my language more particular, I see that the life of this place is always emerging beyond expectation or prediction or typicality, that it is unique, given to the world minute by minute, only once, never to be repeated. And this is when I see that this life is a miracle, absolutely worth having, absolutely worth saving. We are alive within mystery, by miracle.”

Berry taught at a university for many years but eventually became disillusioned for reasons discussed in his essay, The Loss of the University.

Wednesday, November 9, 2022

Four dimensions to making sense of science, life, and God

Reality and our experience of it are rich and complex. How do we make sense of it? How do we find meaning in life, God, and science? Where do we start? 

To explore such questions I find it helpful to consider four different dimensions: experience, tradition, reason, and transcendence. I have drawn inspiration from the Wesley quadrilateral in theology, but stress that I consider a broader application and perspective.

This quadrilateral is both descriptive and prescriptive. I believe it provides a good description of the different dimensions that people do use to make sense of things, whether science, theology, or ethics, even if they are not explicitly aware of what they are doing. People place different values and emphasis on each of the four dimensions, but they may all be present in their discussions. I also think the quadrilateral is also prescriptive.  For a broad range of topics, considering these four different dimensions is a good way to proceed, particularly when explicitly stating how one employs and prioritises each of the different dimensions. 

In this post, I briefly explain what I mean by each of the four dimensions and the strengths and weaknesses of each. The four dimensions are complementary. A strength of each dimension is that it can compensate for the weaknesses of some of the other dimensions. On the other hand, the four dimensions are not independent of one another.

Experience

In some sense, as individuals, this is all each of us has. We each have a unique personal history: family, education, employment, travel, church, and personal relationships. Associated with our history are experiences of joy, pain, confusion, insight, success, failure, and disappointment. Experience includes books we have read, movies we have seen, and music we have listened to. These experiences shape us: who we are, what we believe, and what we value. The influence of experience plays out at every level: individual, family, community, institution, and nation. Experience is not determinative but it is influential, perhaps more than we might like to acknowledge. Experience influences the relative priority we place on reason, tradition, transcendence, and experience!

A philosophical perspective that puts the highest priority on elements of experience is empiricism. We should only believe to be real what we can experience through sensation (sight, touch, hearing, smell) and measurement.

Experience is central to modern science. Theories are tested by experiments and independent observations (experiments) by different groups have to agree. Experience is validated by others having the same experience. 

In contrast to empiricism, romanticism was a movement in the eighteenth century that put a different emphasis on experience, valuing intense emotions, individualism, nature, intuition, inspiration, and subjectivity.

Strengths. Experience can help us engage with reality, tempering fantasy and wishful thinking. Experience can expose us to a diverse range of perspectives, including the life experience of others. In some sense, this engagement with others enables us to go beyond the limitations of our own individual experiences, abilities, personalities, and perspectives.

Weaknesses. Our own experience is finite and limited, particularly relative to all of humanity and all of history. Our experience is subjective and may not be accurate. For example, two individuals may observe the same event but have contradictory perspectives on what actually happened. Optical illusions, such as that shown below, show that even simple observations can be wrong. Experiences do not stand alone or speak for themselves but need to be interpreted. Any interpretation will involve reason, tradition, and likely transcendence.

In the picture above is the vertical line longer, shorter, or the same length in the left or right panel?

Reason

Reason is an intellectual activity. It means thinking and writing down arguments about what we think is true and why we think it is true. The essential form of a rational argument has two components. First, a set of assumptions (axioms) that are considered "reasonable" (e.g., because they are based on observations or a principle that every "reasonable" person can agree on) are stated. Then one investigates the conclusions that follow from these assumptions, using rules of logic. Reason is central to science, and plays the greatest role in the natural sciences through theories that can be formulated mathematically.

A philosophical perspective that puts the highest priority on reason is rationalism. Truth can only be found by rational argument. This was the way that ancient Greeks did science. They discounted the need to do experiments, deeming that common sense observations about nature were adequate.

Strengths. Careful reasoning can expose inconsistencies in arguments or lead to conclusions that we might not expect. Clearly stating assumptions can clarify the basis of a "rational" truth claim. Mathematics in the natural sciences has been incredibly powerful and successful. Theories such as classical mechanics, relativity, quantum theory, and electromagnetism, are based on just a few assumptions and mathematical equations. Yet, using rules of mathematical logic one can describe diverse phenomena quantitatively and make specific predictions about the outcome of experiments.

Weaknesses.  Reason is only useful and reliable if the validity of the assumptions made in an argument has a strong justification. Assumptions that may be "reasonable" or "self-evident" to one individual may not be to another. The ancient Greeks were wrong about science, believing things about nature that they thought were "common sense", but turned out to be false. In some sense, at some point in the development of an argument, it is necessary to just take some assumptions on "faith." Reason is sometimes claimed to be pre-eminent in contexts that are debatable. For issues that are predominantly emotional, relational, or artistic, reason may be of marginal relevance or unhelpful. 

Tradition

Tradition is all about the past. There are traditions that relate to many different spheres of life, including culture, religion, science, philosophy, morality, and government. A tradition is a framework, inherited from the past, that claims authority about what is true and the way that things should be done. In the context of moral philosophy, Alasdair MacIntyre, states "A tradition is an argument extended through time in which certain fundamental agreements are defined and redefined" by internal and external debates. He claimed, "no way of conducting rational enquiry from a standpoint independent of the particularities of any transition has been discovered and that there is good reason to believe that there is no such way". In different words, reason cannot be separated from tradition.

Traditions are embodied in institutions, such as universities, governments, and religious denominations. Education in a particular subject involves learning a particular tradition.

Culture is an example of tradition. Culture is "the way we do things around here." Culture consists of the ideas, knowledge, beliefs, values, skills, and attitudes, that shape the behaviour of a community.

Strengths. Subjects such as philosophy, theology, and science have developed over centuries. Traditions within them are the accumulation of the knowledge, wisdom and insight gained from all hard work. It is efficient to make use of a tradition. In fact, it is unrealistic to jettison all tradition and claim that in the present one can simply start from scratch and ignore the past. Traditions provide stability, predictability, and a community with shared values, assumptions, and ways of doing things. Traditions can temper some of the foolishness associated with new fashions.

Weaknesses. Traditions can be resistant to the positive change that can come through new ideas, discoveries, and new methods. Traditions can be resistant to adapting to new and different contexts. Traditions tend to leave authority and power with an older generation, who may have a vested interest in things not changing. This is how tradition may stifle the creativity and energy of youth. Max Planck, the founder of quantum physics, stated

A new scientific truth does not triumph by convincing its opponents and making them see the light, but rather because its opponents eventually die and a new generation grows up that is familiar with it ...

Science proceeds one funeral at a time! 

Transcendence

The transcendentals are truth, beauty, and goodness. Transcendence is that which goes beyond the categories of being. In the metaphysics of Immanuel Kant, the transcendent is that which lies beyond our ability to know. In theology, transcendence refers to aspects of God that are independent of the physical universe. Here, I use transcendence to mean that which is beyond reason, experiment, or the content of a tradition. I would include experiences that aim to access truth and aspects of reality through intuition, the subconscious, or mysticism.  Some might claim that transcendence has no role in science, and even goes against the whole spirit of science. However, there are many stories of scientists who made important discoveries that had their origin in dreams, visions, perceptions of beauty, and "flashes of insight." 

Peter Berger argued that there are five aspects of human experience that are inexplicable apart from a transcendent reality. His "signals of transcendence" are the "human propensity to believe that the world is ordered in a trustworthy manner, the capacity to play, the capacity to hope in the face of death, the conviction that some things are just wrong and must be condemned, and the capacity to laugh."

Strengths. Transcendence provides a way to describe the ineffable elements of reality and knowledge that induce mystery, awe, wonder, and paradox. It provides room and a vocabulary for that which goes beyond reason, experiment, and tradition. It allows for the possibility of something more than the material.

Weaknesses. Transcendence and its domain of relevance are hard to define and to constrain. Invoking it may be an escape from the hard work needed to engage seriously with reason, experiment, and tradition. It may be invoked in order to engage in fantasies.

In conclusion, the four dimensions of experience, reason, tradition, and transcendence provide a helpful framework to describe and understand how different people grapple with reality. Although they complement one another they are also inter-related.


Sunday, February 28, 2021

Beauty, art, and mission

 Last night my wife and I watched Many Beautiful Things, a documentary about the extraordinary life of Lillias Trotter. It captures the beauty of her life and art and how she followed Jesus. The striking cinemaphotography gave a glimpse of the amazing ways that Trotter could see beauty in nature and then capture it in watercolours. Daily she wrote diary entries about her life and spiritual journey including ornate pictures of scenes and people she engaged with. She was independently wealthy and of frail health. She had artistic talent that could have led to her being the greatest English painter of her time, according to the judgement of John Ruskin (the leading English art critic of the 19th century). Yet, her desire to follow Jesus led her to care for destitute women in London and eventually women and children in Algeria. This choice was a great disappointment to Ruskin.


You can watch it for free on Youtube (with endless ads) or on RedeemTV without ads. I thank Tanglaw Roman for bringing it to my attention.

Monday, December 29, 2014

One of my favourite places in Australia.

A week ago I spent a special week hiking in the Kosciuszko National Park [snowy mountains]. This brought back many fond memories from my university [undergraduate] days. Then I did many wonderful hiking and cross country ski trips, ranging from one to six days.


Snowy River near Charlottes Pass
Blue Lake
The Main Range from near Mount Kosciusko
View of The Pilot and Victoria from Dead Horse Track near Thredbo

Wild Brumby near Dead Horse Gap
Mount Jagungal from the North
For behold, he who forms the mountains and creates the wind, and declares to man what is his thought, who makes the morning darkness, and treads on the heights of the earth— the LORD, the God of hosts, is his name!
Amos 4:13 (ESV)

Wednesday, November 26, 2014

A cogent case for Christian Platonism

The next book for the monthly theology reading and discussion group is Returning to Reality: Christian Platonism for our times by Paul Tyson. One thing that is a little different is that the author is a member of the discussion group!
Christian Platonism holds that the unseen God really is the present source and ongoing ground of all created reality. Further, Christian Platonism holds that the qualities of beauty, goodness, and truth, wherever they are in some measure discovered, are divine revelations of real meanings that give the world in which we live its value and purpose.
page 3.

Thursday, August 14, 2014

Barth on science and Philistines

 I encountered this choice quote from Karl Barth in a nice paper, "How Nature and Beauty can bring scientists and theologians together,'' by Greg Cootsona.
Theology as a whole, in its parts and in their interconnexion, in its content and method, is, apart from anything else, a peculiarly beautiful science. Indeed, we can confidently say that it is the most beautiful of all the sciences. To find the sciences distasteful is the mark of the Philistine. It is an extreme form of Philistinism to find, or to be able to find, theology distasteful. The theologian who has no joy in his work is not a theologian at all. Sulky faces, morose thoughts and boring ways of speaking are intolerable in this science. May God deliver us from what the Catholic Church reckons one of the seven sins of the monk–taedium–in respect of the great spiritual truths with which theology has to do.
Karl Barth, Church Dogmatics 2.1, page 658.

Monday, March 24, 2014

Awe and worship in the face of science

Since we are surrounded by it and so used to it we can take science for granted and not reflect on how amazing it truly is. Things that regularly happen today in science would have been inconceivable decades ago, let alone centuries ago.

Below I list some of the things I think we should be in awe of.

The immense scales of the observable universe.
Our sun is just one star of two hundred billion in our galaxy, which is just one of almost two hundred billion galaxies. It takes light from the most distant galaxies tens of billions of years to travel to us.

Length scales of many orders of magnitude.
This is nicely illustrated in the wonderful movie Powers of Ten.




Simplicity.
The universe exhibits a diversity of rich and complex behaviour. Yet it can understand much of it in terms of simple universal laws that are easy to state, e.g., the laws of thermodynamics, Maxwell's equations of electromagnetism, Schrodinger's equation of quantum mechanics, the genetic code, ....

Nature appears to be fine-tuned.
This covers not just the values of fundamental physical constants that lead to the notion of fine tuning and the anthropic principle, but the unique properties of water, and

The intricate and subtle "machinery" of biomolecules.
Proteins have very unique structures that are intimately connected to their specific functions.

We can measure precisely.
Scientists have created incredibly powerful and specialised instruments for making very precise measurements: telescopes, microscopes, the tension in a single strand of DNA, the magnetic moment of an electron [to one part in a billion billion, .....

We can predict the outcome of new experiments.
Scientists construct mathematical theories in their minds, on pieces of paper, in equations, and sometimes in computers. Their success is measured by the extent to which they can propose new experiments and predict the outcome. Last weeks announcement that BICEP had made observations that were predicted by the theory of inflation concerning the rapid expansion of the universe, just one millionth of a trillionth of a trillionth of a trillionth of a second after the beginning of the universe is just the latest in a long list.

We can understand the material world.
Einstein said, "The most incomprehensible thing about the world is that it is comprehensible." 

The unreasonable effectiveness of mathematics.
Eugene Wigner received the Nobel Prize in Physics in 1963. In 1960 he published an essay "The Unreasonable Effectiveness of Mathematics in the Natural Sciences that concludes
The miracle of the appropriateness of the language of mathematics for the formulation of the laws of physics is a wonderful gift which we neither understand nor deserve. 
We can manipulate and control nature.
Scientists and engineers can move single atoms, design drugs, make computers, atom bombs, heart pacemakers, mobile phones, manipulate genes, ......

Why is the universe like this?
Why are human brains capable of such a grand endeavour?
Why do we have such power over the material world that we can create intricate instruments to measure detailed properties of the universe?

Science has no answer.
Christians should be in awe and worship the Creator of it all.

Tuesday, August 14, 2012

Seeking beauty and truth in India

Tonight I am giving a talk, "Searching for truth and beauty in science and in Jesus," to a group of scientists in Bangalore. The talk starts with looking at views of two prominent Indian scientists, Sudarshan and Chandrasekhar, and then moves to looking at John 1:1-18. The main point is the suggestion that the grace of God found in Jesus is an example of the beauty that Chandrasekhar discussed in art and science.
The slides are here.
I welcome comments, particularly from Indians.

Friday, August 3, 2012

The quest for beauty in science

S. Chandrasekhar was a very famous astrophysicist who featured in two earlier posts.
In 1979 he published an article in Physics Today, Beauty and the quest for beauty in science. It was reprinted in an memorial issue solely about Chandrasekhar.
It makes fascinating (but intellectually demanding) reading. The abstract is
Science, like the arts, admits aesthetic criteria; we seek theories that display a proper conformity of the parts to one another and to the whole while still showing some strangeness in their proportion.
He quotes Keats:
Beauty is truth, truth beauty that is all
Ye know on earth, and all ye need to know.
Later he states:
So far, my remarks have been confined to what we may all concede as great ideas conceived by great minds. It does not, however, follow that beauty is experienced only in the context of great ideas and by great minds. This is no more true than that the joys of creativity are restricted to a fortunate few. They are, indeed, accessible to each one of us provided we are attuned to the perception of strangeness in the proportion and the conformity of the parts to one another and to the whole.
I am considering using these quotes as a part of an introduction to a talk I have been asked to give by a Bible study group of scientists in Bangalore.

We can see beauty and truth in science. We should seek it elsewhere as well. Is there truth and beauty and mystery to be found in the Bible? in the life and teachings of Jesus? Do we perceive "strangeness in the proportion" (mystery) there?
Is there "conformity of the parts to one another and to the whole" (a coherent framework for understanding ourselves, God, and our place in the universe)?