Doubts have been getting to me, like maggots burrowing under my skin, nibbling holes in the beliefs I took for granted:
Was Christ just a good man or was he really God? Even if he is God, how can I believe he’s really present in that scrap of wafer and sip of wine? I don’t feel anything. Shouldn’t I feel something?
Square up to hard, cold facts and face life alone without clinging onto this comfort blanket you call faith. Or if you need some consolation, make up your own beliefs. Cherry pick a few things from the smorgasbord of New Age religion. Much better than unpalatable beliefs about a man who was God dying on the cross and hiding himself in the form of bread and wine.
So say the doubts.
Do doubts have a place?
I thought that this blog was mainly going to be about faith, but I quickly realised that it was just as much about doubt. If I look at the word cloud on the right, I see that I’ve categorised 20 posts under doubt and 30 under faith. In fact, many are under both categories
The priest who instructed me in the Catholic faith encouraged me to ask questions and even said that doubts and questions are part of faith; they can’t be separated from it. At one point, I hoped to eradicate doubt through asking enough questions and reading enough answers. However, I’m beginning to accept that I’ll never run out of questions or reach certainty about belief.
Probably a good thing; there is nothing so frightening as someone who is certain they are right.
Doubt and uncertainty have their place because God is infinite and I cannot know Him in the way that I might know a book, a place, an animal or even a human being.
Doubts and questions are part of learning
Doubts and questions are also vital to the process of learning. From his research on child development, Piaget concluded that children are continually constructing a model of the world. When they encounter a new piece of information which doesn’t fit their previous ideas, they have to modify their model to fit the information. However, if the information is too many steps ahead of their current ideas (try telling a five year old child or even many adults that astronauts aren’t actually weightless; they’re just falling), they will reject the new idea and not learn anything.
As adults, we risk becoming too rigid and no longer learning. We carry with us our ‘facts’ and way of seeing things, and reject anything which doesn’t fit into our world view.
However, if we go into any branch of knowledge at an advanced level, we find that it isn’t just about facts. True, there are things which we are fairly certain about, and which are unlikely to change, but at the edges, where the research is being done, ideas are being thrown around, models are tried out, rejected, modified, tried again.
Science progresses through questioning
Over the course of the 20th century, huge advances were made in physics. Old models could no longer explain observations and new theories were developed.
Newton’s theories of forces and gravity were superseded when Einstein showed that they no longer applied to objects travelling close to the speed of light. If you travel fast enough, all sorts of weird things can happen: time dilates and lengths shorten.
Strange things happen when you look at very small particles. An electron can behave like a wave under certain circumstances, but if you measure its exact path, it will behave like a particle. We can’t say what state a fundamental particle will be in until we measure it; we can only give a probability. It’s not just that it’s difficult to measure, it actually isn’t in either one state or the other until it is measured. (Look up George Gamow’s story of the bank clerk Mr Tompkins who plays quantum billiards).
Even Einstein struggled with the idea that quantum theory deals with probabilities rather than definite predictions. He made the famous statement, “God does not play with dice.”
Perhaps nothing beats the advances in our understanding of the universe. Astronomers have recently admitted that only 4 % of the universe is in the form of the ordinary matter and energy with which we are familiar. The rest is dark matter and dark energy
No, don’t think Star Wars. Dark matter simply means that it reacts only very weakly with the ordinary matter of which the earth, the sun and the other planets are made of. We can’t see it and it also doesn’t emit measurable radiation such as microwaves or radio waves. However, we know it’s there, because of its gravitational effect (see Dark Matter and the Dinosaurs by Lisa Randall).
It was my job to ask questions
As a research scientist, it was my job to constantly ask questions and take nothing for granted. For each problem solved, many more opened up. When data didn’t match my model, I couldn’t just ignore it; I had to find out why.
When I think about it, perhaps science and the development of faith have more in common than I realised. In science, absolute proof is impossible. However, we can test an idea to see if it works. If it doesn’t, we reject it.
The same goes for faith. The test is life. I can look at how I feel when I let the doubts convince me that all I am is animated dust, and I can look at what happens when I try to trust that there is a purpose in life, even in the difficult things.
In science, questions can be painful. A model might have served us well up until now, but we have to let go of it, when it no longer explains all the observations. Sometimes the new model, like relativity or quantum theory can make frightening predictions.
In faith, too, it’s hard to detach ourselves from an image of God or an idea of faith which no longer matches our life experience. Faith which doesn’t acknowledge our experience of life, which causes us to warp ourselves or erase a part of our personality is not genuine. Perhaps, as in science, questions and doubts are a necessary part of moving on to a deeper level of understanding.
scotinprogress 