Showing posts with label faith and science. Show all posts
Showing posts with label faith and science. Show all posts

Exodus Tales

Why did the first-born sons die?

   1.   They angel of death passed over them
   2.   The angel of death didn't pass over them
   3.   They ate moldy bread
   4.   They went first into the fire
   5.   They refused to be circumcised

Exodus Tales: Bringing the events of Exodus to life, Inspired by Faith and Science.

Faith and Science: Conclusions

So if Genesis 1 describes a continuous, purposeful process, as those who understand ancient Hebrew suggest, and if the universe is beautifully designed with absolutely perfect and essential scientific constants for the existence of life as we know it, as those who understand the science suggest, what do I think happened in the Fall? My answer may be a little whimsical. It's not specifically Biblical or scientific; it's just my interpretation, and I offer it because I was asked to:

I image that Adam was one of many "first humans." Of all the humans then living, his genes were the ones that would be passed down to further generations--all other "families" would eventually die out, as indeed, we see families dying out around us all the time. God either saw or chose this, and took Adam to a place on earth where not only were the known scientific constants perfectly tuned, but so were all the ones we've never discovered (the ones that are no longer either perfect or constant). There Adam dwelled with God, married his wife, and lived in great harmony with nature. The lion lay down with the lamb, and the lamb died exactly when the lion needed to eat. Everything was in perfect ecological balance. But...

Well... imagine any of us in such a Paradise. Wouldn't we ask "What if we eat that fruit?" even though it was forbidden? Wouldn't we want to try "just once" whatever we'd been told we shouldn't do? And wouldn't we "accidentally" destroy that perfect balance, ending up with the world we have today?

That's my picture of the Fall. And in the New heaven and the New earth, one day we shall be made perfect and perfectly able to stick to the rules that make everything perfect.

Till then, I give thanks for salvation in the well-known and very historical Jesus Christ whose birth we celebrate soon.

Faith and Science: Mining the Bible

6. Has the Bible been sufficiently mined for knowledge about science and evolution? Are there new discoveries in it about science?

Scientific discovery is a process of collecting data, analyzing data, looking for a pattern behind the data, making a hypothesis and testing the hypothesis and using the hypothesis. Scientists might teach by writing books and learn by reading them, but they don’t “discover” by reading them. We might look at the Bible in the light of science and history. We might be delighted to find confirmation that it records historical events occurring in a scientifically conceivable manner—that it doesn’t appear to be myth or fictional fabrication, and that it includes details not known to be scientifically significant to people at the time it was written. That might convince us that the author knew what He was writing about, and even that the author is God. But I don’t think God wrote the Bible to teach us science any more than I think He wrote it to teach us ancient Hebrew. I think He had much more important things on His mind, and I think we should too when we study His word.

Of course, linguists who are experts in ancient Hebrew can teach us a lot about how to reach and understand the early books of the Bible. And the Bible's revelation of a God who is the same yesterday, today and forever formed one of the bases of Western science, making the experimental method worthwhile. But neither of these issues constitutes "mining" the Bible for information, and I would hate to think of Christians arguing that the Bible should be treated as just another text book.

Faith and Science: Evidence for Evolution

Rephrasing the question:

5. What evidence is there for evolution?

Firstly there's the fossil evidence--not the existence of fossils of course, since that only proves that creatures have become extinct in the past; since creatures are going extinct in the present with monotonous regularity that should come as no surprise. Prior to the theory of evolution, it was possible to collect life-forms together into related groups--giraffes being more closely related to okapis than to pigs for example. The theory of evolution suggested that the remains of creatures which might naturally seem like ancestors of closely related creatures should be found in relatively recent geological strata, and that those of theoretical ancestors to less closely related species would be found in more ancient geological strata. This is, in fact, what the fossil record reveals.

Secondly there's the evidence of DNA analysis (something that wasn't available when I was first learning about this). Examining the differences in DNA of related species we're able to identify DNA markers, identical in all of one species, and identically different in all members of another. Using rates of mutation and ratios of successful to fatal mutations, scientists can perform a statistical analysis on the nearby genes (representing neutral mutations--genetic variety--hair-color etc.) and conclude when the two species might have been the same. The answers agree with the fossil record where available. Not only that, they agree when the analysis is performed using different marker genes. And they agree over all species that have been analyzed in this way.

Thirdly, the theory of evolution predicts that useful mutations might continue, even if they carry anomalous side-effects (side-effects that one might expect to see corrected if design were true). Such side-effects are seen in "junk DNA" where species still carry the dormant DNA strands for functions no longer of any use to them--gills encoded, but no longer expressed, in land animals for example. Similarly, the giraffe has a nerve going from its throat to its brain which travels all the way down the neck, round the shoulders and back up again--a natural side-effect of increasing neck-length, but rather an odd design feature. And all vertebrates have eyes that are constructed backwards, while invertebrates have the better, right-way-out design (hence the blind spot), suggesting that the eye evolved sometime after the backbone did.

Faith and Science: Micro and Macro-Evolution?

5. What actual proof is there that macro-evolution is true?

Micro- and macro-evolution are very misleading terms--they imply a difference which really doesn't exist. Evolution is the result of genetic mutation. We all know that mutations happen. We've all seen their consequences or heard of them. Mutations can be helpful, neutral or harmful to the species. Harmful mutations typically don't spread--they result in non-viable, helpless or sterile offspring. Helpful mutations do spread and result in offspring that fill new ecological niches, or achieve new, valuable potential. And neutral mutations create variation--different eye-color, hair-color etc.

We see examples of bird species mutating to fill ecological niches in isolated communities--deserted islands for example. After a while, birds on one mutational branch are seen to stop mating with those on another--perhaps it's hard for the larger, 3-foot-wingspan bird to mate with its 3-inch-wingspan relative. Statistically speaking, a mutation will eventually arise in the smaller birds (for example) that is beneficial to them and fatal to their larger relatives. Once this mutation has spread, the two branches are no longer genetically able to produce offspring together and speciation has occurred.

There was no different micro- and macro-evolution taking place in this scenario--just the same process, taking place in the same way, eventually leading to an inevitable conclusion, in a process called evolution.

I should point out, the above argument is a serious over-simplification. Like I said before, I'm not a geneticist. I haven't taken the necessary courses the fully understand the process, but this is as much as I understand of it.

Faith and Science: Truth in Science

5. What actual proof is there that macro-evolution is true?

Scientific theories are never "true." They are valid if they adequately and consistently describe and predict the data. They are useful if they successfully direct further research and practical application. Evolution passes both these tests. But if it were "true" there would be nothing more to learn. Scientists continually try to learn more, to push the boundaries, and are already looking into the importance of memes and gene switching mechanisms. This doesn't make evolution false; it makes it a valuable theory that's displaying it's value by pushing the research forwards.

Similarly, Newton's laws of motion, on which much of modern technology is built, are not "true," but they are wonderfully valid and useful when applied to earth-scale speeds and distances, and it would undoubtedly be foolish to try teaching Einstein's theory of relativity to anyone who didn't first understand Newton's laws.

(Tomorrow's post will deal with why macro-evolution is a misleading term. Then I'll try to answer the rephrased question...)

Faith and Science: Credible arguments

4. When scientists who are Christians with degrees from prestigious universities rule out evolution, are they credible?

Their arguments are no more credible than when the great astronomer Fred Hoyle, from the highly prestigious Cambridge University England, argued against the Big Bang, or when the deservedly world-famous scientist Richard Dawkins, from the equally prestigious Oxford University, rules out the existence of God. Whenever a scientist uses non-scientific arguments or makes unsupported statements, his analysis ceases to be scientifically credible... even more so when s/he’s arguing in a field that’s not his/her field of expertise.

When judging an argument, we should always who's making it, how qualified are they in the relevant field (not just in "science" in general), and how well supported their argument is with scientific fact. A scientist who says "Of course, when we track down the first human male it won't be Adam" is speaking just as unscientifically as the one who says "Of course, we'll never find evidence confirming evolution of species."

Faith and Science: Our view of God and man

3. If evolution is true, does it change our view of God--and man?

If we think the weather forecast is dictated by the devil, and any Christian who checks the paper before making plans is by definition a heretic, then yes, coming to understand evolutionary theory would radically change our view of God (possibly for the better).

If we’re more like the disciples who cried out, “Wow, even the wind and waves obey Him,” we would simply include evolution in our list of wind, waves and other natural forces, all of which obey Him.

Faith and Science: Anti-Intellectual?

2. Does it make us look anti-intellectual and backward to disbelieve in evolution?

Yes it does if we phrase it that way. Evolution is a scientific theory used by scientists. It’s proven very valuable to them. It provides consistent explanations for all the available data, useful directions of exploration for finding more data, and a valuable tool in fields like medicine, agriculture, ecology, genetic engineering, etc. It’s not something you choose to believe or disbelieve--it’s something that people trained in the relevant field find useful and know how to use.

We might as well say we don’t believe in dictionaries or computers.

Faith and Science: Accommodating culture

1. Is it accommodating the culture around us to agree to evolutionary views?

It depends on what we believe and what culture we’re talking about. Having grown up outside the US, it looks to me more like Americans who disagree with evolutionary views are the ones accommodating culture. It’s not accommodating culture to tell the truth about what you think, but it might be accommodating culture to suggest an amateur's opinion is worth more than an expert's long-researched and well-tested conclusions. Being expert in one field doesn't preclude our being amateurs in another, and the fact that I have a science background doesn't make me a geneticist--it does encourage me to respect the conclusions of geneticists though.

Faith and Science, the Questions: Introduction

After our first discussion on Faith and Science, I was asked to join in a second class at church and answer questions sent by email:
  1. Is is accommodating the culture around us to agree to evolutionary views?
  2. Does it make us look anti-intellectual and backward to disbelieve in evolution?
  3. If evolution is true, does it change our view of God--and man?
  4. When scientists who are Christians with degrees from prestigious universities rule out evolution, are they credible?
  5. What actual proof is there that macro-evolution is true?
  6. Has the Bible been sufficiently mined for knowledge about science and evolution? Are there new discoveries in it about science?
If you've read my previous posts you'll know I'm a Christian with at least some scientific training, I have no problem with evolution (in fact I delight in it), and as far as genetics and biology are concerned, I'm no expert, merely an interested amateur. That said, if you want to read my answers to these are other questions, come back tomorrow for my next refracted faith-and-science post.

Inspired by Faith and Science: Conclusion

So, let's look at Genesis 1 again. What's the first action word, the first word trying to describe how God made the universe? "God said." He spoke it into being.

Usually when people speak they make words. So this, the whole incredible wonderful universe around us, this is the word of God, made manifest in created matter, in stuff that can be studied by science.

And this book, this Bible, is the word of God made manifest in human language.

And this Jesus that we read about in the New Testament, is the word of God made flesh and living among us (John 1:14)

God spoke three times, and I don't believe he ever contradicts himself. If the Old Testament and the New seem to disagree, that's not God changing his mind; it's us failing to understand. And if faith and science seem to disagree, I'm convinced the problem lies with us, and we need to look more closely at our interpretations of both.

I'm teaching another class in December, on Faith and Mythology, so watch out for more posts later this month!

Inspired by Faith and Science: Does it matter?

Does it matter if Christians make faith and science out to be enemies, condemned to always be at odds with each other. Yes, I think it does.

1. It's foolish, and it makes faith look foolish--not a good witness to the wisdom of God. If we teach that the earth must be flat because the Bible says it has four corners (Isaiah 11:12, Rev 7:1) and everything can be seen from the top of a single mountain (Matt 4:8); or if we teach that the sun goes round the earth because the Bible says the earth doesn't move (various psalms, 93:1, 96:10, 104:5) and the sun does (Joshua 10:12, Ecc 1:5); then we're teaching man's interpretation in the place of God's word, which really isn't so much different from "teaching as doctrines the commandments of men" (Matt 15:7) as the hypocrites do.
2. It's dangerous. When we place a barrier between faith and science, we place a barrier between faith and people of science. We make it harder for a scientist to turn to the Bible when science convinces him there's a God. We make it harder for the college kid to go back to church once he's realized the evidence for evolution is so beautifully convincing, and just possible we cause "one of these little ones who believe God to stumble," to stop reading the Bible--at which point it's just possible God might have a few millstones waiting for out necks (Matt 18:6).
3. And it's sad. If we tell our scientifically minded kids they can't love God and study science, it's like telling the art student they can't love Rembrandt and study his technique. We deprive them of God-given joy.

I like Rembrandt and don't know a thing about his technique, but that's okay. And it's okay to love God and not know a thing about science. But it's not necessary.

Meanwhile, if the majority of scientists seem to scorn some peculiarly Christian interpretation of the evidence (say, concerning evolution), well, maybe that's just the same scorn we once had for the atheist Big-Bang-deniers--a question of religious conviction over-riding scientific investigation maybe, but not a question of faith.

Inspired by Faith and Science: Genesis 1

Genesis 1:3 says God began creation by making light. That's kind of neat, since we've just been looking at science saying the universe began with a flash of light.

But my early interest in astronomy wasn't confined to cosmology. I wanted to know what stars and planets were made of. I was fascinated by results from probes sent to Venus and Mars. The scientists were looking, amongst other things, for for free water, or ice, on Mars as a prerequisite for life. Water vapor in a Venus soup just wouldn't do. We need free-flowing water in puddles and watery clouds in the sky for life to exist. And Genesis 1:6 doesn't just say that God made water next; it says he separated the waters on earth from the waters in the sky; he made precisely that water that the scientists require.

Science says life would have begun in the oceans and plants would have spread onto land, which is just what Genesis says the third day saw. Then comes the fourth.

Day four always used to confuse me as a kid. Why would God create light on day one and not make the things that make light until day four. How did that make sense? But the Venus probe could see light in the thick pea-soup of Venus' atmosphere, even though it couldn't see the sun moon and stars. Scientists say earth's atmosphere would have been pretty soupy too back in the day , and the skies wouldn't have turned blue and clear, and we wouldn't have seen stars until the plants appeared and scrubbed out the impurities.

Then, of course, there's fish and birds and dinosaurs on day five--since ancient English didn't have a word for dinosaur I'm pretty sure ancient Hebrew didn't either, but the sea-monsters and Leviathans of Genesis 1:21 sound like a decent approximation (RSV translates it, unimaginatively, as whales). Then came mammals. Then came man.

As a scientist, I've got to ask how the people writing Genesis, well over 2,000 years ago, somehow managed to guess the right sequence for everything, even including the singularly improbably sunshine on day 4. The simplest explanation that occurs to me is someone told them. And unless I'm going to guess that we discover time travel some day, that someone was God. So, no, I don't think faith and science are enemies. It's science that strengthens my faith and deepens its delight. And it's faith that makes me long to know more, trusting God that there's more to be known, leading me to study science.

Inspired by Faith and Science: Religous Science

So, we've look at an example of secular faith. Now let's look at religious science. When I was studying cosmology we were at the tail end of the Big Bang debate, so here's a few specifics so you can see where the science was going:

1. Different materials burn with different colored flames. You can make a sort of barcode with the light from a star, bright lines where gasses emit light, dark ones where light's absorbed, and use it to determine what elements are in the star.
2. Analysing the barcode of the sun works fine, but the barcodes of all the other starts seem to be shifted--all by the same amount--towards the red end of the spectrum. This would happen if the universe was made up of entirely different elements from the ones occurring on earth, with the odd property that every element emits and absorbs light in the same way as its earth counterpart, just a little way further into the red. Or the universe might be expanding and the stars are like currants in a loaf that rising on the shelf, all moving away from each other at the same speed. The second explanation's simpler. Simple explanations, those requiring fewest external assumptions, are always better.
3. If the universe is expanding like a currant loaf, it might once have been very very small. The point where the small universe exploded--i.e. started expanding--would be called the Big Bang.

Of course, the theory's probably moved on a lot since my day--science does that. But the idea then was that the universe began in a huge flash of light. Scientists asked what they could find to prove this today, and looked for light at a particular wavelength, which they found, and for dark matter of a particular density between stars, which they found, and so on.

Meanwhile, there was a small group of scientists who believed "religiously" that a universe with a beginning would have to have a beginner--sort of Big Bang implies God. I don't think they were right, but they thought they were so they came up with ever more complicated explanations for the evidence, and ever more complicated ways to avoid the possibility of a Big Bang.

Eventually one of their leaders became convinced of the Big Bang theory, and hence of God's existence, though as Christians we might not necessarily recognize his beliefs. Perhaps if he'd looked more closely at other sciences too, and compared their ideas with what's written in the Bible, he might have come to some different conclusions. But perhaps he knew, as so many Christians "religiously" claim to know today, that science and the Bible can never agree. Can they?

Inspired by Faith and Science: Secular Faith

The professor, who's name I've forgotten, asked us to consider why English schoolchildren grow up convinced that the Romans conquered Britain and their emperor said "Veni, Vidi, Vinci," meaning "I came, I saw, I conquered."

1. We trust the teachers who tell us these things, trust the institutions that taught and qualified them and the schools that employed them. We decide they're probably not out to deceive us.
2. We trust the documentation: In Latin class we would translate simplified versions of ancient passages, but of course, we translated passages about Odysseus meeting the Sirens too. Why didn't we believe those were true? Perhaps because they didn't fit our worldview, whereas the records of Roman invasion were backed up by other evidence.
3. We trust the science: We trust the archeologists who dig beneath those villas and Roman roads. We trust the carbon dating of remains. We trust the derivations of names, the histories constructed from records and remains all over the world. We don't dig out the evidence ourselves, and wouldn't know how to perform the tests, but we trust them.

If we drive and don't understand organic chemistry, if we use emails and don't understand how IP addresses work, if we eat and don't grow and breed and fertilize our own food, then we live by faith, and it's not a crutch; it's an essential part of human life.

The professor continued by saying there's two types of faith: not spiritual and secular, but rather religious and informed. The above were all examples of informed faith--we'd change what we believed if we found we were wrong. Religious faith (not a spiritual term) isn't willing to change whatever the evidence, like the girl who runs religiously every day before breakfast, come rain or shine or hurricane, and will brook no obstacles.

Inspired by Faith and Science: Definitions

If faith is not just the crutch of the spiritually minded, how do we define it? Assuming a Christian audience we might come up with something like...

1. Belief in things unseen?
2. Hope for things yet to come?
3. Trust in something that's beyond ourselves?

But what about science? How will we define that?

1. Science is not "only believing in what we can see." After all, I've never seen an atom or a molecule, or watched an electron slip from one shell to the next, yet I believe all these things and I confidently switch on lights. Perhaps I'll call science "testing what can be seen."
2. Science is not "believing we know everything" or scientists wouldn't keep trying to find out more. Maybe I'll call it "hypothesizing about what's not yet tested."
3. Scientists don't "only trust themselves." Galileo's theory was built on the work of others. So was Einstein's. So is Hawking's. Maybe scientists test before they trust.

I wonder if it's true that a group of scientists would quickly agree on definitions of science then argue about faith. And I wonder if some of their answers might seem just as insulting as "Scientists only believe what they can see, think they know it all, and only trust what they observe" might be to scientists.

Inspired by Faith and Science: Qualifications

If I'm going to speak about faith and science I really should start by giving my qualifications, so here goes:

Faith: I grew up Catholic. My Dad was Catholic and my Mum's Methodist. My brother's a Catholic priest and my Granddad was a Methodist lay-preacher. My Uncle served a term as President of Gideon's UK. As for me, I've been a communion minister, prayer leader, home-group leader, worship leader, and Sunday school teacher, plus I served three years as an ordained elder on session in a Presbyterian Church. There are reasons I call myself a Mongrel Christian!

Science: I have a Bachelors and Masters from Cambridge University England, where I studied mathematics and specialized in mathematical astronomy and cosmology in my final graduate year. I attended lectures from such luminaries as Stephen Hawking, Martin Reese and John Polkinghorne, among many others. And I was Fisher House rep to the Newnham branch of CICCU, which means I represented the Catholic chaplaincy in the Cambridge Inter-Collegiate Christian Union. (If you think that's a mouthful, try OICCU, which is what we called the rival Christian union at Oxford.)

Being in Cambridge and in CICCU meant I could hear the most amazing world-renowned Christian speakers on Saturday evenings. Having a hopeless memory means I can't remember their names, but I do remember one of them explaining that faith is not the sole domain or crutch of the spiritually minded, but rather it's something everybody lives by all the time. More about that next...

Inspired by Faith and Science

I'm teaching a Sunday school class next Sunday on Faith and Science, so I thought I'd use my blog to get my thoughts in order. Not that I plan to teach from notes... I'd never remember where I was. (I know myself too well: The voice works fine when public speaking but the fingers shake like leaves about to fall, and there's more than plenty of them outside just now.) I've been lecturing myself while driving the car and I've got it all planned out, I think: A quarter hour for qualifications and definitions; another quarter for examples of secular faith and religious science; and the final quarter for why building barriers between faith and science is so dangerous...

So, the next few days I'll add posts here and see if I can make it sound like sense. (Then I'll go back to writing that writing life.)

Faith and Science

I was asked to give a talk at church on "faith and science," and thought I should probably begin by giving my qualifications, so here they are...

Qualifications

Faith: I grew up Catholic. My Dad was Catholic and my Mum's Methodist. My brother's a Catholic priest and my Granddad was a Methodist lay-preacher. My Uncle served a term as President of Gideon's UK. As for me, I've been a communion minister, prayer leader, home-group leader, worship leader, and Sunday school teacher, plus I served three years as an ordained elder on session in a Presbyterian Church. There are reasons I call myself a Mongrel Christian!

Science: I have a Bachelors and Masters from Cambridge University England, where I studied mathematics and specialized in mathematical astronomy and cosmology in my final graduate year. I attended lectures from such luminaries as Stephen Hawking, Martin Reese and John Polkinghorne, among many others. And I was Fisher House rep to the Newnham branch of CICCU, which means I represented the Catholic chaplaincy in the Cambridge Inter-Collegiate Christian Union. (If you think that's a mouthful, try OICCU, which is what we called the rival Christian union at Oxford.)

Being in Cambridge and in CICCU meant I could hear the most amazing world-renowned Christian speakers on Saturday evenings. Having a hopeless memory means I can't remember their names, but I do remember one of them explaining that faith is not the sole domain or crutch of the spiritually minded, but rather it's something everybody lives by all the time.

Definitions

That being the case, just how do we define faith? Assuming a Christian audience, in Sunday school for example, we might come up with something like...

Faith is
1. Belief in things unseen.
2. Hope for things yet to come.
3. Trust in something that's beyond ourselves.

But what about science? How will we define that?


Science is...?

1. Science is not "only believing in what we can see." After all, I've never seen an atom or a molecule, or watched an electron slip from one shell to the next, yet I believe all these things and I confidently switch on lights. Perhaps I'll call science "testing what can be seen."
2. Science is not "believing we know everything" or scientists wouldn't keep trying to find out more. Maybe I'll call it "hypothesizing about what's not yet tested."
3. Scientists don't "only trust themselves." Galileo's theory was built on the work of others. So was Einstein's. So is Hawking's. Maybe scientists test before they trust.

I wonder if it's true that a group of scientists would quickly agree on definitions of science then argue about faith. And I wonder if some of their answers might seem just as insulting as "Scientists only believe what they can see, think they know it all, and only trust what they observe" might be to scientists.

Secular Faith

The professor, who's name I've forgotten, asked us to consider why English schoolchildren grow up convinced that the Romans conquered Britain and their emperor said "Veni, Vidi, Vinci," meaning "I came, I saw, I conquered."

1. We trust the teachers who tell us these things, trust the institutions that taught and qualified them and the schools that employed them. We decide they're probably not out to deceive us.
2. We trust the documentation: In Latin class we would translate simplified versions of ancient passages, but of course, we translated passages about Odysseus meeting the Sirens too. Why didn't we believe those were true? Perhaps because they didn't fit our worldview, whereas the records of Roman invasion were backed up by other evidence.
3. We trust the science: We trust the archeologists who dig beneath those villas and Roman roads. We trust the carbon dating of remains. We trust the derivations of names, the histories constructed from records and remains all over the world. We don't dig out the evidence ourselves, and wouldn't know how to perform the tests, but we trust them.

If we drive and don't understand organic chemistry, if we use emails and don't understand how IP addresses work, if we eat and don't grow and breed and fertilize our own food, then we live by faith, and it's not a crutch; it's an essential part of human life.

The professor continued by saying there's two types of faith: not spiritual and secular, but rather religious and informed. The above were all examples of informed faith--we'd change what we believed if we found we were wrong. Religious faith (not a spiritual term) isn't willing to change whatever the evidence, like the girl who runs religiously every day before breakfast, come rain or shine or hurricane, and will brook no obstacles.

Religious Science

The above might qualify as examples of secular faith. Now let's look at an example of religious science. When I was studying cosmology we were at the tail end of the Big Bang debate. Here's a few specifics so you can see where the science was going:

1. Different materials burn with different colored flames. You can make a sort of barcode with the light from a star, bright lines where gasses emit light, dark ones where light's absorbed, and use it to determine what elements are in the star.
2. Analysing the barcode of the sun works fine, but the barcodes of all the other starts seem to be shifted--all by the same amount--towards the red end of the spectrum. This would happen if the universe was made up of entirely different elements from the ones occurring on earth, with the odd property that every element emits and absorbs light in the same way as its earth counterpart, just a little way further into the red. Or the universe might be expanding and the stars are like currants in a loaf that rising on the shelf, all moving away from each other at the same speed. The second explanation's simpler. Simple explanations, those requiring fewest external assumptions, are always better.
3. If the universe is expanding like a currant loaf, it might once have been very very small. The point where the small universe exploded--i.e. started expanding--would be called the Big Bang.

Of course, the theory's probably moved on a lot since my day--science does that. But the idea then was that the universe began in a huge flash of light. Scientists asked what they could find to prove this today, and looked for light at a particular wavelength, which they found, and for dark matter of a particular density between stars, which they found, and so on.

Meanwhile, there was a small group of scientists who believed "religiously" that a universe with a beginning would have to have a beginner--sort of Big Bang implies God. I don't think they were right, but they thought they were so they came up with ever more complicated explanations for the evidence, and ever more complicated ways to avoid the possibility of a Big Bang.

Eventually one of their leaders became convinced of the Big Bang theory, and hence of God's existence, though as Christians we might not necessarily recognize his beliefs. Perhaps if he'd looked more closely at other sciences too, and compared their ideas with what's written in the Bible, he might have come to some different conclusions. But perhaps he knew, as so many Christians "religiously" claim to know today, that science and the Bible can never agree.

Let's look at Genesis 1, a popular sticking point in faith vs science debates, and see just how much agreement we can see.

Genesis 1

Genesis 1:3 says God began creation by making light. That's kind of neat, since we've just been looking at science saying the universe began with a flash of light.

But my early interest in astronomy wasn't confined to cosmology. I wanted to know what stars and planets were made of. I was fascinated by results from probes sent to Venus and Mars. The scientists were looking, amongst other things, for for free water, or ice, on Mars as a prerequisite for life. Water vapor in a Venus soup just wouldn't do. We need free-flowing water in puddles and watery clouds in the sky for life to exist. And Genesis 1:6 doesn't just say that God made water next; it says he separated the waters on earth from the waters in the sky; he made precisely that water that the scientists require.

Science says life would have begun in the oceans and plants would have spread onto land, which is just what Genesis says the third day saw. Then comes the fourth.

Day four always used to confuse me as a kid. Why would God create light on day one and not make the things that make light until day four. How did that make sense? But the Venus probe could see light in the thick pea-soup of Venus' atmosphere, even though it couldn't see the sun moon and stars. Scientists say earth's atmosphere would have been pretty soupy too back in the day , and the skies wouldn't have turned blue and clear, and we wouldn't have seen stars until the plants appeared and scrubbed out the impurities.

Then, of course, there's fish and birds and dinosaurs on day five--since ancient English didn't have a word for dinosaur I'm pretty sure ancient Hebrew didn't either, but the sea-monsters and Leviathans of Genesis 1:21 sound like a decent approximation (RSV translates it, unimaginatively, as whales). Then came mammals. Then came man.

As a scientist, I've got to ask how the people writing Genesis, well over 2,000 years ago, somehow managed to guess the right sequence for everything, even including the singularly improbably sunshine on day 4. The simplest explanation that occurs to me is someone told them. And unless I'm going to guess that we discover time travel some day, that someone was God. So, no, I don't think faith and science are enemies. It's science that strengthens my faith and deepens its delight. And it's faith that makes me long to know more, trusting God that there's more to be known, leading me to study science.

Does it Matter?

Does it matter if Christians make faith and science out to be enemies, condemned to always be at odds with each other. Yes, I think it does.

1. It's foolish, and it makes faith look foolish--not a good witness to the wisdom of God. If we teach that the earth must be flat because the Bible says it has four corners (Isaiah 11:12, Rev 7:1) and everything can be seen from the top of a single mountain (Matt 4:8); or if we teach that the sun goes round the earth because the Bible says the earth doesn't move (various psalms, 93:1, 96:10, 104:5) and the sun does (Joshua 10:12, Ecc 1:5); then we're teaching man's interpretation in the place of God's word, which really isn't so much different from "teaching as doctrines the commandments of men" (Matt 15:7) as the hypocrites do.
2. It's dangerous. When we place a barrier between faith and science, we place a barrier between faith and people of science. We make it harder for a scientist to turn to the Bible when science convinces him there's a God. We make it harder for the college kid to go back to church once he's realized the evidence for evolution is so beautifully convincing, and just possible we cause "one of these little ones who believe God to stumble," to stop reading the Bible--at which point it's just possible God might have a few millstones waiting for our necks (Matt 18:6).
3. And it's sad. If we tell our scientifically minded kids they can't love God and study science, it's like telling the art student they can't love Rembrandt and study his technique. We deprive them of God-given joy.

I like Rembrandt and don't know a thing about his technique, but that's okay. And it's okay to love God and not know a thing about science. But it's not necessary.

Meanwhile, if the majority of scientists seem to scorn some peculiarly Christian interpretation of the evidence (say, concerning evolution), well, maybe that's just the same scorn we once had for the atheist Big-Bang-deniers--a question of religious conviction over-riding scientific investigation maybe, but not a question of science opposing faith.

Conclusion

So, let's look at Genesis 1 again. What's the first action word, the first word trying to describe how God made the universe? "God said." He spoke it into being.

Usually when people speak they make words. So this, the whole incredible wonderful universe around us, this is the word of God, made manifest in created matter, in stuff that can be studied by science.

And this book, this Bible, is the word of God made manifest in human language.

And this Jesus that we read about in the New Testament, is the word of God made flesh and living among us (John 1:14)

God spoke three times, and I don't believe he ever contradicts himself. If the Old Testament and the New seem to disagree, that's not God changing his mind; it's us failing to understand. And if faith and science seem to disagree, I'm convinced the problem lies with us, and we need to look more closely at our interpretations of both.

I was invited back afterwards to answer questions submitted by email from the class. Click here to read about our question and answer session.