2013 Holy Week blogs
In the previous blog, Science and Creation from Nothing, I mentioned my interest in what science is saying, but also acknowledge my limited capacity to understand pure science especially the math. I read in the past few weeks Astrophysicist Dave Goldberg’s new book, The Universe in the Rearview Mirror: How Hidden Symmetries Shape Reality. I will admit the book was way beyond my scientific comprehension. My aging brain simply cannot remember the names let alone the differences between all the subatomic particles.
“It would be fantastic if the universe really were built up from just three particles, but for some reason, there are lots of “elementary” particles that don’t seem to do much of anything. There are at least twelve different fermions, and at least five different types of bosons, each with different spin states, antiparticles, and so on, giving a grand total of sixty-one. This is to say nothing of the literally hundreds of different composite particles. We have a laundry list of particles and forces but, so far in our story, no real idea of where they come from.” (Kindle Loc. 2962-66)
Yeah. Well, so I admit that I skimmed parts of the book as I just didn’t have the interest in what was being said. And I can’t remember what it was in a review that I read that led me to decide to read the book. But Goldberg is funny at points, and a few sections of the book were of interest, but over all I lost sight of symmetries and particles too. I did take comfort in a story he told:
“There’s a famous story wherein Enrico Fermi (who won the Nobel Prize in 1938) was speaking to his student Leon Lederman (who himself won the prize in 1988). Lederman asked Fermi about some particular particle or other, to which Fermi replied: Young man, if I could remember the names of these particles, I would have been a botanist.” (Kindle Loc. 2955-59)
And I am certainly not a botanist, so the names of those many and varied particles completely escapes me. If a Nobel Prize winning physicist doesn’t need to remember the names of those particles then I won’t bother either.
Another bit of Goldberg humor (at least I thought it is pretty funny):
“In 1983, the very grand sounding seventeenth General Conference on Weights and Measures defined the second in terms of the ‘hyperfine transition’ of cesium-133. Every now and again, a cesium atom will give off light, so the conference defined a second as 9,192,631,770 times the period of the emitted photon. Once you know what a second is, figuring out distance is a piece of cake. A meter is simply defined as the distance that light travels in 1/299,792,458 second.” (Kindle Loc. 638-42)
If you need someone to explain the humor, don’t worry about it.

The rest of my comments aren’t going to be related to what the book is about, because to be honest I don’t have enough scientific understanding to put the book in context. My apologies to Prof Goldberg for bringing up his book without referencing any of the real points he was making.
I do want to point out the obvious that science and religion have different interests in understanding the universe. If we want to understand the universe scientifically, I would highly recommend studying science. In general, the Bible and Patristic texts were not written by or for modern scientists, and they have a different interest in the universe than modern science. (See the comment by Tim McL to my blog Scientists and Angelic Thinking). The Patristic Writers were as opposed to superstition and false scientific beliefs as any of us, but they all were pre-scientific in their thinking. So while they often accepted the science of their day as true, they cannot be used today to prove scientific ideas. For example, St. Gregory Palamas (d. 1359AD) says with the same authority with which in interprets scripture that the earth is the center of the universe.
“So then, ‘in the beginning God made heaven and earth’… He surrounded the motionless earth, as a central point, with the higher circle of the perpetually moving heavens, holding them in place by means of what lies between, all according to His wisdom, that the universe might stay stable while in motion. When the heavenly bodies all around were moving unceasingly and at great speed, the motionless earth had of necessity to take its place at the centre, its stability counterbalancing the motion, lest the sphere of the universe roll off its course.” (THE HOMILIES, p 44)
St. Gregory assumes his science is true, but today, no scientist would read Gregory to learn about astrophysics. And if the Church were to declare that Gregory’s astrophysics are true, no scientist would ever believe the Church about anything. In the Church we acknowledge that science has discovered truths not mentioned in the bible and not taught by the greatest saints of the Church.
Palamas can be forgiven for not having the science correct as he dies almost 200 years before Nicolaus Copernicus (d. 1543) and almost 300 years before Galileo Galilei (d. 1642). Palamas knew nothing of the Copernican revolution. We Orthodox need to be aware that our greatest Patristic writers did rely on the science of their day, but we can’t rely on their comments to determine what science we believe today. They did not reject the science of their day because it was ‘secular’ but relied on what they believed science had shown to be true. Today science is reaching far beyond (in space, time, and even on the sub-atomic level) anything the Patristic writers could imagine. So we can’t really say what they would have thought about the science of our day, but can infer that since they used ‘secular’ science in their thinking, they would have continued to do so had they lived in the 21st Century.
Goldberg in his book notes that it was churchmen who began advocating modern science, and found themselves in opposition to the Roman Catholic Church which was still holding to the same scientific ideas which St. Gregory Palamas taught in the 14th Century.
“Giordano Bruno, who was first and foremost a Dominican friar, went much further than Copernicus. Not only did Bruno argue that the sun was the center of our universe, but he also thought (correctly, as it turns out) that all of the stars are simply suns like our own. He wasn’t framing things in hypotheticals. Instead, he argued: In space there are countless constellations, suns and planets; we see only the suns because they give light; the planets remain invisible, for they are small and dark. There are also numberless earths circling around their suns, no worse and no less than this globe of ours. For no reasonable mind can assume that heavenly bodies that may be far more magnificent than ours would not bear upon them creatures similar or even superior to those upon our human earth. Bruno was right about the ridiculous number of planets in the universe. As of this writing, there are over 800 known planets or planetary candidates in our galaxy, and if the early results from the Kepler planet-finding satellite mission are any indication, it looks as though there may be a great many that are potentially habitable. Being right, it turns out, isn’t always enough. In 1600, the Inquisition burned Bruno at the stake for heresy.” (Kindle Loc. 1076-85 )
It would be wrong and simplistic to say Bruno was burned for teaching scientific truth. He held many other religious and philosophical ideas that were at odds with the Roman Church. It happens that Bruno’s science was correct (at least about the existence of many suns and planets) long before it could be proven. But the fact that Bruno was correct about some science, doesn’t mean he was correct on everything he said or taught about religion.

Palamas’ cosmological comments come not in a course on science, but in a sermon he gave for the first Wednesday in Lent. The sermon’s theme is fasting, not cosmology. He speaks about science as he assumes it is true and well known by everyone in his day.
My point in mentioning these things is simply that we have to know what truth we are looking for and know where to look for that truth. If we want a modern scientific understanding of the universe, read modern scientists. If you want to know about Christian self-denial, read the Patristic monks. It is true that occasionally modern science affirms something that Patristic writers taught (creation out of nothing for example, mentioned in the previous blog). And it is true that sometimes scientific ideas in the Patristic era turn out to be true (you can find Orthodox writers from the 4th Century who taught the world is round and who understood that ‘night’ is nothing more than being in the shadow cast from the earth as the sun was shining on the opposite side of the earth). The Patristic writers were not opposed to science, but were opposed to superstition and pagan myths. They often relied on the science of their day for examples and for understanding the world about them. They did believe everything in the universe was made up of the four elements (fire, water, air, earth) – and this idea is even mentioned in Orthodox prayers blessing water. But we are not obliged to believe or teach their science. We have to relate God to fermions and bosons and antiparticles, spin up and quantum quarks and quirks.
