Summary: God lays the foundation for all of life and godliness in Genesis.
John Haldane pioneered work in genetics, and in 1952 received the Darwin Medal from the Royal Society. Other awards he received included the Huxley Memorial Medal of the Royal Anthropological Institute and the 1960 Kimber Award from the U.S. National Academy of Sciences. He was also a socialist and Marxist.
Ronald Knox was a well-known priest and contemporary of Haldane. In addition to his parish work, Knox (a brilliant classists) wrote detective novels, translated the Vulgate and several devotional writings into English, and was a friend of G. K. Chesterton. In 1926, during his regular BBC Radio show, Knox broadcast a pretended live report of a revolution sweeping through London. Some historians believe this was the idea behind H. G. Wells’ War of the Worlds.
Haldane and Knox met on an occasion and began to speak about the origins of the universe. Haldane did not believe in God and said that in a universe containing millions of planets it was inevitable that life would appear by chance on one of them. Knox answered: “Sir, if Scotland Yard found a body in your Saratoga trunk, would you tell them, ‘There are millions of trunks in the world – surely one of them must contain a dead body’? I think they still would want to know who put it there.”
Who put it there indeed? That question is before us as we consider “The Beginning of…the Universe.”
One implant used by orthopaedic surgeons to repair severe fractures is placed inside the bone, then must be fixed with screws inserted from the outside. The surgeons cannot see the implant, so they use a portable x-ray machine during surgery to target the drilling for the screws. The process is difficult because after locating the holes, they must rotate the drill, guess the correct angle and drill “blind.” Sometimes the bit passes through the bone and implant; other times it misses, damaging one of the other.
As an engineer, I worked on a gear box to transfer the torque of the motor to a bit 90º rotated. We made the device from plastic, allowing the surgeon to watch the procedure live while he or she drilled through the bone and implant. We searched long for a material which could survive the extremes of orthopaedic surgery, but eventually we finished the design.
The project then went to production and soon the first 100 radiolucent gear boxes were made. They were beautiful! (One of the great rewards in engineering is seeing your design converted into actual products.) All that remained was the final manufacturing step – heat treatment. (When certain materials are cut or shaped, they can absorb significant material stress. Therefore, they are slowly warmed in a controlled environment to relax and dissipate the residual stresses.) One hundred devices went into the oven, and 100 pieces of shattered plastic (like the windshield of a wrecked car) came out. And the question asked was: “Whose fault is this?” Each drill was to sell for around $500 so management began to ask, “Who made the $50,000 mistake?”