Many winter mornings, I wouldn’t go out on a walk if it wasn’t for Gracie, our golden retriever. Some days it’s so cold that our walks are very short. The cold wind isn’t comfortable, and it makes my nose run. Once I’m out the door forging slowly through snow, there is so much beauty.
I wonder if heading out into a cold winter morning may have some things in common with plunging into cold water. Research indicates repeatedly plunging into cold water for two minutes a day apparently helps build courage. Apparently, it helps with resilience to deal with the times when the cold waves of life leap out and drench us. Perhaps pushing through that first unpleasant plunge into the cold has some of the same value. In the photo below, Gracie is hesitating stepping into a deep drift. She plunged in leaping and then played in big jumps in a circle. This picture is up on our photography website at https://phil-rispin.pixels.com/featured/winter-walk-karen-rispin.htmlhttps
Wishing you beauty in the harder bits of your life.
It’s winter here. So cold!! It’s been around 20 degrees below zero Fahrenheit for a week (right around -30 C). I took the fence picture on a really cold morning walk. And we have months of this ahead of us. During this cold dark time when we have had plans disrupted over and over, I have found it very easy to lose motivation. Especially if that motivation was aimed at completing a specific task or achieving a goal. Why even try anymore? What’s the use and what hope is there anyway?
Those of us who fly owe a great deal to German aerodynamicists who worked during the 1930s. Ironically the iconic elliptical wing design of the Supermarine Spitfire was influenced by several men. Most notably a young man named Beverly Shenstone. Shenstone was a Canadian who had been working for Junkers in Germany for a couple of years before being hired on by Supermarine in England. While in Germany Shenstone met a man named Ludwig Prandtl who was the first aero engineer to describe Elliptical Lift Distribution and how it influenced Induced Drag. Other innovations learned in Germany by Shenstone included the use of a thin wing section and flush rivets. It was from this information that the elliptical wing design for the spitfire was born. So, the legendary Spitfire, that came to the world’s attention during the Battle of Britain had some roots in German soil.
His studies in the creation of lift were foundational in the design and construction of aircraft. What Lilienthal did made it possible for aircraft like the Boeing 747 to be flying, providing service, less than one hundred years after his death. Anyone who looks at the timeline of development of the airplane must be impressed by the speed with which this has taken place since Lilienthal’s success with gliders. In my mind every time I leave the ground it’s a miracle. I often say “and the miracle happens again” as we ease the aircraft off the ground. All of this reminds me of a verse from the Bible found in Proverbs 25:2 “It is the glory of God to conceal a matter; to search out a matter is the glory of kings.” So, God hid the principles of flight in the smallest birds that are all around us and it took an Otto Lilienthal to seek this out. This makes me wonder how many things we have left to discover about our world.
By Phil Rispin
The first and second World Wars were hard on my family. In World War I, my grandmother lost her father and brother. My grandfather came home with a gunshot wound and died later of septicemia. He lived long enough after his medical discharge to sire my dad and his older brother Ronnie. In World War II, Ronnie served as a tail gunner in a Wellinton Bomber and was killed. Dad lied about
Throughout nature there is a pattern sometimes called the golden mean. Medieval monks saw them as an echo of the trinity, evidence of the hand of God. Monks called this proportion “The Divine Section”. It’s everywhere in nature and we find it beautiful. More than that, they felt, (and so do I) that it is echoing the nature of the trinity. There is “three in one” in this pattern. The shorter section is to the longer as the longer is to the whole. Patterns using this relationship are found at many scales from spiral galaxies to sea shells, the proportions of the human body and the spiral in the double helix of the DNA molecule.
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