Tag: Smiles

We do have some striking place names around the Bold Coast

~ Jnana Hodson ~ Leave a comment

If you haven’t noticed, I can be entranced by place names. So for ten around here, let’s go.

  1. Bailey’s Mistake. Did they really land and then settle in the wrong spot?
  2. Boot Head. Try picturing that.
  3. Cutler. It even has a song about drilling into the bottom of barrels of wine confiscated during the Prohibition. And there’s a plank of wood as evidence.
  4. Destiny Bay. Also at Cutler, but what a name.
  5. Machias. Even as something-or-other disgusting kind of falls in the Native name.
  6. Magurrewock Mountain in the Moosehorn National Wildlife Preserve. At a modest 377-elevation, it still deserves attention, even if you can’t pronounce it.
  7. Meddybemps. It’s a town and a huge lake, but still, try repeating it three times.
  8. Moosehorn National Wildlife Preservation. Moose don’t have horns but antlers, despite the naming of a small river.
  9. Pope’s Folly. The small island just off the Old Friar monolith of Campobello Island, New Brunswick, seems to elude historic explanation. I’m not convinced it’s entirely religious.
  10. Treat Island. Named for an early settler, no matter the consequences, it’s still part of Eastport. And a fine IPA brew exists in its honor.

Ten things Baskerville, so do come along

~ Jnana Hodson ~ 2 Comments

As I’ve related in other posts here, ours is widely known around town as the Anna M. Baskerville house.

For a writer and editor like me, though, Baskerville was also an important typeface in the advancement of printing.

It was the body type of the first newspaper I edited, the Belmont Hilltopper. Yup, back in high school. Our headlines were mostly Bodoni, another classic that’s mostly vanished in the internet era.

Here’s an introduction to its founder and a bit more.

So here goes for this week’s dive into arcane wonders.

  1. The typeface was designed in the mid-1750s by John Baskerville in Birmingham, England, as an intermediary between older styles, including one of my favorites by William Caslon.
  2. Baskerville increased the contrast between thick and thin strokes, making the serif faces sharper and more tapered, and shifted the axis of rounded letters to a more vertical position. Maybe you take that for granted, but it does enhance readability. Trust me.
  3. He was a wealthy industrialist who started his career as a teacher of calligraphy and a carver of gravestones before making a fortune as a manufacturer of varnished lacquer goods. You never know where you’ll encounter a true inventor or artist.
  4. In 1758, he was appointed University Printer to the Cambridge University Press, where in 1763 he published his master work, a folio-size Bible. Glory be!
  5. On his death his widow Sarah eventually sold his material to a Paris literary society, placing them out of reach of British printing, not that the move stopped imitations. The French, on the other hand, seem to have loved his openings.
  6. Oh, my, the technical discussions lead to a true rabbit hole of fine distinctions. I’m not going there, though some of you readers definitely should.
  7. John Baskerville is also noted for inventing a wove paper, smoother than laid paper that allowed for better printing impressions. One advance can definitely lead to another.
  8. Even as an avowed atheist, he was appointed printer to the University of Cambridge where he printed The Book of Common Prayer in in 1762 and a splendid Bible in 1763.
  9. By the way, you won’t find a town named Baskerville on a map. There is, though, a Baskerville Hall in Wales.
  10. A more likely place to find Baskerville is in the novel by Arthur Conan Doyle, one of the most popular novels ever.

How many types of boats under sail do you recognize?

~ Jnana Hodson ~ Leave a comment

Living around big waters, as I do now, means hearing a number of new terms to identify boats big and small. When you merely read about them, say in a history book, you can usually skim over the word and move on.

Not so when you’re trying to describe what you just saw.

Today we won’t attempt to get into the array of mostly motorized vessels. Not even a Bayliner versus a Boston Whaler. Naval ships alone would require a long list.

Instead, let’s look at a general overview of boats originally powered by the wind. (Admittedly, today many of them will have an internal engine for additional power.) These can range from small sailboats to majestic tall ships.

  1. Sloop. The most common type of sailing vessel, it has a single mast, usually with one triangular mainsail (in what’s called Bermuda rigging) and, in the front, a triangular headsail, usually a jib. These can range from small, single-person fun boats to larger racing boats manned by trained crews.
  2. Cat. Or catboat. Has a single mast rising from the front of the boat and a large, single sail on a long boom. A second beam of wood, called a gaff, runs along the top of the sail, turning it into a four-sided sheet of hexagonal shape rather than the triangle. They were popular New England workboats around the early 1900s, short (typically ) 20 to 30 feet long and wide, highly stable, and have made a comeback today.
  3. Cutter. A single-masted vessel resembling a sloop, but often having a gaff-rigged mainsail and an extended spar called a long bowsprit extending from the bow, which allows a second headsail (a staysail, or “staysul.”)
  4. Schooner. Two or more masts, with the largest sail (the mainsail) at the aft, plus a foresail (resembling the mainsail) on the mast ahead of it as well as a jib and staysail at the bowsprit. They may also have one or more topsails and a small sail called a mizzen aft of the mainsail. With their complex rigging, they can be fast and undeniably majestic. And, yes, my favorite.
  5. Ketch. Resembles a schooner but has an extra mast behind the mainsail.
  6. Yawl. This term has several different meanings, the first regarding rigs with one or two fully equipped masts plus a mizzen mast aft. It can also refer to a double-ended hull boat that could be worked from the beaches, not that I’m finding any reference to sailing in what would be the equivalent of reverse gear. Some of them, if you’re a bettor, may have been the fastest-sailing open boats ever built. And it even seems to be a kind of dinghy. Just so you get an idea of how loose some of these terms can be.
  7. Brig. This two-masted ship introduces us to square-rigging with sails arrayed on horizontal spars perpendicular to the keel and masts – that is, “squared.” The spars, called yards, present the sails to face the wind from behind. The foremast of a brig is always square-rigged, but some varieties may have a gaff or lateen sail on the mainmast. (Lateen is an ancient arrangement I won’t get into unless you’re going to Egypt.) “Square,” as far as masts go, means more or less perpendicular to the hull, unlike the ones more or less parallel to the hull. Trust me on this.
  8. Barquentine. Its foremast was square-rigged, with gaff-rigged masts behind. But let’s skip ahead.
  9. Barque (or bark). A three- to five-masted square-rigged ship consisting of a foremast, mainmast, and a smaller, often gaff-rigged mizzen mast at the aft for steering stability. Far and away the most numerous of the square-rigged vessels. Enough of the finer points. Let’s turn to the most glorious.
  10. Tall (or full-rigged) ship. Three or more masts, all fully square-rigged, one sail above another, often five or six on a mast, with a hull often much longer than a schooner. The individual sails were smaller than a schooner’s and less likely to rip out in a storm, but the number of them provided more overall sail surface, allowing for maximum speed. The downside was that crews of 30 or more sailors were required for handling those sheets. Still, seeing one of them is exciting. It’s what you really picture first, after all. Now, for all of the subcategories, such as a frigate.

Inside Charles F. Kettering’s mind

~ Jnana Hodson ~ Leave a comment

The prolific inventor, entrepreneur, and civic influence Charles F. Kettering was still alive in the Dayton community when I was an aspiring chemist in my youth.

My career in science never materialized, but his influence as an inspired ideal of leadership remains.

You may recognize the name from the famed Sloan-Kettering cancer research hospital in Manhattan or from the city in southwest Ohio named in his honor. He also led the research teams that invented the electric cash register, the automobile electrical self-starter, and no-knock gasoline. Other work made the diesel engine practicable as well as the refrigerator and, in time, air conditioning. In all, he had 186 patents, second to fellow Ohioan Thomas Edison. He was a founder of Delco (Dayton Electrical Laboratory Company) and from 1920 to 1947 was head of research for General Motors.

As a power in the new General Motors corporation, he aligned with management pioneer Alfred Sloan – as in that Sloan-Kettering Hospital in Manhattan,.

Let me repeat, there’s even a city named in his honor.

Today we have another Double Tendrils.

Get ready to know him better. Let’s start with his perspectives on the creative process and problem-solving, especially as they apply to engineering and invention.  Here’s what he said:

  1. If you want to kill any idea in the world, get a committee working on it.
  2. I don’t want men of experience working for me. The experienced man is always telling me why something can’t be done. The fellow who has not had any experience is so dumb he doesn’t know a thing can’t be done – and he goes ahead and does it. … The person who doesn’t know something can’t be done will often find a way to go ahead and do it.
  3. Every great improvement has come after repeated failures. Virtually nothing comes out right the first time. Failures, repeated failures, are finger posts on the road to achievement. One fails forward toward success. … 99 percent of success is built on failure.
  4. An inventor fails 999 times, and if he succeeds once, he’s in. He treats his failures simply as practice shots.
  5. Inventing is a combination of brains and materials. The more brains you use, the less material you need. … A problem well stated is a problem half-solved.
  6. All human development, no matter what form it takes, must be outside the rules; otherwise, we would never have anything new.
  7. A problem thoroughly understood is always fairly simple. Found your opinions on facts, not prejudices. We know too many things that are not true.
  8. Research means that you don’t know, but are willing to find out.
  9. We work day after day, not to finish things; but to make the future better … because we will spend the rest of our lives there.
  10. If I want to stop a research program, I can always do it by getting a few experts to sit in on the subject, because they know right away that it was a fool thing to try in the first place.
  11. When I was research head of General Motors and wanted a problem solved, I’d place a table outside the meeting room with a sign: “Leave slide rules here.” If I didn’t do that, I’d find someone reaching for his slide rule. Then he’d be on his feet saying, “Boss, you can’t do it.”

And now for his perspective on life itself.

  1. There is a great difference between knowing a thing and understanding it. You can know a lot and not really understand anything.
  2. The world hates change, yet it is the only thing that has brought progress.
  3. If you’re doing something the same way you have been doing it for ten years, the chances are you are doing it wrong.
  4. Where there is an open mind, there will always be a frontier.
  5. My definition of an educated man is the fellow who knows the right thing to do at the time it has to be done. You can be sincere and still be stupid.
  6. If I have had any success, it’s due to luck, but I notice the harder I work, the luckier I get.
  7. The whole fun of living is trying to make something better.
  8. No one would have crossed the ocean if he could have gotten off the ship in the storm.
  9. You can’t have a better tomorrow if you are thinking about yesterday all the time.
  10. Every father should remember one day his son will follow his example, not his advice.

He really was one who made America great.

Just look at the fog

~ Jnana Hodson ~ Leave a comment

As a child, foggy mornings frightened me, and attempts to comfort me by calling them “fallen clouds” only thickened my anxiety. It was quite simply abnormal. Get me outa here!

Where I now live, I wouldn’t be surprised to see that we have more than a hundred foggy days a year. Many of those, it burns off early, but on others, we are caught in gray for what can extend for weeks. Maybe I need to start counting.

Still, as one Navy commander exclaimed, “You don’t have your share of fog. You have everyone’s!”

That said, let’s get more specific.

  1. Technically, it is a ground-level cloud. Water vapor, which is invisible, turns into tiny droplets that hang in the air. That happens in very, very high humidity, wherever the temperature falls below the dew point. Not that it’s dew, either.
  2. In order for fog to form, dust or some kind of pollution needs to be in the air. Water vapor condenses around these microscopic solid particles. Sea fog, which shows up near bodies of salty water, is formed as water vapor condenses around bits of salt.
  3. Its hazy and ethereal atmospheric marvel has inspired artists, writers, poets, and even lovers, and has a profound impact on various aspects of nature and human emotions.
  4. It’s not the same thing as mist. Fog is denser, more massive, thicker. There are more water molecules in the same amount of space in a fog.
  5. Fog cuts visibility down to one kilometer or roughly a half-mile, meaning it prevents you from seeing further away that from where you’re standing. Mist can reduce visibility to between up to a mile.
  6. One kind of fog is identified as radiation, when heat rising from the ground into cooler air than the air above it. Another is advection, when warm air blows across a cooler surface and condenses. It’s especially common on the west coast of the U.S. Hello, San Francisco. Upslope or orographic happens when warm air blows up a slope, such as the face of a mountain, and then cools “adiabatically.” It’s also called valley fog, when warmer air is trapped by mountains and much colder air above. Typically, it’s a winter phenomenon. And evaporation occurs when warmer water evaporates into cooler air.
  7. Don’t confuse it with smoke, even if London’s famed “fog” was really industrial-era air pollution. Well, that complicates on fashion-coat label.
  8. Fog enhances acoustic experiences. I can definitely hear the fog horn better when there’s fog and it did create the eerie experience of hearing voices from a ship we couldn’t see as it came to the pier.
  9. It’s more common in coastal areas, due to temperature differences between the water, air, and land. As I was saying about our encounters here?
  10. It can help mitigate high temperatures and reduce heat stress. Or turn everything into a steam bath. But it can also freeze into delicate layers of crystal across a landscape or treacherous conditions on boats, airplanes, cars and trucks. Make for slippery walkways, too.

Wherever you are, look for the fog bow, too, like a rainbow within a cloud.