Do you remember the beautiful pictures of the horse and mare from Saturday, 4th August? Well many did and loved that Post as was recorded by the number of ‘Likes’. That was sent to me by Cynthia.
Here’s another one from Cynthia; a beautiful insight into the world of nature, seen over 20 million times!
Normally my week-end posts are lighthearted. But I do hope you will forgive the departure for today.
Regular readers of Learning from Dogs will recall that on the 2nd August I published a piece under the title of Changing the person: Me. It offered several examples of how personal change or transition is tough but that the rewards that come from understanding the personal and emotional consequences of big life changes are immense. As I wrote then,
The most important thing to note, and this is why so many ‘change’ ambitions fail, is that change is deeply unsettling at first. When change happens for the majority of us, often ‘forced’ on us as a result of unplanned life events, we are left deeply unsettled; a strong feeling of being lost, of being in unfamiliar surroundings. Think divorce or, worse, the death of a partner or child, reflect on how many sign up for bereavement counselling in such circumstances. Big-time change is big-time tough (apologies for the grammar!).
Then I came across the story of how Eric Clapton coped when his four-year-old son fell from the window of the 53rd-floor window of his mother’s friend’s New York City apartment. Here’s an extract from the WikiPedia entry:
The years following 1990 were extremely turbulent for Clapton. In August 1990, his manager and two of his roadies (along with fellow musician Stevie Ray Vaughan) were killed in a helicopter accident. Seven months later, on March 20, 1991, Clapton’s four-year-old son Conor died after falling from the 53rd-floor window of his mother’s friend’s New York City apartment. He landed on the roof of an adjacent four-story building. After isolating himself for a period, Clapton began working again, writing music for a movie about drug addiction called Rush. Clapton dealt with the grief of his son’s death by co-writing “Tears in Heaven” with Will Jennings.
Here’s Tears in Heaven. Please stop whatever you are doing now and play this video. In under 5 minutes it demonstrates the power of the saying from Henry David Thoreau, the American author and poet – “Not until we are lost do we begin to understand ourselves”.
In an interview with Daphne Barak, Clapton stated, “I almost subconsciously used music for myself as a healing agent, and lo and behold, it worked… I have got a great deal of happiness and a great deal of healing from music“.
Eric Clapton
Let me close with another saying, this time from George Moore, the novelist, “A man travels the world over in search of what he needs and returns home to find it.”
Raise your eyes in wonder at the most wonderful annual show from space.
A Perseid meteor streaks across the sky in this Aug. 12, 2008 photo near Rogers Spring in the Lake Mead National Recreation Area in Nevada. (Ethan Miller/Getty Images)
As of August 8, 2012, the zenithal hourly rate (ZHR) of meteors visible in a dark sky has gone up to 21! That’s according to the International Meteor Organization. Clearly the Perseid meteor shower is rising to its peak, as it does every year at this time.
The peak mornings will be August 11, 12 and 13. August 12 might be the best morning. August 11 might be better than August 13. The moon is waning now. And many people are seeing meteors!
The Delta Aquarid and Perseid meteor showers combine in late July and August to create what most consider the best and most reliable meteor display for Northern Hemisphere observers. As always, after midnight is the best time for meteor-watching. The moon will be there, but getting thinner every morning. On the mornings (not the evenings) of August 11, 12 and 13, the moon will be a waning crescent, and the meteors should be flying at a rate closer to their peak of 50 or 60 meteors per hour. As an added treat – on August 11, 12 and 13 – the moon will be sweeping past the brightest planets Venus and Jupiter in the eastern predawn sky. You can’t ask for more!
Well you could ask for more and there is more on that very helpful website, ergo:
August 10/11, 11/12, and 12/13, 2012 Perseids
Meteors are typically best after midnight, but in 2012, with the moon rising into the predawn sky, you might want to watch for Perseid meteors in late evening as well. You can get moonrise times via this custom sunset calendar. As seen from around the world, the waning crescent moon will rise later on August 12 than on August 11, and, on the morning of August 13, although you’re slightly past the peak, the moon will rise later still.
On any of those mornings, moonlight shouldn’t be so overwhelming as to ruin the show. Plus the moon on those mornings will be near the bright planets Venus and Jupiter in the eastern predawn sky. It’ll be a beautiful early morning scene.
The Perseids are typically fast and bright meteors. They radiate from a point in the constellation Perseus the Hero. You don’t need to know Perseus to watch the shower because the meteors appear in all parts of the sky. The Perseids are considered by many people to be the year’s best shower, and often peak at 50 or more meteors per hour in a dark sky.
The Perseids tend to strengthen in number as late night deepens into midnight, and typically produce the most meteors in the wee hours before dawn. These meteors are often bright and frequently leave persistent trains.
Starting in late evening on the nights of August 10/11, 11/12 and 12/13, the Perseid meteors will streak across these short summer nights from late night until dawn, with only a little interference from the waning crescent moon. Plus the moon will be near the bright planets Venus and Jupiter in the eastern predawn sky.
Finally, here’s some fabulously helpful information on the NASA website:
NASA Chat: Stay ‘Up All Night’ to Watch the Perseids!
Escape the heat of the waning days of summer for an evening of sky watching. The Perseid meteor shower peaks on the night of August 11 through the morning of August 12. Perseid rates can get as high as 100 per hour, with many fireballs visible in the night sky. A waning crescent moon will interfere slightly with this year’s show, but viewing should definitely be worth a look!
On the night of Aug. 11-12, astronomer Bill Cooke and his team from the Meteoroid Environment Office at NASA’s Marshall Space Flight Center will answer your questions about the 2012 Perseid meteor shower via an “Up All Night” live chat. To join the chat, simply return to this page and log in. The chat experts will be available to answer questions between the hours of 11 p.m. – 3 a.m. EDT, beginning the evening of Aug. 11 and continuing into the morning of Aug. 12.
Watch the Perseids! Live Video/Audio Feed
On the night of Aug. 11, a live video/audio feed of the Perseid shower will be embedded below (go to here). The camera is mounted at NASA’s Marshall Space Flight Center in Huntsville, Ala. During daylight, you’ll see a dark gray box — the camera is light-activated and will turn on at dusk. At night you’ll see white points, or stars, on a black background.
About the Perseids
The Perseids have been observed for at least 2,000 years and are associated with the comet Swift-Tuttle, which orbits the sun once every 133 years. Each year in August, the Earth passes through a cloud of the comet’s debris. These bits of ice and dust — most over 1,000 years old — burn up in the Earth’s atmosphere to create one of the best meteor showers of the year. The Perseids can be seen all over the sky, but the best viewing opportunities will be across the northern hemisphere. Those with sharp eyes will see that the meteors radiate from the direction of the constellation Perseus.
The last couple of weeks of Posts seem to have been rather dominated by the risks to the planet’s biosphere from the highly probable actions of mankind. I feel a little uncomfortable about this as Learning from Dogs is not a single issue Blog. Well not in the sense of a tightly defined issue. But in another sense, it is about the issue of integrity; about raising the values of truth and openness so that it’s clear how we are to move forward as a species and pass through these ‘interesting times’ with hope and confidence.
Dogs are such pure creatures, as I try and explain in the Dogs and Integrity sidelink. As I wrote in the Vision,
Our children require a world that understands the importance of faith, integrity and honesty
Learning from Dogs will serve as a reminder of the values of life and the power of unconditional love – as so many, many dogs prove each and every day
Constantly trying to get to the truth …
The power of greater self-awareness and faith …
So that’s the issue!
If we don’t embrace the truth of what is happening to our planet, then we can’t embrace change.
A futile attempt to explore the concepts of truth, reason, craziness and … (I give up!)
Can’t make sense of this?
Yesterday, I republished an article that Pete Aleshire recently wrote in the Payson Roundup, our local newspaper, on thinking outside the box. Pete entitled his essay, Strange theory reveals secrets of the universe, the logic of sycamore leaves and why even smart people struggle with new ideas.
And it was part of that title that resonated with a mind-bending (literally) essay that Patrice Ayme presented on his blog on the 27th July. The part of the title that ‘clicked’ with me was “why even smart people struggle with new ideas.”
You see what Patrice wrote about on the 27th July was about the proposition “that superior intelligence in a species can only come from an ability to engineer (productive) craziness.”
As Patrice explained,
Two of the creators of modern mathematics and metamathematics, Georg Cantor and Kurt Godel, experienced some craziness. Nietzsche produced some of his best work before he went insane. Van Gogh experienced serious mental difficulties. Bolztman killed himself. All these cases were within a generation. Those may all be unrelated accidents, sure.
Immediately leading on to him writing,
However I will show below that superior intelligence in a species can only come from an ability to engineer (productive) craziness. (Perhaps the reason why chimps and bears are so unpredictable: they are not just clever, but a bit crazy!)
Then after some very detailed reflections on man, Patrice wrote,
Hominids who practiced a bit of craziness were evolutionary advantaged, because they found more readily solutions to logical incompleteness at hand. Craziness allowed to find new, necessary axioms. Thus evolution learned to exploit logical incompleteness.
Typical of Patrice Ayme, the essay is not an easy read but it is brim full of fascinating ideas and well worth the effort. Patrice concludes,
If craziness is so useful to augment those mental powers we need so much to survive as a civilization, how do we survive it? Precisely by augmenting the truth. Thus only craziness compatible with the truth will be able to survive. That is why I have not hesitated to tell various truths about Obama (whom I have intensely supported in all sorts of ways), or Hollande, whom I approved of, until he started to say lies about World War Two (details soon to come).
Truth is my religion. A touch of craziness my sanity. (Latest demonstration: It’s not like I did not know of the danger in advance. I was slightly charged by a large bad mood moose with calf today on an Alaskan trail, where I was nonchalantly running with a bad ankle; after a high speed retreat, as a good predator, I circumvented the difficulty, and anxiety switched sides, the calf nearly spraining its own ankle in the process… . )
There is no truth but the full truth, and a touch of craziness is its prophet.
Now go back to Pete Aleshire and see the harmony between his beautiful prose and the fascinating ideas flowing from Patrice’s mind. This is how Pete concluded his essay,
So Drake [Larson] and I spent the day wandering along the banks of Fossil Creek as he kept trying to come up with metaphors so I could grasp math’s secret within the beauty of Fossil Creek’s sycamore leaves. The well-designed sycamore leaves adhere to the Fibonacci sequence, a mysterious progression of numbers that crops up throughout nature — from the spiral of a nautilus shell to the layout of the ruins of Chaco Canyon.
So I figured I’d just write this — and get earth’s 17 PSI cap for dark energy out there in the time/date/ stamped world.
Oh, yeah: And about Kenny Evans. [Mayor of Payson, AZ]
So that night, I took Drake to the Payson council meeting. Turns out, Drake’s family was growing grapes in the Coachella Valley at the same time Evans was farming 10,000 acres in Yuma. They both managed to survive that tempestuous time when the United Farm Workers union organized agriculture workers.
I introduced them and listened as they recalled events and figured out whom they knew in common.
It was then that I decided to blame Drake for my faith in Evans’ ridiculous conviction that a university will build a campus here in this itty bitty tourist town — complete with a research center and convention hotel. No sensible small-town mayor would risk public ridicule while spending thousands of hours on such an outside-the-box notion … unless he’d learned to gamble on dreams and hard work during all those years as a farmer.
Evans’ notion is almost as silly as a farmer who calculates the amount of dark energy emanating from earth, while credentialed experts scratch their collective heads.
Still, I’m thinking maybe I’ll get a nice suit jacket — something I can wear to both the university’s groundbreaking and the ceremonies in Oslo.
Hey, never hurts to be prepared.
So there, I feel much better now! None the wiser, indeed even more confused, but just grateful there are some out there who have a go at trying to explain ….. whatever it is they are explaining!
Strange theory reveals secrets of the universe, the logic of sycamore leaves and why even smart people struggle with new ideas.
A guest post from Pete Aleshire, Editor, Payson Roundup.
Introduction
The Payson Roundup is our local newspaper here in Payson, AZ. I first saw this article by Pete a couple of weeks ago and was just utterly engrossed by it. Not just the tantalising peek into a physics I know so little about but the beautiful prose. The latter is not surprising because as well as being editor of the paper, Pete also teaches the creative writing course at our local college. Jean and I had the benefit of attending the course, I guess about a year ago, and therefore can speak from experience.
So settle down and enjoy.
oooOOOooo
I finally got Drake Larson together with both sycamore leaves and Payson Mayor Kenny Evans. Moreover, I have been entrusted with a formula that may win me an invitation to Oslo if Drake gets a Nobel Prize.
But even if that don’t work out, I did get to eavesdrop on Drake and Evans. Quite the event, from my bemused point of view, since it shed light on dangerous delights of outside-the-box thinking and the Nature of the Universe.
But wait. You look confused.
Let me back up — and start somewhere closer to the beginning. Be patient with me — by the time we’re done, you’ll realize why God’s a math nerd, one surprising secret of Dark Energy, why farmers become original thinkers and what sycamore leaves tell us about the universe.
But first, I have to explain about Drake.
We grew up together, getting into (and mostly out of) various varieties of trouble. Very early on, I realized that he was much (much) smarter than me. This initially really irritated me, as I was previously inclined to vanity about my intelligence. Turns out, I love learning stuff other people have discovered, but Drake only gets truly excited when he has hold of a completely new idea that no one else can quite grasp. This prepared me, as it turns out, for meeting Kenny Evans — but that’s getting ahead of the story.
Drake and I grew up doing math homework together, before I wandered off into a career in newspapers. He got his degree in mathematics, turned down a job with the RAND Corporation and took up growing table grapes.
But he never quit picking at the lock of the universe.
Years ago when I was the science writer for the Oakland Tribune, he came to me all excited about a set of formulas he had. I did my best to follow the two pages of calculations, but all I can tell you is that they described instabilities of any sphere with uniform density. He predicted that when the Voyager spacecraft reached Jupiter, it would report inexplicable turbulence at a certain depth in the atmosphere. I ran his numbers past various top-level physicists and mathematicians who couldn’t find a flaw in his formulas — but concluded that it had to be wrong since it led to a violation of the keystone laws of conservation of mass and energy.
But I took note some months later when the Voyager spacecraft reported mysterious levels of turbulence deep within the atmosphere of Jupiter.
The years passed. Drake kept growing grapes, flowers, dates and vegetables — and working on his calculations. He wrote a book, “The Cults of Relativity,” in which he described a few of his theories, delighted in the conundrums of mathematics and pondered the curious resistance of even smart people to unconventional ideas.
We got together again recently. I took him down to Fossil Creek, all overhung with sycamores with the rustle of floppy, five-pointed leaves. Drake was his old self on our Fossil Creek tour as he tried to show me math’s beauty around us, although I was but a blind man clutching the tail of his mathematical elephant.
He had now connected his formulas to dark energy, a still hypothetical form of energy invoked by desperate cosmologists to explain the startling observation that the expansion of the universe is actually accelerating. To explain this seeming impossibility, they invented “dark energy” — which they figure pervades the universe and at certain densities creates a repulsive force stronger than the attractive force of gravity.
Anyhow, here’s the point: Drake was in awe that his mathematical wanderings offered a way to calculate dark energy’s cap within earth — it happened to be an “inside is now outside” inversion of Isaac Newton’s simplest integral. No. Please. Don’t ask me to explain that. But earth’s dark energy cannot exceed 17 pounds per square inch at a depth of about 1,500 miles. He’s been working with University of Southern California computer crunching guru professor Barry Boehm, and the University of California at Riverside geophysics professor Shawn Biehler on its implications. Among other things, it could explain the perplexing observation that major earthquakes increase the earth’s rotation rate.
No one knows how to measure such a quantity at present. Someday they will. If it turns out that 17 pounds per square inch is a relevant benchmark for earth’s dark energy, then this column will maybe win Drake the Nobel — and I’ll get to dress up and attend the ceremony.
So Drake and I spent the day wandering along the banks of Fossil Creek as he kept trying to come up with metaphors so I could grasp math’s secret within the beauty of Fossil Creek’s sycamore leaves. The well-designed sycamore leaves adhere to the Fibonacci sequence, a mysterious progression of numbers that crops up throughout nature — from the spiral of a nautilus shell to the layout of the ruins of Chaco Canyon.
So I figured I’d just write this — and get earth’s 17 PSI cap for dark energy out there in the time/date/ stamped world.
Oh, yeah: And about Kenny Evans.
So that night, I took Drake to the Payson council meeting. Turns out, Drake’s family was growing grapes in the Coachella Valley at the same time Evans was farming 10,000 acres in Yuma. They both managed to survive that tempestuous time when the United Farm Workers union organized agriculture workers.
I introduced them and listened as they recalled events and figured out whom they knew in common.
It was then that I decided to blame Drake for my faith in Evans’ ridiculous conviction that a university will build a campus here in this itty bitty tourist town — complete with a research center and convention hotel. No sensible small-town mayor would risk public ridicule while spending thousands of hours on such an outside-the-box notion … unless he’d learned to gamble on dreams and hard work during all those years as a farmer.
Evans’ notion is almost as silly as a farmer who calculates the amount of dark energy emanating from earth, while credentialed experts scratch their collective heads.
Still, I’m thinking maybe I’ll get a nice suit jacket — something I can wear to both the university’s groundbreaking and the ceremonies in Oslo.
Hey, never hurts to be prepared.
oooOOOooo
A big thank-you for the permission to republish this on Learning from Dogs. I have no doubt that many LfD readers enjoyed it as much as I did! Stay with me for tomorrow when the theme of thinking, innovation and craziness is explored a touch more.
I’m writing this as 5.40 am on the 6th. I let our ‘bedroom’ dogs out for their early-morning pee some 20 minutes ago and then jumped back in bed, turned on my Kindle and went to the BBC News website. There I read,
Nasa’s Curiosity rover successfully lands on Mars
The US space agency has just landed a huge new robot rover on Mars.
It will now embark on a mission of at least two years to look for evidence that Mars may once have supported life.
A signal confirming the rover was on the ground safely was relayed to Earth via Nasa’s Odyssey satellite, which is in orbit around the Red Planet.
The success was greeted with a roar of approval here at mission control at the Jet Propulsion Laboratory (JPL) in Pasadena, California.
As David Shukman, Science Editor of the BBC, wrote,
The day I watched Curiosity being built in a clean room at Nasa’s Jet Propulsion Laboratory in Pasadena last year, the rover’s six wheels were lying on one work bench while the chassis stood on another and it was hard to believe the white-suited engineers could make sense of the maze of tubes and cabling.
But what they’ve created now stands on the red soil of Mars – and it’s in one piece. In the hallway of a JPL building we were shown a full-size replica. Walking around it made me realise something difficult to grasp from the pictures and video: this is a beast of a machine, a kind of cosmic Humvee with instruments instead of weapons.
Sometimes Nasa public relations can appear bragging. Today it feels justified. Curiosity is all set to discover something remarkable about our strangest neighbour.
Well said and people from all around the world will echo those sentiments.
When I read what Patrice wrote in my Setting the scene post not so many hours ago,
Well, OK, keeping my fingers, and even my arms, crossed here. Seems to me the “sky crane” is over-complex, and I was not reassured when one of the physicist-engineers boasted that they had run the landing millions of time on simulator. Yeap, OK, how many times for real in Earth’s gravity?
I don’t see why they could not have landed normally, LEM style. Especially as they have wheels and could have rolled away to find undistrubed land.
There are no back-ups…
OK, let’s hope I’m wrong to be suspicious…
PA
I instinctively agreed and hoped his worries were misplaced. They were! The Curiosity rover is down! Good luck to the Rover and all those who made it possible. Well done, the team!
Learning from Dogs 