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Quantum Weirdness 102: Equal Time for the Cat// Summer Rerun

“I don’t like it, and I’m sorry I ever had anything to do with it.”
Erwin Schrödinger  (referring to Quantum Mechanics).

What better follow up to The Equation of Canine Chaos, then the infamous tale of Schrodinger’s Cat?

In Quantum Weirdness 101, we saw that the double-slit experiment revealed the wave-particle duality of sub-atomic quanta, and the fact that these troublesome little bits behave as if they are everywhere they could possibly be at once until an observer looks for them.  While the experimental proof that this happens is rock-solid, the explanation for what causes it is anything but.  For decades after its original discovery in the 1920’s, the predominant interpretation—essentially, in fact, the only one—was the so-called Copenhagen Interpretation.  It essentially states that the universe is just fuzzy on the sub-atomic level, it doesn’t affect our everyday macro-world, and we mortals should not worry about it otherwise.  Critics have said it is really no interpretation, and some facetiously call it the “shut-up-and-calculate” interpretation.   In 1935, Erwin Schrodinger posed perhaps the most famous mind experiment in all of physics to show that theoretically the Copenhagen Interpretation makes no sense.  More recently, physicists have been able to succeed in creating this quantum superposition with larger and larger bits of matter, which tends to shoot empirical holes in Copenhagen.

Anyway, this witty video does a good job of explaining the concept behind Schrodinger’s Cat.  And I’m pretty sure that no cats were harmed in its making—much to the chagrin of my dogs.

In the next installment: the many worlds interpretation of quantum weirdness.

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Time Out: Remembering My Dad on Father’s Day

“It doesn’t matter who my father was; it matters who I remember he was.”–Anne Sexton

Albert Allen Sackler
October 8, 1919-April 27,2012

The word serendipity usually conjures up images of inventors or scientists shouting “eureka” when they stumble upon some unexpected discovery.  But serendipity–the so-called happy accident–has its place in art and life as well. On this second father’s day without my beloved dad, here is a story of fond remembrance that might make you smile.

It was the fall of 1967 and my father had just installed some custom cabinetry in our large family den.  It was state of the art for the era: bookshelves, bar and a media center with a stereo and a color TV, the latter which he assembled himself from a Heathkit.  He was, after all, an electrical engineer.  What he never was, before or since, was an artist.  But he was about to become one for just a brief shining moment.

Overspray #1

The bar consisted of a fold down counter which revealed the spirits in the compartment behind it, and above it a cabinet with doors for glassware.  The doors had clear plexiglass window panels, which somehow did not suit my mother’s taste.  My father dutifully removed them to the basement, where he proceeded to spray paint them bright, solid colors.  He replaced the panels, and was prepared to discard the plywood square that had been the drop cloth for the paint job.   But our neighbor, physician and author Jack Shiller, just happened to stop by and call a halt to the demolition.

“Don’t throw that out!”  Dr. Shiller exclaimed

“Huh?”

“Put a frame around it!”

He did.  And he entered it in a local art show.   And it won an honorable mention prize; boy, were the judges pissed when they found out the story behind it.

Serendipity or not, I’m glad he was my dad and will love him forever.

Happy Father’s Day to all.  Be sure to hug your dad if he’s still alive.

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Quantum Weirdness 104: Heisenberg’s Uncertainty

“Doubt is unpleasant, but certainty is ridiculous.”–Voltaire

Heisenberg may be dead, but his uncertainty principal is alive and kicking.
(Image credit unknown)

It was the end of the Newtonian worldview.   Early in the 20th century relativity and quantum mechanics created a new scientific outlook on reality–counter-intuitive and downright….well…weird.  The final nail in the coffin of so-called Newtonian determinism was put forth by one Werner Heisenberg in 1927: the uncertainty principle.   Simply stated, you can’t exactly know both the momentum and location of a quantum object.  The more precisely you know one, the less precisely you know the other.   And while recent news headlines suggest to some that Heisenberg has been overturned, this is absolutely NOT the case.   It was thought that the very act of measuring a quantum particle added to the uncertainty, but that was never really part of Heisenberg’s equation–which in fact can also apply to macroscopic phenomena like sound and water waves.  So while a team from the University of Toronto was able to devise a means to measure a quanta (such as an electron or photon) with minimal increase in uncertainty, even they admitted “the quantum world is still full of uncertainty, but at least our attempts to look at it don’t have to add as much uncertainty as we used to think!”

Heisenberg’s principle plays a critical role in something that is rather significant in the foundations of modern philosophy, and as I see it, civilization itself.  That would be how we view the future.  This will be explained in the next conjecture.

Here is a simple video demonstration of the concept by Walter Lewin of MIT–a single-slit experiment.

If you’re brave enough to tackle the math, here is a link to another video from Mind Bites that explains it in terms so simple even I can understand it.  Er…maybe.

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Vacation Rerun: Quantum Weirdness 102, Equal Time for the Cat

Where’s Waldo?

By the time this post goes winging outward to the vastness of cyberspace,  Cheryl and I will be winging our way home from distant parts unknown. The next new post will return to the subject matter below, so bone up and be ready for brain cramps.

“I don’t like it, and I’m sorry I ever had anything to do with it.”
Erwin Schrödinger  (referring to Quantum Mechanics).

What better follow up to The Equation of Canine Chaos, then the infamous tale of Schrodinger’s Cat?

In Quantum Weirdness 101, we saw that the double-slit experiment revealed the wave-particle duality of sub-atomic quanta, and the fact that these troublesome little bits behave as if they are everywhere they could possibly be at once until an observer looks for them.  While the experimental proof that this happens is rock-solid, the explanation for what causes it is anything but.  For decades after its original discovery in the 1920’s, the predominant interpretation—essentially, in fact, the only one—was the so-called Copenhagen Interpretation.  It essentially states that the universe is just fuzzy on the sub-atomic level, it doesn’t affect our everyday macro-world, and we mortals should not worry about it otherwise.  Critics have said it is really no interpretation, and some facetiously call it the “shut-up-and-calculate” interpretation.   In 1935, Erwin Schrodinger posed perhaps the most famous mind experiment in all of physics to show that theoretically the Copenhagen Interpretation makes no sense.  More recently, physicists have been able to succeed in creating this quantum superposition with larger and larger bits of matter, which tends to shoot empirical holes in Copenhagen.

Anyway, this witty video does a good job of explaining the concept behind Schrodinger’s Cat.  And I’m pretty sure that no cats were harmed in its making—much to the chagrin of my dogs.

(Video Credit: Open University, on You Tube)

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Conjecture #2: Inevitability (Part 2)

I Conjecture:  In an infinite multiverse we must exist.

Part Two: The impossibility of non-existance

“Needleman was rarely out of public controversy. He published his famous ‘Non-Existence: What To Do If It Suddenly Strikes You’.”–Woody Allen, ‘Remembering Needleman’ (short story)

Image credit: http://www.savagechickens.com (click image for link)

If you think imagining infinity is difficult,  try imagining nothing.  No, I don’t mean blank your mind.  I mean imagine nothingness.  NO!  I don’t mean a vacuum–empty space with no matter and energy.  I mean absolutely nothing:  no space and no time.  I’m betting you can’t do it, even if you think you can; you’re not, even if you think you are.   I merely conjectured that the concept of infinity could not exist in a finite universe, but I am firmly asserting that a conscious entity is incapable of imagining absolute nothingness.  It’s an oxymoron. By the mere fact of imagining you have to imagine something.  And while it might be pure philosophy to suggest it couldn’t be because we are incapable of imagining it, there is strong scientific argument for the “something out of nothing” impossibility of non-existence.  From Hawking on down, physicists have come to the conclusion that there is no such thing as absolute vacuum, that space is full of quantum foam, seething with instability and particles of energy and matter popping in and out of existence.  If matter plus antimatter equals nothing, than by commutation, nothing equals anti-matter plus matter.  (Yes, I know. The intelligent design crowd will reject this and tell us that it is all too perfect.  God must have done it.  Really? So God can exist out of nothing but the universe can’t?  When they can tell me where god came from and offer some form of empirical evidence, I will consider their arguments; but they can’t, so I won’t.)  Final proof: we do exist. Maybe all other arguments are moot.  And anyway I have an out, as the prerequisite for this conjecture is “in an infinite multiverse.”  Let’s rest our neurons for the next installment: The Conjecture of the Future.

(As an entertaining aside, here is a YouTube video of Neal Degrasse Tyson rambling on some cosmic questions.   It includes his conclusion that intelligent life is inevitable.)

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“A child of five would understand this. Send someone to fetch a child of five.”-Groucho Marx

Now if I could only find a child of five to write my next post, I could get out of here for the weekend.

Forever five years old


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Conjecture #2: Inevitability (Part 1)

I Conjecture:  In an infinite multiverse we must exist.

Part One: Inevitable existance

“Everything not forbidden is compulsory.”–

T.H.White, The Once and Future King

The quote above is from fiction;  in reality is anything but.  It has been echoed by Nobel physics laureate Murray Gell-Mann and effectively, if not literally, by many other scientists.  The message of the random, probabilistic nature of the sub-atomic quantum world is clear:  given enough matter, energy and 4-dimensional space time, anything that is physically possible will eventually happen.  If you roll the dice enough times, you will get every possible result.  If you add an infinite multiverse–and remember, the many worlds interpretation  of the multiverse is only one of four types of postulated multiverse–then it is conceivable that every possible set of physical laws exists somewhere.   To some, this may appear to be just a restatement of the anthropic principle, and they may be right.  Others may say that just the mere fact that we do exist makes this a moot point, and perhaps that could be construed as what I am saying.  Admittedly we are getting down to semantics and philosophy as much as science.

But to reiterate this conjecture flat out,  we exist because it is impossible for us not to.  The justification for this statement is hardly original, and the statement itself has at least been alluded to by philosophers since the ancient Greeks.  Friedrich Nietzsche expounded it as The Eternal Recurrence. It is the notion that, in a Universe that is infinite in either space or time, everything physically possible must recur ad infinitum.   If that is the case, then it follows that it is inevitable that we would exist in the first place and inevitable that we will exist again and again in our current form as well as in every every possible variation.   MIT cosmologist Max Tegmark,  who as stated in a previous post defined the four levels of “other universes” in the multiverse, has taken this concept to an almost bizarre extreme.  He has specifically calculated how far you would have to travel to find another earth with an exact copy of yourself–if and only if our local universe extends infinitely beyond the 13.7 billion light year horizon that we are able to observe.    The number makes the Douglas Adams description of the universe as “mind-bogglingly big” appear to be sub-atomically small.  It is, in light years, a 1 followed by something like a million billion billion zeroes.  I don’t even know how to post that in scientific notation on WordPress. So if our existence is inevitably going to repeat itself in an infinite universe or multiverse, does it not follow that our existence is inevitable in the first place?  No, it does not.  This does not answer the question as to why there is something in the first place, rather than nothing. In part two of this conjecture I will address this question in both scientific and philosophical terms.  And the ultimate answer regarding the impossibility of non-existence will come from the same source as my justification for the conjecture of infinity.

All text in this post ©2012 Mark Sackler

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Timeout: 15 Minutes and 45 Seconds of Fame

“In the future, everyone will be famous for 15 minutes.”–Andy Warhol

Bob Watson

The date was May 4th, 1975.  The place was Candlestick Park, San Fransisco.  And the man of the hour was Bob Watson of the Houston Astros,  who scored the 1 millionth run in major league baseball history.  Watson beat Dave Concepcion of the Cincinnati Reds by four seconds in a race around the bases from opposite ends of the country.  It was one of the most exciting early-in-the-season baseball moments ever.

To this day Watson’s name, and to a lesser extent Concepcion’s, is associated with that event in baseball history.  But there was another name in the news that was connected to the story.  He was  a 24-year-old local sportscaster from Westport, CT who used a first generation, eighty dollar electronic calculator to research and originate the millionth run contest, thus scooping all the professional statisticians and baseball journalists.  He went on a media tour to promote a “guess-the-player” contest sponsored by Tootsie Roll.  His picture and name appeared in wire service stories, in Sport Magazine and in the New York Daily News.  He appeared on television and spoke at press conferences alongside the likes of Stan Musial, Ralph Branca, Mel Allen and Bowie Kuhn.  He had 15 minutes of Warholian fame.   Then came oblivion.

The 24-year old whiz kid with the calculator was, of course, me.

I was exhilarated, excited and even euphoric;  then it was over.   And for thirty-something years the memory simply faded, almost to the point that it seemed to have happened to another person in

Millionth run center

The 1,000,000th run countdown center. That’s me talking to the gathered media as Stan Musial naps in the background. Check out my 1975 hair!

another lifetime.  It became just another forgotten footnote in the deep and illustrious history of our national pastime.  After awhile, I didn’t even care, so why should anybody else?

Then something funny happened.  Straight out the blue, nearly four years ago, I received an email from Kansas City Star sportswriter Joe Posnanski.

“Are you the Mark Sackler who originated the millionth run?” he asked.  “I’m writing a book about the 1975 Cincinnati Reds.  I want to include it and the events involving Davey Concepcion as an interesting sidebar to the season’s story.”

The next year, The Machine, Posnanski’s book chronicling a great season by one of the best teams in the game’s history, appeared in bookstores with a chapter on the millionth run.  After 34 years, somebody remembered.   My sister joked that I was getting another 15 minutes of fame.  My retort was that it was more like 30 seconds.

But then it happened again.  A few months ago, a gentleman named Timothy Gregg contacted me on Facebook to make the same inquiry.  Was I the millionth run originator?  Gregg, also a former sportscaster and sports promoter, now a digital media producer, was co-authoring the memoirs of Houston Astros TV commentator Bill Brown.  Of course, there would be a chapter on the millionth run in that book as well.  This time not from the Reds point of view, but the Astros.   This book–My Baseball Journeywas just recently published.  So fifteen minutes of fame is now fifteen minutes and forty-five seconds.   And counting…

If you are a baseball fan, both of these books are worthwhile.  Otherwise, stay tuned for more effluvia from my hopelessly cluttered cranium.

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“All generalizations are false, including this one.” –Mark Twain

Mark Twain

Droll?  We would expect that from the greatest raconteur of American letters.  But perhaps this is far more subtle and profound than a mere semantic joke.  Kurt Gödel proved with his incompleteness theorems that every self-consistent mathematical system must include statements that cannot be proven–the mathematical equivalent of “this statement is false.”  But Twain takes the classic liar’s paradox and applies it, it would seem, to all of existence itself.  There are things in life and in science we just can’t determine,  and that is the point of The Millennium Conjectures.   I need to ponder explanations for what the cutting edges of physics and cosmology are telling us, whether we can test them right now or not.   But don’t misinterpret this.  One of my readers suggested that if I believe things that cannot be proven scientifically, then it is no better than philosophy or religion.  I don’t know about philosophy, but this is most certainly nothing like religion, and for two good reasons.

  • First, these are, after all, conjectures and interpretations;  things I feel strongly could be true.  I do not believe absolutely that they are true.  As I said in an earlier post, they are what-ifs.
  • Second, I stand ready to alter or drop any of these conjectures if the light of further developments requires that I do so.  By further developments I mean new scientific discoveries or better explanations by individuals I consider to be credible scientists.

I don’t know of any religion that says either of those two things–let me know if you do.

Keep the above in mind as I present further conjectures.  Quantum Weirdness 103 will precede the next one, coming soon to a computer near you.

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…because sometimes you just need a break…

A beach near Puerto Viejo, Costa Rica.   ©2008, Mark Sackler

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