## Archive for ‘Quantum Mechanics’

February 5th, 2015

## Molinism Book on Sale for a Reduced Price

My newest eBook, book 2 in the series of Molinism eBooks, The Spread of Molinism, is now on sale at a reduced price for $5.99 (Normal listed price is$8.99). The sale will only be available for a week and will end on Valentine’s Day!

I’m very grateful to Ken Keathley, author of Salvation and Sovereignty: A Molinist Approach, for his contribution and foreword to the eBook.

The aim of my first eBook on Molinism, An Introduction to Molinism: Scripture, Reason, and all that God has Ordered, was intended to ease in those who may be unfamiliar with the major talking points and issues concerning Molinism today. Likewise, it was intended to present Molinism accurately, avoiding misrepresentations or straw-men presentations from non-Molinists.

August 19th, 2014

## Eavesdropping Ep12: The Quantum Scale

In Eavesdropping Ep12 I discuss the range of values on the quantum scale for length, speed, and time. I use a few illustrations to help provide a perspective for how big and how small our physical reality is.

Eavesdropping is conversational, informal podcast that is sometimes a monologue, or dialogue with guests, on various topics including philosophy, theology, science, contemporary events, and random meanderings of a philosopher. The primary focuses are philosophy of science, multiverse scenarios, and Molinism.

April 6th, 2014

## Discovery of quantum vibrations in ‘microtubules’ inside brain neurons supports controversial theory of consciousness

The pre-Socratics have a habit of coming back to the moderns and contemporaries and saying, “I told you so.” This is something Dave Beck and I argue in regards to the multiverse (or many worlds) in a forthcoming paper in Philosophia Christi this summer. Could it be the case that Democritus was right about mind being in the finer atoms?

SourceScience Daily

Summary: A review and update of a controversial 20-year-old theory of consciousness claims that consciousness derives from deeper level, finer scale activities inside brain neurons. The recent discovery of quantum vibrations in “microtubules” inside brain neurons corroborates this theory, according to review authors. They suggest that EEG rhythms (brain waves) also derive from deeper level microtubule vibrations, and that from a practical standpoint, treating brain microtubule vibrations could benefit a host of mental, neurological, and cognitive conditions.

February 9th, 2014

## Q&A 38: The Infinite Set of You in the Multiverse

Question

Dear Mr. Andrews,

I came upon your blog and I shall spend the better part of the night reading it, and I have a few questions about the multiverse that I don’t understand.

First off, why is it inevitable that some parallel universes would be identical to this one? Why would there be another me, identical down to each thought, instead of endlessly unique ones? That is to say, why would there be an infinite number of universes but only a finite variety of patterns?

Also, would endlessly different ones render the fantastic real? Unicorns and Greek gods roaming universes of their own?

Or have I missed what MWI supporters are trying to say?

Also, if the multiverse allows for at least a few super civilizations to exist, so powerful that they can create their own universes or cross others, then wouldn’t they essentially function as gods, albeit not our eternal one?

Thank you so much, and Happy New Year!

Sincerely,

Katy Meyrick

February 3rd, 2014

## Max Tegmark and The Fluke Explanation for Life

I’m reading Max Tegmark’s newest and only book Our Mathematical Universe, which I will be reviewing for an academic journal. I wanted to share, as much as I could without copyright infringement an amazing point on the issues of fine-tuning in the most broad sense of the word (the existence of a universe that permits the existence of life).

So what are we to make of this fine-tuning? First of all, why can’t we just dismiss it all as a bunch of fluke coincidences? Because the scientific method doesn’t tolerate unexplained coincidences saying, “My theory requires an unexplained coincidence to agree with observation.” For Example, we’ve seen how inflation predicts that space is flat and the spots in the cosmic microwave background should have an average size around a degree, and that the experiments…. confirmed this… Suppose the Planck team observed [something else being] much smaller average spy size, prompting them to announce that they’d ruled out inflation with 99.999% confidence. This would mean that random fluctuations in a flat universe could [author’s emphasis] have caused spots to appear as unusually small as they measured, tricking them into an incorrect conclusion, but what with 99.999% probability this wouldn’t happen? In other words, inflation  would require a 1 – in – 100,000 unexplained coincidence in order to agree with the measurement…

November 17th, 2013

## A Theological Argument for Many Worlds

The following is the abstract to Don Page’s paper, “A Theological Argument for an Everett Multiverse.”

Science looks for the simplest hypotheses to explain observations. Starting with the simple assumption that {\em the actual world is the best possible world}, I sketch an {\it Optimal Argument for the Existence of God}, that the sufferings in our universe would not be consistent with its being alone the best possible world, but the total world could be the best possible if it includes an omnipotent, omniscient, omnibenevolent God who experiences great value in creating and knowing a universe with great mathematical elegance, even though such a universe has suffering.

June 17th, 2013

## Boltzmann Brains and Multiverse Scenarios

Max Tegmark has introduced an anthropic principle specifically related to multiverse scenarios—the minimalistic anthropic principle (MAP). Tegmark believes the anthropic principle has generated more heat than light with so many different interpretations. MAP states that when testing fundamental theories with observational data, ignoring selection effects can give incorrect conclusions.[1]

Tegmark does not use MAP and selection effects to rule out everything. It cannot rule out chaotic inflation by the fact that we find ourselves living in the miniscule fraction of space where inflation has ended, since the inflating part is uninhabitable to us. As pointed out by Ludwig Boltzmann, if the universe were in a classical thermal equilibrium (heat death), thermal fluctuations could still make atoms assemble at random to briefly create a self-aware observer (a Boltzmann brain) like us every once in a blue moon, so the fact that we exist right now does not rule out the heat death cosmological model.[2]  So, what should we do with Boltzmann brains?

April 28th, 2013

## What Does it Mean for Physics to Have Symmetry?

For every particle there is a corresponding symmetric particle.  Physics has a translational symmetry, which means that the laws and values of physics are the same at every location in the universe.  If an observer were to travel from one point to a much farther distant point the observer we see no change in the physics.  A broken symmetry introduces change—a non-absolute uniformity.  The breaking of symmetries creates complexity in the laws of nature in the outcome of laws.  There’s a symmetry and uniformity between the strong and weak nuclear forces, which have been unified as electromagnetism by James Clerk Maxwell.  A typical example of vital symmetry breaking is that which gives rise to the balance between matter and antimatter in the early universe.  However, there is an asymmetry between the quantum and the large (a la gravity). String theory is the attempt to unify all of physics.

February 28th, 2013

## Higgs Boson Calculations Indicate a Finite Lifespan for the Universe

Reblogged from Irene Klotz with Yahoo News.

Scientists are still sorting out the details of last year’s discovery of the Higgs boson particle, but add up the numbers and it’s not looking good for the future of the universe, scientists said Monday [Feb. 18].

“If you use all the physics that we know now and you do what you think is a straightforward calculation, it’s bad news,” Joseph Lykken, a theoretical physicist with the Fermi National Accelerator Laboratory in Batavia, Illinois, told reporters.

Lykeen spoke before presenting his research at the American Association for the Advancement of Science meeting in Boston.

“It may be that the universe we live in is inherently unstable and at some point billions of years from now it’s all going to get wiped out,” said Lykken, who is also on the science team at Europe’s Large Hadron Collider, or LHC, the world’s largest and highest-energy particle accelerator.