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TagAlbert Einstein

Colorful quantum world fractal

“Spooky Action at a Distance” Makes Sense—in the Quantum World

Einstein never liked quantum mechanics but each transistor in your cell phone is a quantum device

In last week’s podcast, “Enrique Blair on quantum computing,” Walter Bradley Center director Robert J. Marks talks with fellow computer engineer Enrique Blair about why quantum mechanics is so strange. The discussion turned to why Albert Einstein, a brilliant but orderly mathematical thinker, did not really like quantum mechanics at all and what we should learn from that: https://episodes.castos.com/mindmatters/Mind-Matters-110-Enrique-Blair.mp3 The discussion of Einstein and “spooky action at a distance” (his way of describing quantum particles’ behavior) starts at approximately 27:45. The Show Notes and transcript follow. Excerpts from the transcript: Robert J. Marks: Albert Einstein didn’t like quantum mechanics or certain aspects of quantum mechanics. Dd he die thinking that quantum mechanics was a fluke? Enrique Blair (pictured): That’s an…

the ultimate destruction of the planet in a great cosmic catastrophe 3d illustration

Does Science Fiction Hint That We Are Actually Doomed?

That’s the implication of an influential theory as to why we never see extraterrestrials

Recently science and science fiction writer Matt Williams has been writing a series at Universe Today on why the extraterrestrial intelligences that many believe must exist in our universe never show up. Last week, we looked at the hypothesis that planets that can host life are rare so there are not many aliens out there to find. This week we look at a more ominous hypothesis. In “Beyond “Fermi’s Paradox” III: What is the Great Filter?” (July 23, 2020), Williams asks us to consider: “there is something in the Universe that prevents life from reaching the point where we would be able to hear from it.” What could that “something” be? The term “the Great Filter” was coined to describe…

Stack of papers isolated on white background

Einstein’s Single Journal Paper Ended WWII

Does that mean that a thousand papers could multiply the effect? Think again.

It was Albert Einstein’s work on matter and energy, captured in e = mc2 that enabled the atomic bomb that ended World War II. Modern anonymous peer review today works well except that it is muddied with bias, incompetence, and ignorance. The review processes of Einstein’s day were better. A renowned expert’s approval was sufficient for a paper’s publication.1 The current system has only been in force since the end of World War II when pressure was applied to professors to write papers. The mantra “publish or perish” looks to have been coined soon after the war in 1951 by Marshall “The Medium is the Message” McLuhan.2 Earlier, professors were often discouraged from publishing. Karl Popper, one of the most…


Einstein’s Only Rejected Paper

It was the only one reviewed anonymously, as is the practice today

Today’s collection of scholarly literature is exploding in quantity and deteriorating in quality. One solution is to return to review practices at the time of Einstein. The reviewers were much better qualified and were not anonymous.

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Light in bokeh effect

Quantum Randomness Gives Nature Free Will

Whether or not quantum randomness explains how our brains work, it may help us create unbreakable encryption codes

When I was boy, my father explained free will and predestination to me: I dig a fence post hole. · Did I create the hole because of my own free will? · Or was the hole already there and I simply removed the dirt? If true, the hole was predestined. The question cannot be answered by examining the evidence. In philosophy terms, it is “empirically unanswerable.” That is the sort of stuff that philosophers debate. Religious people might point to scripture to support one conclusion over the other.1 In physics, however, quantum randomness offers a definitive answer to the question of predestination vs. free will—for subatomic particles. In the world of classical physics (Isaac Newton’s physics), it can be argued…