ABSTRACT. In January-February 1939, a secret German expedition visited Dronning (or Queen) Maud Land, Antarctica, apparently with the intention inter alia of establishing a base there.
Between 1943 and 1945 the British launched a secret wartime Antarctic operation, code-named Tabarin. Men from the Special Air Services Regiment (SAS), Britain’s covert forces for operating behind the lines, appeared to be involved. In July and August 1945, after the German surrender, two U-boats arrived in Argentina. Had they been to Antarctica to land Nazi treasure or officials?
In the southern summer of 1946–1947, the US Navy appeared to ‘invade’ Antarctica using a large force. The operation, code-named Highjump, was classified confidential. In 1958, three nuclear weapons were exploded in the region, as part of another classified US operation, code-named Argus. https://en.wikipedia.org/wiki/Operation_Argus
FollowingTheDao My Hypothesis: All matter exists in a sphere of probability. Our brains are masters of computing probabilities to tell us the most likely location for any object. It is not that we collapse the wave form, but that our brain ignores the wave form for our convenience.Light is always a wave, never a particle. And a wave is just a probability.
imdoor Do you account for the fact that probability distributions can have multiple peaks with equal probability? If multiple brains were involved, they’d somehow have to coordinate on what they deem the most likely outcome.
FollowingTheDao Our brains all use the program, but we can see when some of these programs have a glitch. Take some LSD and you will see what I mean.> probability distributions can have multiple peaks with equal probability?I think I know where you are going, but can you be more clear so I do not confuse things with my assumptions?
imdoor Say there is a quantum system – a particle or something – that has an equal probability to collapse in either of two classical states if measured. Say there are two scientists in a laboratory who perform a measurement on that system. If your hypothesis is true, how do they agree on what they perceive when looking at the result of the measurement? Each brain would have to make an arbitrary decision on which of the two equally likely outcomes to perceive.
pharmakom Our brains would then exist in a state of probability too.
FollowingTheDao Yes, they do. But our minds do not. The brain creates the mind, the ego, and this is another collapse of a wave form.
goatlover The wavefunction is deterministic. If you take the MWI as the most straight forward interpretation of the math, then the universe if fundamentally deterministic. Probability on a physics level would represent our ignorance of the other branches. reply
golol I don’t think you can reason like this. As far as I understodod, standard quantum mechanics does not make any statement about how the measuring process and the collapse of the wavefunvtion happens. So while the waveform evolves deterministically, you can only ever apply this model when you are in the position of performing measurements on some quantum mechanical system. As I understand, Quantum mechanics is not meant to also model you together with the experiment as a wavefunction, because the act of you performing a measurement does not have a definition in the form of the wavefunction interacting with itself somehow. So without extensions to QM, you should not reason with universal deterministic waveforms. reply
williamcotton Simplicity of mathematical models at the expense of falsification… who needs science, anyways?
David Deutsch’s “Physics Without Probability” covers the history of probability, it’s legitimate and misconceived uses and concludes that according to MWI there is no such thing in reality – it’s basically that probabilities correspond to how measures of the multiverse proportion themselves as differentiation occurs.
I watched it a few years ago so may be misremembering bits but I think that is the gist…
Worth a watch especially if you balk at this idea just to to see a strong counter argument.
Here’s a list of books extrapolated from Armageddon Science by Brian Clegg
The Doomsday Machine: Confessions of a Nuclear War Planner by Daniel Ellsberg: A gripping insider’s account of America’s nuclear program in the 1960s and the development of a doomsday machine.
Command and Control: Nuclear Weapons, the Damascus Accident, and the Illusion of Safety by Eric Schlosser: A detailed examination of the history of nuclear weapons and the numerous near-miss accidents that could have led to catastrophe.
The Making of the Atomic Bomb by Richard Rhodes: A comprehensive account of the development of the first atomic bomb, from the initial scientific discoveries to the bombings of Hiroshima and Nagasaki.
The Science of Discworld by Terry Pratchett, Ian Stewart, and Jack Cohen: A fascinating blend of science, fantasy, and humor that explores the scientific concepts behind the popular Discworld series.
Physics of the Impossible: A Scientific Exploration into the World of Phasers, Force Fields, Teleportation, and Time Travel by Michio Kaku: A thrilling exploration of the science behind popular science fiction concepts and the possibilities for their future realization.
Pandora’s Lab: Seven Stories of Science Gone Wrong by Paul A. Offit: A collection of cautionary tales about scientific advancements that led to unintended, often disastrous consequences.
The World Without Us by Alan Weisman: A thought-provoking examination of what would happen to Earth if humans suddenly disappeared, offering insights into the long-term impact of human activity on the planet.
The Future of Violence: Robots and Germs, Hackers and Drones—Confronting A New Age of Threat by Benjamin Wittes and Gabriella Blum: A timely exploration of the changing nature of violence in the 21st century and the technologies that enable it.
Dark Sun: The Making of the Hydrogen Bomb by Richard Rhodes: A detailed account of the development of the hydrogen bomb, focusing on the political, scientific, and military aspects of its creation.
The Sixth Extinction: An Unnatural History by Elizabeth Kolbert: A compelling investigation into the ongoing extinction event driven by human activities, exploring its causes and potential consequences.
The Uninhabitable Earth: Life After Warming by David Wallace-Wells: A sobering look at the potential effects of climate change on our planet and the urgent need for action.
Homo Deus: A Brief History of Tomorrow by Yuval Noah Harari: A fascinating examination of the potential future of humanity as we develop advanced technologies and grapple with existential challenges.