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100 years on: quantum physicists still can't agree on anything

By T.K. Randall
July 30, 2025 · Comment icon 7 comments
Quantum
Image: AI-generated (Midjourney)
A new survey carried out on the 100th anniversary of modern quantum mechanics has revealed deep uncertainties.
If there's one aspect of physics that is likely to give just about anyone a headache its quantum mechanics - a profoundly complex and often counterintuitive field that scientists still struggle to fully understand, even to this day.

Despite being established 100 years ago, quantum mechanics continues to challenge our understanding of reality, shaking the foundations of classical physics and introducing concepts so strange they still baffle scientists and enthusiasts alike.

Now in celebration of this anniversary, Nature asked over 1,000 physicists for their thoughts on some of the field's most hotly debated questions.
Perhaps the most striking takeaway was just how divisive these big questions remain - with experts disagreeing on nearly every major issue.

Adding to the complexity, many of the responses were characterized by uncertainty, reflecting the ongoing mysteries at the heart of quantum theory.

That said, most (86%) agreed that an intuitive, physical interpretation of math in quantum mechanics is valuable, while 72% agreed that quantum theory will eventually be replaced by a more complete theory.

Ultimately, this lack of consensus not only underscores the enigmatic nature of quantum mechanics itself but also highlights just how much there still is to discover in our quest to understand the universe.

Source: Gizmodo | Comments (7)




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Comment icon #1 Posted by papageorge1 9 months ago
From my spiritual and Advaita Vedanta philosophy, I say they will never really understand quantum mechanics and reality until they come to accept Consciousness as fundamental and the material as a derivative of consciousness, Standard thinking is that the material is primary, and consciousness is somehow a phenomenon produced by the complexity of materiality.  Reality for me is Consciousness/Brahman/God having a creative thought/play/drama and the material is playing it out.   "I regard consciousness as fundamental." "I regard matter as derivative from consciousness." "We cannot get behind c... [More]
Comment icon #2 Posted by and-then 9 months ago
What more can we expect from what Einstein called "spooky action at a distance"?  
Comment icon #3 Posted by fred_mc 9 months ago
As I understand it, it is still a quite successful theory, experimental results over and over again comply with the theory.
Comment icon #4 Posted by seasmith 9 months ago
QT   The name comes from the concept that energy is not continuous but comes in discrete packets called quanta. Not really a theory, but a set of propositions (sometimes elevated to the status of 'principles', by the folks who devise the mathematical operations to describe observations of phenomena at atomic and sub-atomic scales).   Since we can't see or touch stuff at at sub-atomic scale, it is "spooky', so  those evanescent phenomena are given a catchy category name, ie "Quantum". Not (a) quantum, which is from the Greek for quantity, but 'Quantum', which term can be applied to any re$e... [More]
Comment icon #5 Posted by pallidin 9 months ago
From Google AI: The famous quote, "If you think you understand quantum mechanics, you don't understand quantum mechanics," is attributed to Richard Feynman, according to psi.quora.com. He often used this phrase to emphasize the counterintuitive nature of quantum mechanics and the difficulty in fully grasping its implications, according to a Reddit thread. 
Comment icon #6 Posted by and-then 9 months ago
I was about to comment that "my head hurts"  , but when I saw this, I recalled studying for an MRI physics/registry exam, and it all fell back into place.   That was a long time ago, but it helps me to grasp at least a hint of what the topic is about.  Thanks for the primer.
Comment icon #7 Posted by Earl.Of.Trumps 9 months ago
exactly,,and-then. real spooky.  per AI Albert Einstein famously referred to quantum entanglement as "spooky action at a distance". This term was used to describe the phenomenon where two or more particles become linked together in such a way that they share the same state, regardless of the distance separating them. Measuring a property of one particle instantly determines the corresponding property of the other, even if they are light-years apart.  Einstein used this phrase because the instantaneous correlation between entangled particles seemed to violate his theory of special relativity,... [More]


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