Heisenberg’s uncertainty principle is not really the issue here, thus they really haven’t proven anything to help with what is known as the measurement problem of quantum mechanics. Reference: “The Heisenberg Uncertainty Principle as an Endogenous Equilibrium Property of Stochastic Optimal Control Systems in Quantum Mechanics” by Jussi Lindgren and Jukka Liukkonen, 17 September 2020, Symmetry. “Physicists and artists could find new ways to work together - after all, both areas are manifestations of creativity,” says Lindgren. Lindgren and Liukkonen’s idea of a paradise is a festival conference that would combine short films with lectures on quantum physics. A decade ago, he also participated in negotiations on Greece’s loan guarantees, as a junior official. He works full-time as a ministerial adviser at Prime Minister’s Office where he has been negotiating such issues as the EU’s recovery plan. Lindgren’s dissertation currently consists of various mathematical articles trying to explain quantum mechanics. Together we have agonized over how the interpretations of quantum mechanics make no sense,” says Liukkonen. “Physics is a great hobby for a civil servant. dissertation on endoscopic ultrasound on joints and now works as an inspector at Radiation and Nuclear Safety Authority. In addition to the study of quantum mechanics, Lindgren and Liukkonen have many other things in common: they were both members of the same maths club at Kuopio Lyceum High School, they both have done post-graduate research, and both have careers as civil servants. Physics is a great hobby for a civil servant But is an explanation really an explanation, if it’s a vague one?” asks Lindgren. The mathematical tool is clear, but some might think it is a boring one. “We study quantum mechanics as a statistical theory. The method they used was stochastic optimal control theory, which has been used to solve such challenges as how to send a rocket from the Earth to the Moon.įollowing Occam’s razor, the law of parsimony named after William of Ockham, the researchers have now chosen the simplest explanation from those that fit. The researchers published their last article in December 2019, which also utilized mathematical analysis as a tool to explain quantum mechanics. We like clarity and prefer to remove all mysticism,” says Liukkonen. “The interpretation is objective and realistic, and at the same time as simple as possible. This interpretation supports such interpretations of quantum mechanics that support classical scientific principles. ![]() According to our study, there is nothing that suggests that the consciousness of the person would disturb the results or create a certain result or reality,” says Jussi Lindgren. ![]() ![]() “The results suggest that there is no logical reason for the results to be dependent on the person conducting the measurement. “But is an explanation really an explanation, if it’s a vague one?” - Jussi Lindgren ![]() Erwin Schrödinger put forward the famous thought experiment involving the fate of an unfortunate cat that aimed to describe the imperfections of quantum mechanics. On the other hand, Karl Popper and Albert Einstein thought that an objective reality exists. Many interpretations, including the Copenhagen interpretation presented by Niels Bohr and Werner Heisenberg and in particular von Neumann-Wigner interpretation, state that the consciousness of the person conducting the test affects its result. Quantum mechanics arose in the 1920s – and since then scientists have disagreed on how best to interpret it. A recent study by Jussi Lindgren and Jukka Liukkonen supports an interpretation that is close to classical scientific principles. Reality seems independent of the observer, supporting classical scientific principles.įor 100 years scientists have disagreed on how to interpret quantum mechanics. Scientists reexamined Heisenberg’s uncertainty principle, finding a fixed correlation between location and momentum.
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