Discussion on the Problems of Quantum Theory :: Physics Essays

Discussion on the Problems of Quantum TheoryThe previous(predicate) 1930s gave us quantum scheme, and along with that came legion(predicate) new physical and philosophic arguments. Many problems exist in quantum physics, and many brilliant scientists have played out their lives trying to understand. Heisenberg gave us The Uncertainty Principle, the desire that aught is certain, just deep down a probability of certain. It also questioned the scientific method of observation, arguing that no beat laughingstock show an objects true nature. This brought the idea of quanta, different states, and the question of objects existing in more than one state, or having a dual nature. Scientists, physicists and mathematicians alike have all pondered and questioned these theories for many age and yet at that place be still problems left unresolved.One of the problems with quantum theory and The Heisenberg Uncertainty principle is the reliance on probabilities. This is to say that nothing can be exactly predicted, just predicted within a certain probability. This implies that nothing can be certain that there is an uncertainty associated with every statement, level those we consider facts. This uncertainty leads to many strange things. For example, in a Quantum mechanical world, I cannot predict where a particle bequeath be with carbon % certainty. I can only speak in terms of probabilities. For example, I can say that an atom will be at whatever location with a 99 % probability, but there will be a 1 % probability it will be somewhere else (in fact, there will be a small but finite probabilty that it will be found across the Universe). This is strange (Heisenberg). This problem is especially unreassuring at the microscopic level because there still are many uncertainties involved. Scientific technologies have not yet become omniscient. There are still limitations to what can be observed and measured. It is important to understand that this is no t simply a philosophical question or a rhetorical parameter. In QM one often must model systems as the superposition principle of two or more possible outcomes. Superpositions can produce birth control device effects and thus are experimentally distinguishable from mixed states. How does a superposition of different possibilities resolve itself into some particular observation? (Quantum Measurement).This measurement brings up another issue with quantum theory. There was a great debate among scientists as to whether it was possible to measure things without changing them.