SOME REMARKS ON THE BOSON MASS SPECTRUM IN A 3-3
... We obtained a mass spectrum depending on a single free parameter a to be tuned. One can observe that, although the fermion representations and even the order in the parameter matrix η2 are not the same with those chosen in Ref. [3], the resulting mass spectrum exhibits the same structure. That means ...
... We obtained a mass spectrum depending on a single free parameter a to be tuned. One can observe that, although the fermion representations and even the order in the parameter matrix η2 are not the same with those chosen in Ref. [3], the resulting mass spectrum exhibits the same structure. That means ...
Abstracts Escuela de Fisica Matematica 2015, Universidad de los
... chain modules in terms of Berry phases and also in terms of the so-called quantum geometric tensor has been extensively studied. This characterization complements the conformal field theory description of the critical point, as well as those based on entanglement properties of the ground state. In t ...
... chain modules in terms of Berry phases and also in terms of the so-called quantum geometric tensor has been extensively studied. This characterization complements the conformal field theory description of the critical point, as well as those based on entanglement properties of the ground state. In t ...
The Membrane Vacuum State
... bosons in string theory via supersymmetry hinges on a crucial property called κ-symmetry. At first believed exclusive to strings, κ-symmetry was eventually generalized to membranes by Hughes, Liu and Polchinski [3] in 1986. As the newly christened supermembrane burst upon the scene a flurry of paper ...
... bosons in string theory via supersymmetry hinges on a crucial property called κ-symmetry. At first believed exclusive to strings, κ-symmetry was eventually generalized to membranes by Hughes, Liu and Polchinski [3] in 1986. As the newly christened supermembrane burst upon the scene a flurry of paper ...
View - Workshops+SJCOE Workshop Management
... positive. The question of the stability of the atom proposed need not be considered at this stage, for this will obviously depend upon the minute structure of the atom, and on the motion of the constituent charged parts. In order to form some idea of the forces required {o deflect an ~ particle thro ...
... positive. The question of the stability of the atom proposed need not be considered at this stage, for this will obviously depend upon the minute structure of the atom, and on the motion of the constituent charged parts. In order to form some idea of the forces required {o deflect an ~ particle thro ...
why do physicists think that there are extra dimensions
... what is a dimension, anyway? a good starting point is to realize that, operationally, an extra dimension of space just means new degrees of freedom of a certain type (Kaluza-Klein modes). but we already have discovered examples in string theory (e.g. AdS/CFT) where new degrees of freedom can be int ...
... what is a dimension, anyway? a good starting point is to realize that, operationally, an extra dimension of space just means new degrees of freedom of a certain type (Kaluza-Klein modes). but we already have discovered examples in string theory (e.g. AdS/CFT) where new degrees of freedom can be int ...
Loop Quantum Gravity and Its Consistency
... fields as with special relativity, and a time t which is globally observable does not appear in General Relativity. Quantum Mechanics starts off by describing all matter as being both particles and waves. It then goes on to describe systems as wavefunctions in a superposition of physical states, whi ...
... fields as with special relativity, and a time t which is globally observable does not appear in General Relativity. Quantum Mechanics starts off by describing all matter as being both particles and waves. It then goes on to describe systems as wavefunctions in a superposition of physical states, whi ...
ICTP Lectures - IAEA-NDS
... order phase transitions are being closely scrutinized for similar behaviour. We shall, however, not discuss this kind of symmetries. Mean Field and Spontaneous Symmetry Breaking The concepts of mean field and spontaneous breaking of symmetries of the mean field play an important role in explaining t ...
... order phase transitions are being closely scrutinized for similar behaviour. We shall, however, not discuss this kind of symmetries. Mean Field and Spontaneous Symmetry Breaking The concepts of mean field and spontaneous breaking of symmetries of the mean field play an important role in explaining t ...
Preskill - Microsoft
... We use quantum field theory very successfully to describe all known physics, excluding gravitation. (We also have a very successful classical theory for gravitation.) The Standard Model of particle physics has not been challenged by data for 40 years. We say this is an “effective” field theory. That ...
... We use quantum field theory very successfully to describe all known physics, excluding gravitation. (We also have a very successful classical theory for gravitation.) The Standard Model of particle physics has not been challenged by data for 40 years. We say this is an “effective” field theory. That ...
Synchronistic Phenomena as Entanglement
... The synchronicity theory initiated by C.G. Jung and W. Pauli (Atmanspacher et al., 1995) interprets paranormal phenomena not as a result of any causal influence of mind on matter or other minds but as ‘meaningful coincidences’, correlations not produced by causal interaction of the kind physicists k ...
... The synchronicity theory initiated by C.G. Jung and W. Pauli (Atmanspacher et al., 1995) interprets paranormal phenomena not as a result of any causal influence of mind on matter or other minds but as ‘meaningful coincidences’, correlations not produced by causal interaction of the kind physicists k ...
