Quantum Leap Teori

Quantum Leap Teori. Preview Abstract This chapter provides a quantum leap from the notions introduced in Chapter 2 Specifically quantum information will be related to the uncertainty in knowing the state of a system and to characterize it quantum entropies will be introduced No Access Chapter 6 CHANNEL MAPS.

BackgroundExplanationProofAn orbiting electron in an atom makes jumps between energy levels known as quantum leaps or jumps The atom creates a photon when an electron moves to a lower energy level and absorbs a photon when an electron moves to a higher energy level or leaves the atom (ionization) This is illustrated below There are two reasons for this quantized energy that will be explained by classical mechanics in this section both of which are related to a proton’s spin Protons have a similar spin as electrons In the revised pentaquark model of the proton there are four tetrahedral quarks and an antiquark in the middle The tetrahedral quarks cancel spin (+ ½ + ½ – ½ – ½) leaving the antiquark/positron in the center that is responsible for the spin It has value of +½ or ½ The antiquark/positron reflects longitudinal waves that is responsible for the electric force (Coulomb force) but its spin also creates a second transverse wave as illustrated below in red Proton’s spin (antiquark/positron spin in the center) There are two directions for spin otherwise referred to as spinup or spindown in modern physics Since quantum jumps are related to the arrangement of protons in the nucleus which is affected by their tetrahedral structure the following icons are used in this theory Proof of the energy wave explanation for the quantum leap is 1 The calculations of orbital distances 2 The calculations of ionization energies 3 The explanation of the Zeeman effect – see below Zeeman Effect The second proof comes from experiments proven that demonstrate the Zeeman effect where spectral lines are different under a magnetic field on an atom The increased spin on particles changes the resonance frequency thus changing the orbital distance A constant magnetic force is a transverse wave that either increases or decreases the proton’s spin depending on the direction of proton’s spin relative to the magnetic spin This causes the electron to be further from the nucleus (when proton spin and magnetic spin are aligned) or closer to the nucleus (when proton and magnetic spin are opposite) This is illustrated below Proton under magnetic influence changes the orbital distance (spectral lines) known as the Zeeman Effect.

OD Harris Quantum Leap Theory of Leadership

A quantum leap is a discontinuous transition between quantum states What this means is that an electron in one energy level in an atom jumps instantly into another energy level emitting or absorbing energy as it does so Distributor NBCUniversal Television DistributionProduction location CaliforniaProduction companies Belisarius ProductionsUniversal TelevisionRunning time 45 minutes.

What is Quantum Leap theory?

Quantum Leap Theory of Leadership shows that the leaders who have had the greatest influence in the world possess five characteristics conviction vision the ability to inspire and motivate intention and action OD Harris calls this powerful idea the N2 Effect rapid explosive impact which you can achieve if you dare to jump.