Examples of using Quantum state in English and their translations into Hindi
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Ecclesiastic
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Ecclesiastic
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Computer
Simply put, two electrons can never occupy the same quantum state.
If a particle and antiparticle are in the appropriate quantum states, then they can annihilate each other and produce other particles.
They have different masses because the quarks exist in different quantum states.
Who? andthe act of observing A parent you never hear from exists in a quantum state, both dead and alive, until you check up on them makes one of the two states true.
Who? and the act of observing both dead and alive, until you check up on them makes one of the two states true.A parent you never hear from exists in a quantum state.
Makes one of the two states true.A parent you never hear from exists in a quantum state, Who? and the act of observing both dead and alive, until you check up on them.
In their experiment, the researchers were able to get 53 of the qubits- connected to each other ina lattice pattern- to interact in a quantum state.
Who? both dead and alive,until you check up on them A parent you never hear from exists in a quantum state, makes one of the two states true. and the act of observing.
Quantum states of a particle and an antiparticle can be interchanged by applying the charge conjugation(C), parity(P), and time reversal(T) operators.
And is the history of what hasfallen into the black hole uniquely determined by the quantum state of the black hole and the radiation?
In particular, at a quantum level, is the quantum state of the Hawking radiation uniquely determined by the history of what has fallen into the black hole;
With these hypotheses, Hemraaf says that in theexperience of death, micro tubules lose their quantum state, but the experiences inside it do not disappear.
Who? A parent you never hear from exists in a quantum state, both dead and alive, until you check up on them and the act of observing makes one of the two states true.
When human beings are pronounced“clinicallydead,” microtubules in the brain cease to keep their quantum state but continue to retain information inside of them.
For example, fermions cannot occupy the same quantum state, allowing us to push electrons around in semiconductors and preventing neutron stars from collapsing.
With these beliefs,Dr Hameroff holds that in a near-death experience the microtubules lose their quantum state, but the information within them is not destroyed.
The team believes this is because the tip andmolecule interact to create a new quantum state, which offers a new channel for the electron to hop to from the molecule, hence reducing the time the electron spends on the molecule and so reducing the chances of that electron causing a reaction.
According to their theories, in the moments when peopleare“clinically dead,” microtubules in the brain leave their quantum state but still can preserve the information inside of them.
You can't just say,‘I want to send you a movie or something that's one gigabyte andencode it into a quantum state'” and expect to find a quantum advantage, said Thomas Vidick, a computer scientist at the California Institute of Technology.
While in Munich, Sommerfeld also mentored Wolfgang Pauli on his thesis on quantum theory, and Pauli also went on to win a Nobel Prize in Physics, in 1945,for his discovery of the eponymous Pauli exclusion principle(which stated that two or more identical fermions can not be in the same quantum state within a quantum system at the same time)… MUCH MORE.
Entanglement occurs when groups of particles or waves are created orinteract in such a way that the quantum state of each particle or wave cannot be described independently of the others, however far apart they are.
The theory indicates that when people enter the phase which is known as clinical death,the micro tubules that are located in the brain do lose their quantum state but maintain the information that is contained within them.
Allegedly, when human beingsare“clinically dead,” microtubules in the brain lose their quantum state but are still able to retain the information inside of them.
The theory indicates that when people enter a phase known as‘clinicaldeath,' the microtubules located in the brain lose their quantum state but maintain the information contained within them.
This theory says that when a person is entering into a clinicaldeath the microtubules of his brain are losing their quantum state but they maintain the information contained within them.
Their theory suggests that when a person goes into the phase that is called clinical death,the microtubules in the brain lose their quantum state, but they are able to maintain all of the information that is within them.
It is to be noted that after this judgement reservation quantum in the State has crossed 50%.
Her father Elihas,another former partner of Pym's, accidentally killed himself and his wife during a quantum experiment that caused Ava's unstable state.
The quantum computer has quantum bits- qubits-that exist in two different states simultaneously, using the quantum phenomenon of superposition.
