Sentence examples for same quantum of from inspiring English sources
"What we're saying is that we will absolutely honour our pre-election commitment and our pre-election commitment was that there would be exactly the same quantum of funding under the Coalition as under the Labor Party," the prime minister said.
Fuel requirement for the initial core is 4673 kg of reactor grade (RG) Pu for a cycle length of two years at 1875 MWt as against the 2200 kg needed for each fuel cycle of equilibrium core for same quantum of energy.
High-density culture (2.19 g L−1) cultivated under green light showed higher biomass production rate (30 mg L−1 d−1) with a 8.43% biomass growth in a 6-day period compared to the same quantum flux of red light that induced 4.35% biomass growth on the same period.
Entanglement refers to the observation that the state of particles from the same quantum system cannot be described independently of each other.
For example, every central force is symmetric under the rotation group SO(3), leading to the conservation of angular momentum L. Classically, an overall rotation of the system does not affect the energy of an orbit; quantum mechanically, rotations mix the spherical harmonics of the same quantum number l without changing the energy.
No two fermions can be in the same quantum state, so, on the face of it, they should never be able to condense.
Quantum dots could be made either from tiny groups of atoms (usually of semiconductor materials) that acted together as a single atom or from Bose-Einstein condensates (BECs), tiny clouds of atoms that shared the same quantum state.
Furthermore, the experiment may lead to an atom laser, a column of atoms moving in the same quantum state.
The principal difference between them is that fermions of the same energy cannot exist in the same quantum state, whereas bosons can.
Three quantum numbers are needed to specify each orbital in an atom, the most important of these being the principal quantum number, n, the same quantum number that Bohr introduced.
A tenet of quantum mechanics called the Pauli Exclusion Principle states that no two fermions (particles in a family that includes electrons) can occupy the same quantum state.
