ground state

That meant it had to be in the cashed-out ground state, jiggling with only zero-point motion.

To see such effects, physicists first have to suck out every possible quantum and leave a beam in its least-energetic "ground state. "

Normally atomic nuclei exist in an equilibrium or stable condition known as their ground state of energy.

It consists of open pit in the ground state, the bottom of the slope around the state and composition.

The basic idea of DFT is an ansatz, which assumes that any properties of many-body system can be determined by the ground state density.

If the temperature drops near the condensation rate slow enough, the solids will form the lowest energy state of the ground state.

Bohr radius was the radius of the circle in which the electron moved in the ground state of the hydrogen atom, according to the Bohr theory.

the probability amplitude of it's ground state and excited state is the cosine's summation form and the sine's summation form respectively.

If the particle were then to decay into an electron and a ground-state dark matter particle, the electron would release gamma rays.

So, what it means physically is all the molecules are in the ground state.

This conclusion can ex- plain the experimental result of polymer which has the degenerate ground state in the doping case.

An elastic coordinate variational method is given for calculating ground-state energy and wave function of two-electron atom.

The calculated results show that a new stable ground state can be developed on account of spin-phonon coupling.

Variational and Semi-classical Methods . Ground state and first excited state of helium, via the variational method.

So every atom. Or even if it's a molecular crystal, every molecule, they're all in the ground state.

Not near enough energy to populate even though lowest, you know, the first level above the ground state.

The ground-state entanglement in a three-qubit Ising chain with an energy current is studied.

Design and synthesis of high spin ground state molecules is an important content in the research of molecular magnetism.

it can be supposed that PPS have inner rotational isomer from the relationship of the ground state of total energy and torsion angles.

Our results show that the cooling of the MR to the ground state is experimentally implementable.

When the atom is prepared in ground state or excited state initially, there appear obvious squeezing effects for the coherent optical field.

The temperature of the flame is low enough that the flame itself does not excite sample atoms from their ground state.

Molecules excited electronically , are unstable relative to the ground state .

This gives the anti-atoms plenty of time to settle into their ground state, the most stable condition a particle or atom can attain.

The no boundary proposal, implies that these differences in density, would start off in their ground state.

All the atoms would be in the ground state.

We analyse the change of the phase diagram, the ground state energy and the spin wave dispersions.

In Chapter 2, we prove the existence of ground state solutions to quasilinear elliptic equations.

The ground state energy of the magnetopolaron is derived by using a linear combination operator and the perturbation method.

Then, the ground-state band will be crossed by the quasi-particle rotational bands.

Everything is in the ground state when it's cold enough.

To date, the major researches in this field mainly are concentrated in the ground state.

However, the ground state we obtained is a distorted structure of a bicapped pentaprism.

When the aspect ratio of the ellipsoid equal to 1 , the ground state binding energy is a steady minimum value.

Where the kT is lower than, by far, than the first excited level. Everything's in the ground state.

A new method to solve N dimensional ground state quantum wave functions is developed based on quadratures along a single trajectory.

In this paper, using quantum chemical ab initio UHF methods the ground state spins of plane bicarbenes and binitrenes have been studied.

The ground-state structures of small cobalt clusters evoluted from one-dimension to three dimensional configurations.

All the molecules are in the ground state.

Prove ( 8. 92 )and then calculate the percent error in the ground - state energy, using this triangular function .

It is accepted that C3 is a typical non-rigid molecule and the singlet ground state has a linear geometry.

Let's have a look at an interesting feature of the ground-state wave function, Eq(6. 120).

So in other words, what it's saying is the configurational energy is zero, because everything is stuck in the ground state.

Critical Temperature and Ground State Fraction of a Weakly Interacting Bose Gas Trapped in a Harmonic Potential

The Theoretical Calculation of Potential Energy Functions and Thermodynamic Functions for the Ground State of PuN

Theoretical Calculation of the Relativistic Energy for the Ground State of Beryllium Atom

The Application of Variational Principle for Calculating Energy of the Atom He in Ground State of Quantum Mechanics

Molecular Structure and Potential Energy Function of UO and Thermodynamic Functions for Ground State of UO

Solving ground state energy and wave function of a linear harmonic oscillator by Euler equation

Quantum Chemical Calculation on Structure and Potential Energy Curve for the Ground State of Molecule LaH

A Comparison of two Methods to Calculate the Ground-state Energy of a Polaron

Temperature Dependence of the Ground State Energy of a Magnetopolaron in Semiconductor Quantum Dots

An Investigation of the Factors Affecting Quantum Size Effects of the Confined Exciton Ground State Energy in the Semiconductor Quantum Dots

Research on Triple Differential Cross Sections for Ground State of Hydrogen Atom Ionized by Electrons

The size effect and phonon effect on the ground state binding energy of an exciton in a quantum dot

Calculation of Ground-state Energy of Two-electron Atom by Elastic Coordinate Variational Method

Theoretical Studies on Ground State Structure, Electronic Energy Level and Absorption Spectra of PPV Oligomers with Biphenyl Bridge

Ground-state Energy and Effective-mass of a Polaron in a Crystal-slab

Calculation of the ground-state energies of hydrogen-like impurity in a lens-shaped quantum dot

A Formula Used to Subtract the Effect of Excited State to Ground State in Measurement of Cross Section of Nuclear Reaction

Variational method calculation of ground-state wave functions and energy of two-electron atom

Systematic Calculation on Ground State Properties of Superheavy Even-Even Nuclei with Macroscopic-Microscopic Model

Ground-state entanglement in an isotropic transverse XY model with energy current

Relationship between the Shape of Suspension Particle and Ground State Structure in Electrorheological Fluid

Theoretical Study on hyperfine splitting of ground state of hydrogenlike ions

Effective splitting of a trapped atomic wave packet in the motional ground state

Theoretical Studies on Effect of Conformation on the Spin Multiplicity Ground State in Parity Ethylene Type Biradical System and Stability

Classical Oscillator Model of the Ground State of Hydrogen Atom

Concentration Behavior of the Ground State Solutions for Fourth Order Elliptic Equation

Ground State Energy of a Pollution State in Polyatomic Polar Crystals

Systematic Calculation on the Ground State Properties of Odd-Even Superheavy Nuclei with Relativistic Mean-Field Theory

The Connectivity Index of Valence Shell Electron Energy Levels for Ground State Atoms and Electronegativity of Elements

Systematic Study of Ground State Properties of Super Heavy Nuclei

Calculation of the Energy Levels of the Ground State of Nitrogen Atom

A new method to determine the ground state of diatomic molecule

Ground state structure and superconductivity of the metallic hydrogen

Macroscopic-Microscopic Calculation on the Ground State Properties of Superheavy Odd-Even Nuclei

Calculation of the Energy Levels of the Ground State of Carbon Atom

Structures and Properties of the Ground State for RuH and RuN Molecules and Their Molecular Ions

Variational Calculation of the Ground State Energy of Nitrogen and Nitrogen-Like Atoms

Ground State Binding Energy of Strong Coupling Polaron in a Infinite Quantum Well

The variable metric algorithm for ground state energy of ionized-donor-bound excitons in semiconductors

Calculation of The Energy of Small Atom System in Ground State With Self-consistent-field method

Calculation of the Ground State Energy of Excitons in ZnO Quantum Dots by Variational Method

The relations of the ground state energy and isotropic oscillator parameter

A Method for Locating Ground State of the Atom of Spectral Term

Design of Polynuclear Complexes with High Spin Ground State--Summary of Theories and Practices

The Calculation of Ground State and Excited State Energies of Semiconductor Quantum Ring

Effects of Nearest-Neighbor Coulomb Interaction on Ferromagnetic Ground State in Nanographite Ribbons

Calculation of the Energy Level of the Ground State of Magnesium Atom

Calculation of the Energy Level of the Ground State of Magnesium Atom

Weak-coupling Ground State Phase Diagram of the One-dimensional Extended Hubbard Model

Ground State and Superconductivity of Metallic Hydrogen

Effect of Pairing Correlation on the Ground State and Collective Excitations of Nucleus

Many-body calculation on the ground state correlation effects of neutral Carbon

Study on jamming leak materials in tunnel about ground state change of polyurethane

Study the Ground State Properties of Exciton in ZnO Quantum Dots by Variational Method

On the Ground State of Bose-Einstein Condensate

The calculation of energy of Lithium atom in ground state

Determination of Ground- State Spectroscopic Term of Atom

Variational calculation of ground-state energy of He-atom and wave function

Thermodynamics stability for ground state CUO

Research on helium and quasi-helium ion ground state energy and wave function

The Empirical Formula for Ground-State Energy of Helium Atom and Helium-Like Ion

Research of Perturbation Theory on Ground State Energy of Helium

Calculating the Ground-State Energy of Helium Atom by Using Variational Method

The Ground State Energy of Strong- Coupling Surface Polaron

Fermi Liquid Interpretation of Kondo Ground State

Theoretical Studies on the Ground State and Excited State of 7-Azaindole Derivatives

The Relation on Space Symmetry with System Ground State Energy

Ground State Energy of Bulk Polaronfor Polyatomic Polar Crystals in Magnetic Field

Research on deciding atomic ground state problem

Mechanisms of Unimolecular Reactions for Ground-state Pyruvic Acid

The Ground State Energy and the Effective Mass of Strong-coupling Surface Magnetopolarons

Study on the Thermal Stability of the ColdTrapped Ion Ground State

Influence of Spin on the Ground-State Energy of Weak Coupling Bound Magnetopolaron

Periodicity of Atomic Ground State

Theoretical study on Lr atomic ground state

Effect of Next-neighbor Hopping on the Electronic Structure of Ground State in Polyaniline

A Formula for Defining an Atomic or Ionic Ground state

The Stark effect of the Helium atom's ground state

Theoretical Study on the Ground State Energy Splitting of 9-Hydroxyphenalenone

The Method Of Defining Atomic Ground State

Being at an energy level higher than the ground state

A kind of simple calculation of helium in ground state(variation)

Ground State to Helium Atom