The gauge coupling strengths of QCD, the weak interaction and hypercharge seem to meet at a common length scale called the GUT scale and equal approximately to 10 < sup > 16 </ sup > GeV, which is slightly suggestive.

For example, at very high temperature and high pressure, unless there are sufficiently many flavors of quarks, the theory of quantum chromodynamics ( QCD ) predicts that quarks and gluons will no longer be confined within hadrons < i > because the strength of the strong interaction diminishes with energy .</ i > This property, which is known as asymptotic freedom, has been experimentally confirmed in the energy range between 1 GeV ( gigaelectronvolt ) and 1 TeV ( teraelectronvolt ).

These experiments became more and more precise, culminating in the verification of perturbative QCD at the level of a few percent at the LEP in CERN.

Flavor SU ( 3 ) is an approximate symmetry of the vacuum of QCD, and is not a fundamental symmetry at all.

However, the numerical sign problem makes it difficult to use lattice methods to study QCD at high density and low temperature ( e. g. nuclear matter or the interior of neutron stars ).

One such effective field theory is chiral perturbation theory or ChiPT, which is the QCD effective theory at low energies.

One simple way of doing this is to look at the interaction vertex in QCD and replace it by a color-line representation.

For example, in a quark-gluon plasma or other QCD matter, at every point in space there is a chemical potential for photons, a chemical potential for electrons, a chemical potential for baryon number, electric charge, and so forth.

of the strong interactions, μ = Λ < sub > QCD </ sub > and occurs at about 200 MeV.

In QCD, the fixed point occurs at short distances where g → 0 and is called a ( trivial )

Much of his research focused on the problem of colour confinement in QCD, i. e. the observational fact that only colour neutral particles are observed at low energies.

The running of the quantum chromodynamics ( QCD ) coupling constant was measured at various energies and found to run in accordance with perturbative calculations in QCD.

Wilson loops were introduced in the 1970s in an attempt at a nonperturbative formulation of quantum chromodynamics ( QCD ), or at least as a convenient collection of variables for dealing with the strongly-interacting regime of QCD.

In the most commonly-considered cases, such as lattice QCD, fermion fields are defined at lattice sites ( which leads to fermion doubling ), while the gauge fields are defined on the links.

Proof that QCD confines at low energy is a mathematical problem of great relevance, and an award has been proposed by the Clay Mathematics Institute for whoever is also able to show that the Yang – Mills theory has a mass gap and its existence.

An example of this is the beta function for Quantum Chromodynamics ( QCD ), and as a result the QCD coupling decreases at high energies.

Lattice QCD predictions for glueballs are now fairly stable, at least when virtual quarks are neglected.

Using this approach, important results of the measurement of the hot QCD matter created at RHIC are:

It is an open question whether the deconfinement temperature of QCD is also the temperature at which the chiral condensate melts.

Finite state machines just look at the input signal and the current state: they have no stack to work with.

From 1907 to 1911 as a professor at the Polytechnic Institute he did research in the earlier variant of the Finite Element Method of elastic calculations, the so called Rayleigh method.

While at the Institute, Halmos wrote his first book, Finite Dimensional Vector Spaces, which immediately established his reputation as a fine expositor of mathematics.

Finite element analysis of the structure by Mark and Hutchison found a maximum tensile stress of only at the point where the dome joins the raised outer wall.

* ASKA, an innovative software package produced at Instituts für Statik und Dynamik ISD c1965 for the solution of problems in engineering requiring the solution of partial differential equations, and using the Finite Element Method.

* John Argyris-One of the founders of the Finite Element Method, Professor at Imperial College London and University of Stuttgart

* Spawn Finite Power special card-Given to the attendants of Wizard World Convention, held at Chicago, Illinois, July 1998, this card was incorrectly cut.

* A faster approach is to use Finite difference methods for option pricing to diffuse the PDE backwards from the boundary condition ( which is the terminal payoff at expiry, plus the condition that the value along the barrier is always 0 at any time ).

#" Early Finite Element Research at Berkeley ", Wilson, E. and Clough R., presented at the Fifth U. S. National Conference on Computational Mechanics, Aug. 4-6, 1999

Temperature of the wash and rinse waters is maintained at 85 - 90-degrees-F ( 29 - 32-degrees-C ).

* In November 2000, nuclear spin temperatures below 100 pK were reported for an experiment at the Helsinki University of Technology's Low Temperature Lab.

Temperature extremes since 1960 at Hastings have ranged from in July 2006, down to in January 1987.

* Spin Hall Effect Detected at Room Temperature

Compacted Oxide Layer Formation under Conditions of Limited Debris Retention at the Wear Interface during High Temperature Sliding Wear of Superalloys, Ph. D. Thesis ( 2003 ), Northumbria University, ISBN 1-58112-321-3

Figure 2: Temperature – Entropy diagram That results in a mixture of liquid and vapor at a lower temperature and pressure as shown at point 5.

* Temperature in the anus ( rectum / rectal ) is at or over

* Temperature in the mouth ( oral ) is at or over

* Temperature under the arm ( axillary ) or in the ear ( otic ) is at or over

From 1934-1961 the weather station at Cow Creek recorded a Mean Annual Temperature of ° F.

* Magnet Lab Press Release Quantum Hall Effect Observed at Room Temperature

# Check for Vital Signs ( Pulse, Blood Pressure, Temperature, Respiratory Rate, ( Pain ) at times )

Temperature at given depth

Temperature differences between the 500 hPa pressure level, or above ground level, and the sea surface temperatures initially exceed the dry adiabatic lapse rate, which causes an initial round of thunderstorms to form at a distance east of the center.

Temperature extremes at Wallingford vary from in January 1982, up to in July 2006.

Temperature variations between night and day tend to be relatively large during summer with a difference that can reach 30 ° F, and fairly limited during winter with temperatures hovering at or below freezing for most of the day, and often dipping below zero at night.

Temperature dependence for densification controls the process because at higher temperatures viscosity decreases and increases liquid content.

Temperature data is not collected at the Willamina weather station.

Windchill Temperature is only defined for temperatures at or below and wind speeds above.

Temperature measurements of the water at this depth was, the same as was measured in 1942.

* Automatic Temperature Compensator, an electronic device which measures the temperature of petroleum products during delivery and automatically calculates the amount of product as though it had been delivered at 15 ° C

Temperature extremes at Stanley vary from to for the period 1961-90.

Temperature decreases with altitude starting at sea level, but variations in this trend begin above 11 km, where the temperature stabilizes through a large vertical distance through the rest of the troposphere.