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You are here: > News > March 8, 2006

Sandia's Z machine exceeds two billion degrees Kelvin

The unexpectedly hot output, if its cause were understood and harnessed, could eventually mean that smaller, less costly nuclear fusion plants would produce the same amount of energy as larger plants.


click to enlarge

Sandia's Z machine firing
The “arcs and sparks” formed at the water-air interface travel between metal conductors.
(Photo by Randy Montoya)
Ion Viscous Heating in a Magnetohydrodynamically Unstable Z Pinch at Over 2Χ109 Kelvin

Phys. Rev. Lett
. 96, 075003 (2006)

Pulsed power driven metallic wire-array Z pinches are the most powerful and efficient laboratory x-ray sources. Furthermore, under certain conditions the soft x-ray energy radiated in a 5 ns pulse at stagnation can exceed the estimated kinetic energy of the radial implosion phase by a factor of 3 to 4. A theoretical model is developed here to explain this, allowing the rapid conversion of magnetic energy to a very high ion temperature plasma through the generation of fine scale, fast-growing m=0 interchange MHD instabilities at stagnation. These saturate nonlinearly and provide associated ion viscous heating. Next the ion energy is transferred by equipartition to the electrons and thus to soft x-ray radiation. Recent time-resolved iron spectra at Sandia confirm an ion temperature Ti of over 200 keV (2Χ109 degrees), as predicted by theory. These are believed to be record temperatures for a magnetically confined plasma.

ALBUQUERQUE, N.M. — Sandia’s Z machine has produced plasmas that exceed temperatures of 2 billion degrees Kelvin — hotter than the interiors of stars.

The unexpectedly hot output, if its cause were understood and harnessed, could eventually mean that smaller, less costly nuclear fusion plants would produce the same amount of energy as larger plants.

The phenomena also may explain how astrophysical entities like solar flares maintain their extreme temperatures.

The very high radiation output also creates new experimental environments to help validate computer codes responsible for maintaining a reliable nuclear weapons stockpile safely and securely — the principal mission of the Z facility.

“At first, we were disbelieving,” says Sandia project lead Chris Deeney. “We repeated the experiment many times to make sure we had a true result and not an ‘Ooops’!”

The results, recorded by spectrometers and confirmed by computer models created by John Apruzese and colleagues at Naval Research Laboratory, have held up over 14 months of additional tests.

A description of the achievement, as well as a possible explanation by Sandia consultant Malcolm Haines, well-known for his work in Z pinches at the Imperial College in London, appeared in the Feb. 24 Physical Review Letters.

Texas A&M in collaboration with Lawrenceville Plasma Physics achieved a similar result in 2001 with a plasma focus device, rather than a wire z pinch as done by Sandia.  They also achieved 200 keV, but with just 1.4 mega amp input in comparison to Sandia's 20 MA input. (Ref1, Ref2)

What happened and why?

Z’s energies in these experiments raised several questions.

First, the radiated x-ray output was as much as four times the expected kinetic energy input.

Ordinarily, in non-nuclear reactions, output energies are less — not greater — than the total input energies. More energy had to be getting in to balance the books, but from where could it come?

Second, and more unusually, high ion temperatures were sustained after the plasma had stagnated — that is, after its ions had presumably lost motion and therefore energy and therefore heat — as though yet again some unknown agent was providing an additional energy source to the ions.

[This is academic parlance for (do I dare say it?) "over unity".]

Sandia’s Z machine normally works like this: 20 million amps of electricity pass through a small core of vertical tungsten wires finer than human hairs. The core is about the size of a spool of thread. The wires dissolve instantly into a cloud of charged particles called a plasma.

The plasma, caught in the grip of the very strong magnetic field accompanying the electrical current, is compressed to the thickness of a pencil lead. This happens very rapidly, at a velocity that would fly a plane from New York to San Francisco in several seconds.

At that point, the ions and electrons have nowhere further to go. Like a speeding car hitting a brick wall, they stop suddenly, releasing energy in the form of X-rays that reach temperatures of several million degrees — the temperature of solar flares.

The new achievement — temperatures of billions of degrees — was obtained in part by substituting steel wires in cylindrical arrays 55 mm to 80 mm in diameter for the more typical tungsten wire arrays, approximately only 20 mm in diameter. The higher velocities achieved over these longer distances were part of the reason for the higher temperatures.

(The use of steel allowed for detailed spectroscopic measurements of these temperatures impossible to obtain with tungsten.)

Haines theorized that the rapid conversion of magnetic energy to a very high ion plasma temperature was achieved by unexpected instabilities at the point of ordinary stagnation: that is, the point at which ions and electrons should have been unable to travel further. The plasma should have collapsed, its internal energy radiated away. But for approximately 10 nanoseconds, some unknown energy was still pushing back against the magnetic field.

Haines’ explanation theorizes that Z’s magnetic energies create microturbulences that increase the kinetic energies of ions caught in the field’s grip. Already hot, the extra jolt of kinetic energy then produces increased heat, as ions and their accompanying electrons release energy through friction-like viscous mixing even after they should have been exhausted.

High temperatures previously had been assumed to be produced entirely by the kinetic flight and intersection of ions and electrons, unaided by accompanying microturbulent fields.

Z is housed in a flat-roofed building about the size and shape of an aging high-school gymnasium.

This work has already prompted other studies at Sandia and at the University of Nevada at Reno.

About Sandia

Sandia is a multiprogram laboratory operated by Sandia Corporation, a Lockheed Martin company, for the U.S. Department of Energy’s National Nuclear Security Administration. Sandia has major R&D responsibilities in national security, energy and environmental technologies, and economic competitiveness.

click to enlarge

Sandia's Z machine firing
The “arcs and sparks” formed at the water-air interface travel between metal conductors.
(Photo by Randy Montoya)

# # #

SOURCE: Sandia press release (March 8, 2006)



Quantum Computing and Fusion/Fission

Submitted to PES Network March 9, 2006:

Quantum computing and fusion/fission thermonuclear power plants both are built on nature's hyperfractal architecture.   

It's no coincidence that Sandia's Z machine that exceeds 2 billion degrees Kevin thermonuclear power and the University of Illinois' Quantum computer that processes data like 100 million serial computers, were both discovered at the same time---they're both pair-to-pair, field-to-field, quantum-to-quantum, electron/photon serial/parallel interfaces. Expect entrepreneurs and private industry to discover hyperfractals first while governmentt-funded science labs balk---the government does not understand FREE inexhaustible resources.  

Conventional science has rejected hypercubes and hyperfractals since 1989---for fifteen years!  Government-funded labs can't spend any money on natural hyperfractals-they're simple diagnostic tools---free on Internet.

Entrepreneurs wanted who can develop Quantum computer chips and/or non-radioactive mid-spectrum high-temperature lasers for nuclear power production--peer-to-peer groups welcome.  Discussions are open.
Carla Hein <carla.hein {at} >

Related Coverage

  • Sandia Z-Pinch and Texas A&M Focus Fusion Compared - Billion-degree fusion reported by Eric Lerner, et al. at Texas A&M University in 2001 has been duplicated recently by a variation set-up at Sandia National Laboratories. The two processes are compared. (PESN; Mar. 18, 2006)

See also

Page posted by Sterling D. Allan March 8, 2006
Last updated December 24, 2014





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