Book republication program.

Reproduced from type-written copy.

Early American wall stencils, their origin, history & use. A republication of Early American stencils on walls and furniture, part one; including the complete text, seven color plates, and over one hundred photographs of old stencilled walls.

Mode of access: Internet.

American arguments for British rights; being a republication of the celebrated letters of Phocion, on the subject of neutral trade. Printed at Charleston, S.C.

The Charleston issue [1806] has title: The numbers of Phocion, which were originally published in the Charleston courier, in 1806, on the subject of neutral rights.

Calvinistic family library, devoted to the republication of standard Calvinistic works.

No more published.

Republication of Conrad's Fossil shells of the Tertiary formations of North America /

Mode of access: Internet.

TESTING THE DISTANCE-DUALITY RELATION WITH GALAXY CLUSTERS AND TYPE Ia SUPERNOVAE

In this Letter, we propose a new and model-independent cosmological test for the distance-duality (DD) relation, eta = D(L)(z)(1 + z)(-2)/D(A)(z) = 1, where D(L) and D(A) are, respectively, the luminosity and angular diameter distances. For D(L) we consider two sub-samples of Type Ia supernovae (SNe Ia) taken from Constitution data whereas D(A) distances are provided by two samples of galaxy clusters compiled by De Filippis et al. and Bonamente et al. by combining Sunyaev-Zeldovich effect and X-ray surface brightness. The SNe Ia redshifts of each sub-sample were carefully chosen to coincide with the ones of the associated galaxy cluster sample (Delta z < 0.005), thereby allowing a direct test of the DD relation. Since for very low redshifts, D(A)(z) approximate to D(L)(z), we have tested the DD relation by assuming that. is a function of the redshift parameterized by two different expressions: eta(z) = 1 + eta(0)z and eta(z) = 1 +eta(0)z/(1 + z), where eta(0) is a constant parameter quantifying a possible departure from the strict validity of the reciprocity relation (eta(0) = 0). In the best scenario (linear parameterization), we obtain eta(0) = -0.28(-0.44)(+0.44) (2 sigma, statistical + systematic errors) for the De Filippis et al. sample (elliptical geometry), a result only marginally compatible with the DD relation. However, for the Bonamente et al. sample (spherical geometry) the constraint is eta(0) = -0.42(-0.34)(+0.34) (3 sigma, statistical + systematic errors), which is clearly incompatible with the duality-distance relation.

Caldron

Combined media on paper. 96" x 40", Fire River Series. Private Collection

Clinging, Fire

Combined media on paper. 96" x 40", Fire River Series. Private Collection

Darkening of Light

Combined media on paper. 90" x 40", Fire River Series

Gold, Water

Combined media on paper. 82" x 40", Fire River Series. Hammer Museum, UCLA

Keeping Still, Mountain

Combined media on paper. 90" x 40", Fire River Series

Lake

Combined media on paper. 84" x 40"

Penetrating Wind

Combined media on paper. 96" x 40"

Pushing Upward

Combined media on paper. 90" x 40", Fire River Series

The Well

Combined media on paper. 110" x 40", Private Collection