CONSTITUTIONAL LAW-DUE PROCESS CLAUSE-RIGHT OF AN ACCUSED TO HAVE COUNSEL APPOINTED BY THE COURT

On May 16, 1932, petitioner, then seventeen years of age, was arraigned, tried, convicted of murder in the first degree and sentenced to life imprisonment. Petitioner was without legal assistance throughout these proceedings, was never advised of his rights to counsel, was never informed of the consequences of a guilty plea and, as disclosed by the record, was considerably confused as to the effect of such plea. In 1945, he moved for leave to file a delayed motion for new trial in the court in which he was convicted, on the ground that there had been serious impairment of his constitutional rights at the arraignment and trial. On appeal the Supreme Court of Michigan held that there was no error in the trial court\u27s denial of petitioner\u27s motion. On certiorari to the United States Supreme Court, held, reversed, per curiam. De Meerleer v. People of the State of Michigan, (U.S. 1947) 67 S. Ct. 596

QUASI CONTRACTS-RECOVERY OF VALUE OF SUPPORT AND CARE RENDERED TO PARENT

In 1901, pursuant to an agreement for care and support, A conveyed land to his wife. After his wife\u27s death in 1924, A supported himself for twelve years until he suffered a paralytic stroke, after which his son Adolph supported him and furnished constant care. The other children, including Charles, refused to aid Adolph financially or otherwise. After A\u27s death, Charles petitioned in equity for a decree declaring the lien of his father on the land terminated by death. Adolph opposed, claiming a lien on the land for the value of support and care rendered to A. The trail court decreed that A had an equitable lien on the land for his care and support to which Adolph should be subrogated to the extent of the reasonable value of support and care furnished A. Held, affirmed. Application of Mach, (S.D. 1947) 25 N.W. (2d) 88I

Low-energy QCD: Chiral coefficients and the quark-quark interaction

A detailed investigation of the low-energy chiral expansion is presented within a model truncation of QCD. The truncation allows for a phenomenological description of the quark-quark interaction in a framework which maintains the global symmetries of QCD and permits a $1/N_c$ expansion. The model dependence of the chiral coefficients is tested for several forms of the quark-quark interaction by varying the form of the running coupling, $\alpha (q^2)$, in the infrared region. The pattern in the coefficients that arises at tree level is consistent with large $N_c$ QCD, and is related to the model truncation.Comment: 28 pages, Latex, 6 postscript figures available on request to [email protected]

Calculation of the Chiral Lagrangian Coefficients

We present a systematic way to combine the global color model and the instanton liquid model to calculate the chiral Lagrangian coefficients. Our numerical results are in agreement well with the experimental values.Comment: 7 pages, To appear in Chin.Phys.Lett, Year 200

A dynamical, confining model and hot quark stars

We explore the consequences of an equation of state (EOS) obtained in a confining Dyson-Schwinger equation model of QCD for the structure and stability of nonstrange quark stars at finite-T, and compare the results with those obtained using a bag-model EOS. Both models support a temperature profile that varies over the star's volume and the consequences of this are model independent. However, in our model the analogue of the bag pressure is (T,mu)-dependent, which is not the case in the bag model. This is a significant qualitative difference and comparing the results effects a primary goal of elucidating the sensitivity of quark star properties to the form of the EOS.Comment: 13 pages, 5 figures, epsfig.sty, elsart.sty. Shortened version to appear in Phys. Lett. B, qualitatively unmodifie

Squeezed gluon vacuum and the global colour model of QCD

We discuss how the vacuum model of Celenza and Shakin with a squeezed gluon condensate can explain the existence of an infrared singular gluon propagator frequently used in calculations within the global colour model. In particular, it reproduces a recently proposed QCD-motivated model where low energy chiral parameters were computed as a function of a dynamically generated gluon mass. We show how the strength of the confining interaction of this gluon propagator and the value of the physical gluon condensate may be connected.Comment: 13 pages, LaTe

A Novel Vertebrate Eye Using Both Refractive and Reflective Optics

SummarySunlight is attenuated rapidly in the ocean, resulting in little visually useful light reaching deeper than ∼1000 m in even the clearest water [1]. To maximize sensitivity to the relatively brighter downwelling sunlight, to view the silhouette of animals above them, and to increase the binocular overlap of their eyes, many mesopelagic animals have developed upward-pointing tubular eyes [2–4]. However, these sacrifice the ability to detect bioluminescent [5] and reflective objects in other directions. Thus, some mesopelagic fish with tubular eyes extend their visual fields laterally and/or ventrally by lensless ocular diverticula, which are thought to provide unfocused images, allowing only simple detection of objects, with little spatial resolution [2–4]. Here, we show that a medial mirror within the ventrally facing ocular diverticulum of the spookfish, Dolichopteryx longipes, consisting of a multilayer stack derived from a retinal tapetum, is used to reflect light onto a lateral retina. The reflective plates are not orientated parallel to the surface of the mirror. Instead, plate angles change progressively around the mirror, and computer modeling indicates that this provides a well-focused image. This is the first report of an ocular image being formed in a vertebrate eye by a mirror