Correspondence issued by the Government Accountability Office with an abstract that begins "After the creation of the Department of Homeland Security (DHS) in March 2003, two legacy enforcement agencies--the former Immigration and Naturalization Service (INS) and the U.S. Customs Service (USCS)--were among the 22 federal agencies brought together within DHS. This transformation in turn merged the legacy INS and USCS investigators into the U.S. Immigration and Customs Enforcement (ICE) Office of Investigations (OI), and legacy INS and USCS inspectors, among others, into Customs and Border Protection (CBP). It has been nearly 3 years since the merger and efforts to integrate thousands of federal employees within ICE and CBP continue. Congress raised questions about ongoing human capital challenges brought about by the integration of legacy enforcement employees within ICE and CBP. In prior work, we have reported on the management and human capital challenges DHS faces as it merges the workforces of legacy agencies, including the need to clarify the roles and responsibilities of the new agencies, the difficulty of legacy staff operating from separate locations, and how it decides to allocate investigative resources. This report addresses the following objectives: (1) How many investigative work years were dedicated to immigration enforcement …

A letter report issued by the Government Accountability Office with an abstract that begins "For tax year 2001, the Internal Revenue Service (IRS) estimated a tax gap of at least $11 billion from individual taxpayers misreporting income from capital assets (generally those owned for investment or personal purposes). IRS did not estimate the portion of this gap from securities (e.g., stocks, bonds, and mutual fund capital gains distributions). GAO was asked for information on (1) the extent and types of noncompliance for individual taxpayers that misreport securities capital gains, (2) actions IRS takes to reduce the securities tax gap, and (3) options with the potential to improve taxpayer voluntary compliance and IRS's ability to address noncompliant taxpayers. For estimates of noncompliance, GAO analyzed a probability sample of examination cases for tax year 2001 from the most recent IRS study of individual tax compliance."

Testimony issued by the Government Accountability Office with an abstract that begins "Corporate income taxes are expected to bring in about $277 billion in 2006 to help fund the activities of the federal government. Besides raising revenue, the tax alters investment decisions and raises concerns about competitiveness in an environment of increasing global interdependency. The complexity of the tax breeds tax avoidance, including an estimated $32 billion of noncompliance detected by the Internal Revenue Service (IRS). This testimony provides information on trends in corporate taxes and opportunities to improve corporate tax compliance. Congress also asked that GAO discuss recent work on the misreporting of capital gains income from securities sales and options to improve compliance. This statement is based largely on previously published GAO work."

Testimony issued by the Government Accountability Office with an abstract that begins "GAO was asked to address (1) the extent to which coordination between the U.S. military and private security providers has improved since GAO's 2005 report, (2) the ability of private security providers and the Department of Defense (DOD) to conduct comprehensive background screenings of employees, and (3) the extent to which U.S. or international standards exist for establishing private security provider and employee qualifications. For this testimony, GAO drew from its July 2005 report on private security providers, and its preliminary observations from an ongoing engagement examining contractor screening practices."

Testimony issued by the Government Accountability Office with an abstract that begins "Of the 25 areas on GAO's 2005 high-risk list of federal programs or activities that are at risk for waste, fraud, abuse, or mismanagement, 8 are Department of Defense (DOD) programs or operations and 6 are governmentwide high-risk areas for which DOD shares some responsibility. These high-risk areas relate to DOD's major business operations. DOD's failure to effectively resolve these high-risk areas results in billions of dollars of waste each year, ineffective performance, and inadequate accountability. At a time when DOD is competing for resources in an increasingly fiscally constrained environment, it is critically important that DOD get the most from every defense dollar. DOD has taken several positive steps and devoted substantial resources toward establishing key management structures and processes to successfully transform its business operations and address its high-risk areas, but overall progress by area varies widely and huge challenges remain. This testimony addresses (1) DOD's progress in developing a strategic, integrated, enterprise-wide business transformation plan and its related leadership approach, (2) the extent to which DOD has complied with legislation that addresses business systems modernization and improving financial management accountability, and (3) selected additional DOD …

This cleanup verification package documents completion of remedial action for the 118-B-6, 108-B Solid Waste Burial Ground. The 118-B-6 site consisted of 2 concrete pipes buried vertically in the ground and capped by a concrete pad with steel lids. The site was used for the disposal of wastes from the "metal line" of the P-10 Tritium Separation Project.

Recovery and analysis of multiple Neanderthal autosomalsequences using a metagenomic approach reveals that modern humans andNeanderthals split ~;400,000 years ago, without significant evidence ofsubsequent admixture.

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The SSPX spheromak experiment has achieved electron temperatures of 350eV and confinement consistent with closed magnetic surfaces. In addition, there is evidence that the experiment may be up against an operational beta limit for Ohmic heating. To test this barrier, there are firm plans to add two 0.9MW Neutral Beam (NB) sources to the experiment. A question is whether the limit is due to instability. Since the deposited Ohmic power in the core is relatively small the additional power from the beams is sufficient to significantly increase the electron temperature. Here we present results of computations that will support this contention. We have developed a new NB module to calculate the orbits of the injected fast fast-ions. The previous computation made heavy use of tokamak ordering which fails for a tight-aspect-ratio device, where B{sub tor} {approx} B{sub pol}. The model calculates the deposition from the NFREYA package [1]. The neutral from the CX deposition is assumed to be ionized in place, a high-density approximation. The fast ions are then assumed to fill a constant angular momentum orbit. And finally, the fast ions immediately assume the form of a dragged down distribution. Transfer rates are then calculated from this distribution function …

We present a compact and accurate representation of a whole-program abstract syntax tree, and use it to detect a specific security vulnerability in C++ programs known as a One-Definition Rule (ODR) violation. The ODR states that types and functions appearing in multiple compilation units must be defined identically. However, no current compiler can enforce ODR because doing so requires the ability to see the full application source at once; where ODR is violated, the program is incorrect. Moreover, a lack of ODR enforcement makes a program vulnerable to the so-called VPTR exploit, in which an object's virtual function table is replaced by malicious code. Our representation of the whole program preserves all features of the source for analysis and transformation, and permits a million-line application to fit entirely in the memory of a workstation with 1 GB of RAM.

The reaction of [W(=NAr)(=CHtBu)(CH2tBu)2](1; Ar =2,6-iPrC6H3) with a silica partially dehydroxylated at 700oC, SiO2-(700),gives syn-[(_SiO)W(=NAr)(=CHtBu)(CH2tBu)](2) as a major surface species,which was fully characterized by mass balance analysis, IR, NMR, EXAFS,and DFT periodic calculations. Similarly, complex 1 reacts with[(c-C5H9)7Si7O12SiOH]to give [(SiO)W(=NAr)(=CHtBu)(CH2tBu)](2m), whichshows similar spectroscopic properties. Surface complex 2 is a highlyactive propene metathesis catalyst, which can achieve a TON of 16000within 100 h, with only a slow deactivation.

Accurate photometric redshifts are calculated for nearly 200,000 galaxies to a 4.5 micron flux limit of {approx} 13 {micro}Jy in the 8.5 deg{sup 2} Spitzer/IRAC Shallow survey. Using a hybrid photometric redshift algorithm incorporating both neural-net and template-fitting techniques, calibrated with over 15,000 spectroscopic redshifts, a redshift accuracy of {sigma} = 0.06 (1+z) is achieved for 95% of galaxies at 0 < z < 1.5. The accuracy is {sigma} = 0.12 (1 + z) for 95% of AGN at 0 < z < 3. Redshift probability functions, central to several ongoing studies of the galaxy population, are computed for the full sample. We demonstrate that these functions accurately represent the true redshift probability density, allowing the calculation of valid confidence intervals for all objects. These probability functions have already been used to successfully identify a population of Spitzer-selected high redshift (z > 1) galaxy clusters. We present one such spectroscopically confirmed cluster at <z> = 1.24, ISCS J1434.2+3426. Finally, we present a measurement of the 4.5 {micro}m-selected galaxy redshift distribution.

Shock initiation experiments on the explosives Composition B and C-4 were performed to obtain in-situ pressure gauge data for the purpose of determining the Ignition and Growth reactive flow model with proper modeling parameters. A 101 mm diameter propellant driven gas gun was utilized to initiate the explosive charges containing manganin piezoresistive pressure gauge packages embedded in the explosive sample. Experimental data provided new information on the shock velocity versus particle velocity relationship for each of the investigated materials in their respective pressure range. The run-distance-to-detonation points on the Pop-plot for these experiments showed agreement with previously published data, and Ignition and Growth modeling calculations resulted in a good fit to the experimental data. These experimental data were used to determine Ignition and Growth reactive flow model parameters for these explosives. Identical ignition and growth reaction rate parameters were used for C-4 and Composition B, and the Composition B model also included a third reaction rate to simulate the completion of reaction by the TNT component. The Composition B model was then tested on existing short pulse duration, gap test, and projectile impact shock initiation with good results. This Composition B model can be applied to shock initiation scenarios that …

Solubility studies of uranium and plutonium in a caustic, radioactive Savannah River Site tank waste solution revealed the existence of uranium supersaturation in the as-received sample. Comparison of the results to predictions generated from previously published models for solubility in these waste types revealed that the U model poorly predicts solubility while Pu model predictions are quite consistent with experimental observations. Separate studies using simulated Savannah River Site evaporator feed solution revealed that the known formation of sodium aluminosilicate solids in waste evaporators can promote rapid precipitation of uranium from supersaturated solutions.

Effects of the Leptonic CP violating phase, {delta}, on 3 generation neutrino oscillation rates and asymmetries are discussed. A figure of merit argument is used to show that our ability to measure the phase 6 is rather insensitive to the value of {theta}{sub 13} (for sin{sup 2} 2{theta}{sub 13} {approx}> 0.01) as well as the detector distance (for very long oscillation baselines). Using a study of {nu}{sub {mu}} {yields} {nu}{sub e} oscillations for BNL-Homestake (2540 km) we show that a conventional horn focused wide band neutrino beam generated by an intense 1-2 MW proton source combined with a very large water Cherenkov detector (250-500 kton) should be able to determine {delta} to about {+-}15{sup o} in 5 x 10{sup 7} sec. of running. In addition, such an effort would also measure the other oscillation parameters ({theta}{sub ij}, {Delta}m{sub ij}{sup 2}) with high precision. Similar findings apply to a Fermilab-Homestake (1280 km) baseline. We also briefly discuss features of Superbeams, Neutrino Factories and Beta-Beams.

We have developed a set of modeled nuclear reaction cross sections for use in radiochemical diagnostics. Systematics for the input parameters required by the Hauser-Feshbach statistical model were developed and used to calculate neutron, proton, and deuteron induced nuclear reaction cross sections for targets ranging from strontium (Z = 38) to rhodium (Z = 45).

We have carried out an experiment that places a ductile stainless steel in a state of biaxial tension at a high rate of strain. The loading of the ductile metal spherical cap is performed by the detonation of a high explosive layer with a conforming geometry to expand the metal radially outwards. Simulations of the loading and expansion of the metal predict strain rates that compare well with experimental observations. A high percentage of the HE loaded material was recovered through a soft capture process and characterization of the recovered fragments provided high quality data, including uniform strain prior to failure and fragment size. These data were used with a modified fragmentation model to determine a fragmentation energy.

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A critical issue for fusion plasma research is the erosion of the first wall of the experimental device due to impulsive heating from repetitive edge magneto-hydrodynamic (MHD) instabilities known as 'edge-localized modes' (ELMs). Here, we show that the addition of small resonant magnetic field perturbations completely eliminates ELMs while maintaining a steady-state high-confinement (H-mode) plasma. These perturbations induce a chaotic behavior in the magnetic field lines, which reduces the edge pressure gradient below the ELM instability threshold. The pressure gradient reduction results from a reduction in particle content of the plasma, rather than an increase in the electron thermal transport. This is inconsistent with the predictions of stochastic electron heat transport theory. These results provide a first experimental test of stochastic transport theory in a highly rotating, hot, collisionless plasma and demonstrate a promising solution to the critical issue of controlling edge instabilities in fusion plasma devices.

The report describes provisions of House rules that pertain to hearings; citations to these rules are included for reference. While House rules generally apply to committees and subcommittees, it is House Rule XI that contains many provisions specific to hearings. House rules set the general framework in which committees hold hearings.

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The National Museum of the Pacific War presents an oral interview with Dorothy Davis Thompson. Thompson was born in Shanghai and graduated high school there in 1935. In 1937, when the Japanese invaded Shanghai she was at Columbia University in New York learning nursing. Her family fled to Manila. When she graduated in 1940, she went to be with her parents in the Philippines. She got a job as a Civil Service nurse in the obstetrics ward at Sternberg Army Hospital, met her fiancee there, and was working there when the Japanese invaded Luzon. Her fiancee was soon fighting on Bataan. She received some notes from him from Cabanatuan but never saw him again. (Don Childers was killed as a POW while en route to Japan aboard a hell ship that was torpedoed by a US submarine.) Thompson then describes caring for wounded and injured in the hospital until she was captured by the Japanese and removed with her father, mother and sister to the internment camp at Santo Tomas in January, 1942. Thompson speaks about the conditions inside Santo Tomas in the early days and how the Japanese had not been prepared to provide for civilian internees. She describes …

From our work at the University of Minnesota prior to 2000, we knew that buffer-layer-assisted growth could be used to produce abrupt interfaces where reactions were constrained by the fact that particles derived from tens to millions of atoms were brought into contact with substrates that ranged from GaAs(110) to BiSrCaCuO superconductors. In situ scanning tunneling microscopy had demonstrated that the particles increased in size with the thickness of the buffer layer, and we postulated that buffer desorption somehow ‘tossed the particles around’ so that aggregation was possible. Through access to transmission electron microscopy in the MRL at the University of Illinois, we have been able to determine the distribution of particles delivered to amorphous carbon as a function of buffer thickness, buffer material, particle material, and warm up rate so as to reveal the physics underlying diffusion, aggregation, and coalescence. Significantly, this enhanced understanding makes it possible to design experiments that produce sizes and distributions of nanoparticles of a very wide range of materials.