Weekly student newspaper from San Antonio College in San Antonio, Texas that includes campus news along with advertising.

Student newspaper of the University of Oklahoma in Norman, Oklahoma that includes national, local, and campus news along with advertising.

A photograph of a light green t-shirt at the Clothesline Project hosted by the UNT Multicultural Center. A student is painting a message that reads "You should NEVER be ashamed, It was not your fault... BE STRONG".

Photograph of a man and a woman making a shirt from the Clothesline Project at the University of North Texas, held by UNT Special Collections. The image a young man on the left sitting on a couch, with a woman leaning over a yellow shirt in front of her as she holds a bottle of blue paint over the shirt. In the background behind him a man leans against the couch wall on a giant pillow, a laptop open in front of him. The Clothesline Project was started in Cape Cod, MA, in 1990 to address the issue of violence against women and serve as a vehicle for women affected by violence to express their emotions. The Clothesline Project takes place multiple times during October, which is Domestic Violence Awareness Month. Students and community members may create a shirt which allows each survivor to tell their own story, allowing those who are still suffering in silence to understand they are not alone.

Photograph of a green shirt from the Clothesline Project at the University of North Texas, held by UNT Special Collections. The image shows a light green shirt laying flat on a table, with someone's hand holding a bottle of white shirt paint over it. The shirt says "You should never be ashamed, It was not your fault...Be strong." The Clothesline Project was started in Cape Cod, MA, in 1990 to address the issue of violence against women and serve as a vehicle for women affected by violence to express their emotions. The Clothesline Project takes place multiple times during October, which is Domestic Violence Awareness Month. Students and community members may create a shirt which allows each survivor to tell their own story, allowing those who are still suffering in silence to understand they are not alone.

Photograph of people making shirts at tables from the Clothesline Project at the University of North Texas, held by UNT Special Collections. The image shows three different people at tables with shirts laying in front of them as they decorate them with paint. The Clothesline Project was started in Cape Cod, MA, in 1990 to address the issue of violence against women and serve as a vehicle for women affected by violence to express their emotions. The Clothesline Project takes place multiple times during October, which is Domestic Violence Awareness Month. Students and community members may create a shirt which allows each survivor to tell their own story, allowing those who are still suffering in silence to understand they are not alone.

Photograph of hanging shirts from the Clothesline Project at the University of North Texas, held by UNT Special Collections. The image shows a far view of rows of shirts hanging on a clothesline, all of them of various colors. They are seen behind a table that also contains stacks of shirts. Over the front of the table is a green banner that says "Multicultural Center" and "University of North Texas." The Clothesline Project was started in Cape Cod, MA, in 1990 to address the issue of violence against women and serve as a vehicle for women affected by violence to express their emotions. The Clothesline Project takes place multiple times during October, which is Domestic Violence Awareness Month. Students and community members may create a shirt which allows each survivor to tell their own story, allowing those who are still suffering in silence to understand they are not alone.

Photograph of a blue shirt at a table from the Clothesline Project at the University of North Texas, held by UNT Special Collections. The image shows a closeup of a blue shirt laying at a table, with shirt paint bottles on the side. On the shirt someone is decorating it with the words "End Abuse." The Clothesline Project was started in Cape Cod, MA, in 1990 to address the issue of violence against women and serve as a vehicle for women affected by violence to express their emotions. The Clothesline Project takes place multiple times during October, which is Domestic Violence Awareness Month. Students and community members may create a shirt which allows each survivor to tell their own story, allowing those who are still suffering in silence to understand they are not alone.

Photograph of two people making shirts at tables from the Clothesline Project at the University of North Texas, held by UNT Special Collections. The image shows a man and a woman at a table with shirts aid out in front of them, decorated by shirt paint. The man on the left has a blue shirt, and the woman on the right has an orange shirt in front of her. The shirt says "Break the Silence." The Clothesline Project was started in Cape Cod, MA, in 1990 to address the issue of violence against women and serve as a vehicle for women affected by violence to express their emotions. The Clothesline Project takes place multiple times during October, which is Domestic Violence Awareness Month. Students and community members may create a shirt which allows each survivor to tell their own story, allowing those who are still suffering in silence to understand they are not alone.

Photograph of a woman with an orange shirt from the Clothesline Project at the University of North Texas, held by UNT Special Collections. The image shows a woman with an orange t shirt laying flat on the table in front of her. The shirt says things like "I am beautiful" and "I am sassy." The Clothesline Project was started in Cape Cod, MA, in 1990 to address the issue of violence against women and serve as a vehicle for women affected by violence to express their emotions. The Clothesline Project takes place multiple times during October, which is Domestic Violence Awareness Month. Students and community members may create a shirt which allows each survivor to tell their own story, allowing those who are still suffering in silence to understand they are not alone.

Photograph of two women making a shirt from the Clothesline Project at the University of North Texas, held by UNT Special Collections. The image shows two young African American women sitting at a couch with a pink shirt laid out in between them. The woman on the left holds a yellow paint bottle over the shirt. The Clothesline Project was started in Cape Cod, MA, in 1990 to address the issue of violence against women and serve as a vehicle for women affected by violence to express their emotions. The Clothesline Project takes place multiple times during October, which is Domestic Violence Awareness Month. Students and community members may create a shirt which allows each survivor to tell their own story, allowing those who are still suffering in silence to understand they are not alone.

Photograph of women holding shirts from the Clothesline Project at the University of North Texas, held by UNT Special Collections. The image shows three young women each holding up a t shirt with their hands. The woman on the left holds a red shirt that says "Every woman who thinks she is the victim of violence has to know that there are many more." The woman in the middle holds an orange shirt that says "When you come to your stand still...I'll pray you take one more step." The woman on the right holds a pink shirt that says "Sister, you do not know me but we know me but we know each other and I love you." The Clothesline Project was started in Cape Cod, MA, in 1990 to address the issue of violence against women and serve as a vehicle for women affected by violence to express their emotions. The Clothesline Project takes place multiple times during October, which is Domestic Violence Awareness Month. Students and community members may create a shirt which allows each survivor to tell their own story, allowing those who are still suffering in silence to understand they are not alone.

News release about test trains being run on a portion of DART's Orange Line ahead of its opening.

Email from Dreanna Beldon to Jack and George discussing the upcoming meeting between University of North Texas representatives and the Dallas Way.

To predict the evolution of electron clouds and their effect on the beam, the high energy physics community has relied so far on the complementary use of 'buildup' and 'single/multi-bunch instability' reduced descriptions. The former describes the evolution of electron clouds at a given location in the ring, or 'station', under the influence of prescribed beams and external fields [1], while the latter (sometimes also referred as the 'quasi-static' approximation [2]) follows the interaction between the beams and the electron clouds around the accelerator with prescribed initial distributions of electrons, assumed to be concentrated at a number of discrete 'stations' around the ring. Examples of single bunch instability codes include HEADTAIL [3], QuickPIC [4, 5], and PEHTS [6]. By contrast, a fully self-consistent approach, in which both the electron cloud and beam distributions evolve simultaneously under their mutual influence without any restriction on their relative motion, is required for modeling the interaction of high-intensity beams with electron clouds for heavy-ion beam-driven fusion and warm-dense matter science. This community has relied on the use of Particle-In-Cell (PIC) methods through the development and use of the WARP-POSINST code suite [1, 7, 8]. The development of novel numerical techniques (including adaptive mesh refinement, …

This article presents cumulative and differential number-count measurements for the recently completed 4 Ms Chandra Deep Field-South survey.

We present a search for the radiative leptonic decays B{sub +} {yields} e{sup +} {nu}{sub e}{gamma} and B{sup +} {yields} {mu}{sup +}{nu}{sub {mu}}{gamma} using data collected by the BABAR detector at the PEP-II B factory. We fully reconstruct the hadronic decay of one of the B mesons in {Upsilon}(4S) {yields} B{sup +}B{sup -} and then search for evidence of the signal decay within the rest of the event. This method provides clean kinematic information on the signal's missing energy and high momentum photon and lepton, and allows for a model-independent analysis of this decay. Using a data sample of 465 million B-meson pairs, we obtain sensitivity to branching fractions of the same order as predicted by the Standard Model. We report a model-independent branching fraction upper limit of {Beta}(B{sup +} {yields} {ell}{sup +}{nu}{sub {ell}}{gamma}) < 15.6 x 10{sup -6} ({ell} = e or {mu}) at the 90% confidence level.

We present the most recent searches for lepton-flavor-violating (LFV) {tau} decays in BABAR. We find no evidence of {tau} decaying to three charged leptons or to a charged lepton and a neutral meson (K{sub S}{sup 0}, {rho}, {phi}, K*{sup 0}, {bar K}*{sup 0}), and set upper limits on the corresponding branching fractions (BF) between 1.8 and 19 x 10{sup -8} at 90% confidence level (CL).

The main purpose of this talk is to describe how far one might push the state of the art in storage ring design. The talk will start with an overview of the latest developments and advances in the design of synchrotron light sources based on the concept of an 'ultimate' storage ring. The review will establish how bright a ring based light source might be, where the frontier of technological challenges are, and what the limits of accelerator physics are. Emphasis will be given to possible improvements in accelerator design and developments in technology toward the goal of achieving an ultimate storage ring. An ultimate storage ring (USR), defined as an electron ring-based light source having an emittance in both transverse planes at the diffraction limit for the range of X-ray wavelengths of interest for a scientific community, would provide very high brightness photons having high transverse coherence that would extend the capabilities of X-ray imaging and probe techniques beyond today's performance. It would be a cost-effective, high-coherence 4th generation light source, competitive with one based on energy recovery linac (ERL) technology, serving a large number of users studying material, chemical, and biological sciences. Furthermore, because of the experience accumulated …

This report documents progress made on all LDRD-funded projects during fiscal year 2011. The following topics are discussed: (1) Advanced sensors and instrumentation; (2) Biological Sciences; (3) Chemistry; (4) Earth and space sciences; (5) Energy supply and use; (6) Engineering and manufacturing processes; (7) Materials science and technology; (8) Mathematics and computing sciences; (9) Nuclear science and engineering; and (10) Physics.

Objectives: To synthesize and characterize a C-Dot silica-based nanoparticle containing 'clickable' groups for the subsequent attachment of targeting moieties (e.g., peptides) and multiple contrast agents (e.g., radionuclides with high specific activity) [1,2]. These new constructs will be tested in suitable tumor models in vitro and in vivo to ensure maintenance of target-specificity and high specific activity. Methods: Cy5 dye molecules are cross-linked to a silica precursor which is reacted to form a dye-rich core particle. This core is then encapsulated in a layer of pure silica to create the core-shell C-Dot (Figure 1) [2]. A 'click' chemistry approach has been used to functionalize the silica shell with radionuclides conferring high contrast and specific activity (e.g. 64Cu and 89Zr) and peptides for tumor targeting (e.g. cRGD and octreotate) [3]. Based on the selective Diels-Alder reaction between tetrazine and norbornene, the reaction is bioorthogonal, highyielding, rapid, and water-compatible. This radiolabeling approach has already been employed successfully with both short peptides (e.g. octreotate) and antibodies (e.g. trastuzumab) as model systems for the ultimate labeling of the nanoparticles [1]. Results: PEGylated C-Dots with a Cy5 core and labeled with tetrazine have been synthesized (d = 55 nm, zeta potential = -3 mV) reliably and …

This project had goals of advancing the performance capabilities of the numerical general circulation model EULAG and using it to produce a fully operational atmospheric global climate model (AGCM) that can employ either static or dynamic grid stretching for targeted phenomena. The resulting AGCM combined EULAG's advanced dynamics core with the 'physics' of the NCAR Community Atmospheric Model (CAM). Effort discussed below shows how we improved model performance and tested both EULAG and the coupled CAM-EULAG in several ways to demonstrate the grid stretching and ability to simulate very well a wide range of scales, that is, multi-scale capability. We leveraged our effort through interaction with an international EULAG community that has collectively developed new features and applications of EULAG, which we exploited for our own work summarized here. Overall, the work contributed to over 40 peer-reviewed publications and over 70 conference/workshop/seminar presentations, many of them invited.

In this paper we discuss two mechanisms by which high energy electrons resulting from dark matter annihilations in or near the Sun can arrive at the Earth. Specifically, electrons can escape the sun if DM annihilates into long-lived states, or if dark matter scatters inelastically, which would leave a halo of dark matter outside of the sun. Such a localized source of electrons may affect the spectra observed by experiments with narrower fields of view oriented towards the sun, such as ATIC, differently from those with larger fields of view such as Fermi. We suggest a simple test of these possibilities with existing Fermi data that is more sensitive than limits from final state radiation. If observed, such a signal will constitute an unequivocal signature of dark matter.

This project had two primary goals: (1) development of stochastic radiative transfer as a parameterization that could be employed in an AGCM environment, and (2) exploration of the stochastic approach as a means for representing shortwave radiative transfer through mixed-phase layer clouds. To achieve these goals, climatology of cloud properties was developed at the ARM CART sites, an analysis of the performance of the stochastic approach was performed, a simple stochastic cloud-radiation parameterization for an AGCM was developed and tested, a statistical description of Arctic mixed phase clouds was developed and the appropriateness of stochastic approach for representing radiative transfer through mixed-phase clouds was assessed. Significant progress has been made in all of these areas and is detailed in the final report.