Digital Commons Network^™

Criminalizing Revenge Porn, Danielle Citron, Mary Anne Franks

Articles

No abstract provided.

Green Siting For Green Energy, Amy Wilson Morris, Jessica Owley, Emily Capello

Articles

No abstract provided.

Regulation Of Derivative Financial Instruments (Swaps, Options, And Futures), Ronald H. Filler, Jerry W. Markham

Books

As a result of the Dodd-Frank Act Wall Street Reform and Consumer Protection Act of 2010, derivatives regulation has become a hot topic on Wall Street and is, therefore, of much interest to law firms with financial institutions as clients. An increasing number of classes on this subject are being taught at law schools around the country, but, to date, there has been no casebook on the subject.

This casebook explores the regulation of swaps, futures and options by the Commodity Futures Trading Commission and the Securities and Exchange Commission. It examines the regulatory history of derivative instruments and traces …

Testing, Discrimination, And Opportunity: A Reply To Professor Harvey Gilmore, Dan Subotnik

Scholarly Works

This article was written as part of an ongoing dialog about the author’s previous article, "Does Testing = Race Discrimination?: Ricci, The Bar Exam, the LSAT, and the Challenge to Learning," which defended the Supreme Court’s decision in Ricci v. DeStefano, as well as defending testing more generally against charges of irrelevance, racial obtuseness, and most seriously, race discrimination.

This article specifically responds to an article written by Professor Harvey Gilmore which focuses mostly on the SAT and the LSAT.

Recent Developments In Land Use Ethics, Patricia E. Salkin

Scholarly Works

Current events across the country reveal no shortage of allegations of unethical conduct in the land use review process. Sadly, there are countless other media accounts of alleged and proven conflicts of interest and other ethical misconduct. In this annual review of reported decisions involving ethics in land use, recent decisions are discussed in the hopes that municipal attorneys will use this information as the basis of ongoing training for members of planning boards, zoning boards, and local legislative bodies who must be routinely reminded of not only their legal but ethical responsibilities in upholding the public trust.

On The Waterfront: New York City's Climate Change Adaptation And Mitigation Challenge (Part 1 Of 2), Sarah J. Adams-Schoen

Scholarly Works

New York City is a city on the waterfront. With 520 miles of coastline, New York City’s coastline is longer than the coastlines of Miami, Boston, Los Angeles and San Francisco combined. Nearly nine million New Yorkers live in areas vulnerable to flooding, storm surges and other natural disaster-related risks that are increasing as a result of climate change.

New York City didn’t wait for a devastating storm to begin comprehensively addressing the effects of climate change. The City’s extensive climate change mitigation and resiliency efforts and communications strategy have put the City in a league of its own. But, …

The Executive And The Environment: A Look At The Last Five Governors In New York, Patricia E. Salkin

Scholarly Works

Gubernatorial leadership is the single most important indicator of how sustainable New York will be when it comes to issues of environmental protection and conservation. In preparing for the Kerlin Lecture, one of the things that struck (the author) is that New York governors for at least the last thirty years have consistently identified the critical economic, social, and environmental challenges facing this state. Is it simply political rhetoric to decry that the state is in terrible fiscal shape, that programs need to be funded to help those is need, and that we must pay attention to stewarding the environment …

Preparing Law Students To Become Litigators In The New Legal Landscape, Paul Radvany

Faculty Scholarship

The legal world has undergone rapid change over the past few years and law schools and law students are in the midst of adjusting to this new legal landscape. Employers increasingly want to hire students who are ready to practice. As a law student, I participated in an externship, simulation classes, and an in-house, live-client litigation clinic; as a professor, I have taught all three types of classes. 1 My experience, first as a law student, then as a litigator, and now as a professor, has taught me the importance and educational value of experiential learning in helping law students …

Charitable Giving, Tax Expenditures, And Direct Spending In The United States And The European Union, Lilian V. Faulhaber

Georgetown Law Faculty Publications and Other Works

This Article compares the ways in which the United States and the European Union limit the ability of state-level entities to subsidize their own residents, whether through direct subsidies or through tax expenditures. It uses four recent charitable giving cases decided by the European Court of Justice (ECJ) to illustrate the ECJ’s evolving tax expenditure jurisprudence and argues that, while this jurisprudence may suggest a new and promising model for fiscal federalism, it may also have negative social policy implications. It also points out that the court analyzes direct spending and tax expenditures under different rubrics despite their economic equivalence …

Disruptive Technologies And The Law, Neal K. Katyal

Georgetown Law Faculty Publications and Other Works

In the past two decades, the concept of disruptive technology has gone from theory, to buzz word, to the captivation of the popular imagination. Disruptive innovation goes beyond improving existing products; it seeks to tap unforeseen markets, create products to solve problems consumers don't know that they have, and ultimately to change the face of industry. We are all the beneficiaries of disruption. Every smartphone carrying, MP3-listening, Netflix-watching consumer is taking advantage of technologies once unimaginable, but that now feel indispensable. Silicon Valley's pursuit of disruption will continue to benefit and delight a world of consumers. But where disruption may …

Elementary Statutory Interpretation: Rethinking Legislative Intent And History, Victoria Nourse

Georgetown Law Faculty Publications and Other Works

This article argues that theorists and practitioners of statutory interpretation should rethink two very basic concepts—legislative intent and legislative history. Textualists urge that to look to legislative history is to seek an intent that does not exist. This article argues we should put this objection to bed because, even if groups do not have minds, they have the functional equivalent of intent: they plan by using internal sequential procedures allowing them to project their collective actions forward in time. What we should mean by legislative “intent” is legislative “context.” For a group, context includes how groups act—their procedures. Once one …

All Of This Has Happened Before And All Of This Will Happen Again: Innovation In Copyright Licensing, Rebecca Tushnet

Georgetown Law Faculty Publications and Other Works

Claims that copyright licensing can substitute for fair use have a long history. This article focuses on a new cycle of the copyright licensing debate, which has brought revised arguments in favor of universal copyright licensing. First, the new arrangements offered by large copyright owners often purport to sanction the large-scale creation of derivative works, rather than mere reproductions, which were the focus of earlier blanket licensing efforts. Second, the new licenses are often free. Rather than demanding royalties as in the past, copyright owners just want a piece of the action—along with the right to claim that unlicensed uses …

Pandemic Disease, Biological Weapons, And War, Laura K. Donohue

Georgetown Law Faculty Publications and Other Works

Over the past two decades, concern about the threat posed by biological weapons has grown. Biowarfare is not new. But prior to the recent trend, the threat largely centered on state use of such weapons. What changed with the end of the Cold War was the growing apprehension that materials and knowledge would proliferate beyond industrialized states’ control, and that “rogue states” or nonstate actors would acquire and use biological weapons. Accordingly, in 1993 senators Samuel Nunn, Richard Lugar, and Pete Dominici expanded the Cooperative Threat Reduction Program to assist the former Soviet republics in securing biological agents and weapons …

Valorisation Of The Cider And Brewing Industry By-Products As Nutraceutical Ingredients, Sofia Reis

Doctoral

By-products from the cider and brewing industries, including apple pomace (AP) and brewer’s spent grain (BSG) respectively, constitute major environmental problems due to the large quantities produced every year. They are sources of valuable compounds such as protein, fibre, essential fatty acids, phenolic compounds and minerals, some of them with antioxidant and prebiotic properties. Their high nutritional value leads to their potential use as human food products and several applications have been considered recently. The aims of this work include i) the nutritional and compositional characterisation of AP, BSG and final extruded and baked prototypes containing these by-products and ii) …

Analytical Solution Of The Klein-Gordon Equation Under The Coulomb-Like Scalar Plus Vector Potential With The Laplace Transforms Approach, Ebrahim Momtazi, Ali Akbar Rajabi, Bentol Hoda Yazarloo, Hassan Hassanabadi

Turkish Journal of Physics

In this paper, analytical solution of the Klein-Gordon equation with Coulomb-like scalar plus vector potentials is obtained exactly. We considered the Laplace transform approach in our calculation. The exact bound state energy eigenvalues and the corresponding eigenfunctions are reported for various values of the quantum numbers n and l.

Influence Of Composition On The Structure And Optoelectronic Properties Of Pb_Xin_{25-X}Se_{75} Thin Films, Hesham Azmi Elmeleegi, Zeinab El Sayed El Mandouh, Ahmed Abdel Moez

Turkish Journal of Physics

Pb_xIn_{25-x}Se_{75} thin films with 2 compositions were prepared by thermal evaporation. The surface topography of these films was studied by transmission electron microscope. The optical reflectance and transmittance were studied in order to determine the optical parameters such as optical energy gap, refractive index, extinction coefficient, dielectric loss, and dielectric tangent loss for these films. A single oscillator theory equation was applied for these films in order to determine both dispersion energy and oscillating energy, and the ratio of free carrier concentration/effective mass (N/m*) was determined optically. It was found that change in the composition of these films affects strongly …

Fast Numerical Algorithm For A High-Precision 6d Electromagnetic Positioning Navigation System, Qian Xiang, Shiqing Wang, Haifeng Liu

Turkish Journal of Physics

A fast numerical algorithm is proposed for the 6 degrees of freedom electromagnetic navigation system, which can be used to improve surgical operations guided by medical images. Both the rotation transformation technique and optimization technique are adopted in the algorithm. The results from simulations show that the calculating time is improved greatly under the required precision in the surgery. A navigation system based on the algorithm can make the medical device's dimensions miniaturized and the structure simplified and portable. The performance and application scope of the electromagnetic positioning navigation system can be improved.

Saga Of Efficiency Degradation At High Injection In Ingan Light Emitting Diodes, Vitaliy Avrutin, Shopan A. Hafiz, Fan Zhang, Ümi̇t Özgür, Enrico Bellotti, Francesco Bertazzi, Michele Goano, Arvydas Matulionis, Adam T. Roberts, Henry O. Everitt, Hadis Morkoç

Turkish Journal of Physics

No abstract provided.

Gan Nanostructuring For The Fabrication Of Thin Membranes And Emerging Applications, Ion Tiginyanu, Veaceslav Ursaki

Turkish Journal of Physics

We present a review of technological methods developed in recent years for the purpose of gallium nitride nanostructuring, with the main focus on fabrication of thin GaN membranes. In particular, we report on traditional methods of wet etching undercutting for membrane manufacturing, technologies applied for the fabrication of photonic crystal structures based on GaN nanomembranes, double side processing, and surface charge lithography. Prospects of membrane applications in photonic devices, sensors, and microoptoelectromechanical and nanoelectromechanical systems are discussed, taking into account the advantageous piezoelectric, optical, and mechanical properties of GaN and related III-V nitride materials.

Self-Assembled Nanocrystalline Zno Thin Film Transistor Performance Optimization For High Speed Applications, Burhan Bayraktaroglu, Kevin Leedy

Turkish Journal of Physics

ZnO nanocrystals grown at relatively low temperatures using various vacuum deposition techniques can yield semiconducting thin films of self-assembled nanocolumns 20-50 nm in diameter. Such films are suitable for the fabrication of high speed and transparent thin film transistors (TFTs). Unlike amorphous TFTs, the performance of ZnO transistors depends both on the crystal quality of nanocrystals and the electrical properties of boundary layers between them. We investigated the use of radio frequency sputtering, atomic layer deposition, and pulsed laser deposition techniques to fabricate self-assembled nanocrystalline thin films and determined the influence of deposition conditions on the performance of transistors. Device …

Optical Properties Of Zno/(Zn, Mg)O Quantum Wells, Thierry Bretagnon

Turkish Journal of Physics

This paper reviews the optical properties of ZnO/(Zn, Mg)O single quantum wells grown by molecular beam epitaxy. Both heteroepitaxial quantum well growth along the polar c-direction and homoepitaxial quantum well growth on the nonpolar M plane cases are considered. The optical properties of these quantum wells are investigated by using reflectance, continuous wave photoluminescence, and time-resolved photoluminescence spectroscopies. The quantum-confined Stark effect dominates the properties of the excitons for polar quantum wells. The magnitude of the internal electric field that is induced by both spontaneous and piezoelectric polarizations is determined by comparing the experimental results with a variational calculation of …

Synthesis And Gas Sensor Applications Of Nanostructured Zno Grown At Low Temperatures, Oleg Lupan, Thierry Pauporte, Lee Chow

Turkish Journal of Physics

ZnO nanoarchitecture-based nano- and microdevices came into the focus due to their multifunctional operation. In this work, we summarize cost-effective procedures to grow ZnO nano- and microstructures, namely hydrothermal growth and electrochemical deposition. These techniques allow the controllable growth of ZnO nano- and microarchitectures at relatively low temperatures, below 100 °C, and do not require sophisticated equipment. We report on technological details for synthesis of ZnO and its characterization and applications in different novel devices such as gas sensors. Nanosensors and microsensors were fabricated using a focused ion beam and by metal welding an individual nano- and microstructure to form …

The Influence Of Tio_2 Nanostructure Properties On The Performance Of Tio_2-Based Anodes In Lithium Ion Battery Applications, Xiang Liu, Qian Sun, Fangzhou Liu, Aleksandra B. Djurisic, Alan Man Ching Ng, Maohai Xie, Tom Wood, Juan Antonio Zapien, Changzhong Liao, Kaiming Shih

Turkish Journal of Physics

We investigated the properties of 7 different titanium dioxide nanostructures with different crystal structures (3 anatase, 2 rutile, and 2 mixed anatase--rutile phase). Nanoparticle samples and mesoporous sphere samples were investigated. Even for the same crystal structure, significant variations in performance were observed for anatase titania samples, while 2 rutile samples exhibited similar performance inferior to anatase-based anodes. Mixed-phase samples also exhibited lower specific capacity compared to the best performing anatase samples, and in this case a significant difference in performance was observed between nanoparticles and mesoporous spheres.

Processing Of Germanium For Integrated Circuits, Ray Duffy, Maryam Shayesteh, Ran Yu

Turkish Journal of Physics

In this review paper the authors will focus on Ge processing for integrated circuits. The key areas that require the most attention are substrates and integration, gate dielectrics, and access resistance. We will discuss each of these topics in turn, while also reviewing the most scaled Ge field-effect-transistor devices, and consider how modelling activities have matured for Ge in recent years.

Fabrication And Characterization Of Green Light Emitting Diode, Shirin Siahjani, Matthew White, Niyazi Serdar Sariciftci, Şule Erten Ela

Turkish Journal of Physics

Phosphorescent polymer light emitting diodes (PLEDs) have been fabricated and characterized. A PLED was configured in an ITO/PEDOT:PSS/TPD:PBD:PVK:Ir(mppy)_3/LiF/Al device structure. Thicknesses of the active layer were optimized for an efficient phosphorescent organic light-emitting diode (OLED) device. The uniform mixing of the active layer was varied with different thicknesses. A hole transport layer of PEDOT:PSS was deposited in a thickness of 35 nm and an emissive layer of TPD:PBD:PVK:Ir(mppy)_3 was deposited in thicknesses of 90 nm, 56 nm, 40 nm, and 35 nm. The 56 nm thickness of the active layer was determined as the proper thickness according to results of …

Device Architectures In Organic Photovoltaics, James T. Mcleskey Jr

Turkish Journal of Physics

The various device structures used in organic polymer solar cells are reviewed. The operating principles behind these devices are explained in order to provide the reasoning behind the different structures. The incorporation of nanostructures into both bilayer and bulk heterojunction devices to improve exciton separation, charge transport, and light absorption is discussed. Novel ideas such as electrospun fibers and supramolecules are also covered. Finally, the impact of these structures on overall efficiency is evaluated.

Amorphous And Micromorph Si Solar Cells: Current Status And Outlook, Vitaliy Avrutin, Natalia Izyumskaya, Hadis Morkoç

Turkish Journal of Physics

An overview of the current status and prospects of thin-film Si photovoltaics, including both hydrogenated amorphous and microcrystalline Si as well their combination known as micromorph solar cells, with a major focus on the technological development is given. Although thin-film Si solar cells have been one of the first commercially successful photovoltaic devices, today they face a tremendous challenge from variety of bulk Si technologies (mono- and multicrystalline Si) and compound-semiconductor thin-film solar cells, both of which have managed to substantially reduce the production cost and improve power conversion efficiency. Thin-film Si photovoltaics benefiting from the mighty mainstream Si industry …

Electron Field Emission From Nanostructured Semiconductors Under Photo Illumination, Oktay Yilmazoglu, Anatoli Evtukh, Shihab Al-Daffaie, Jens-Peter Biethan, Dimitris Pavlidis, Vladimir Litovchenko, Hans L. Hartnagel

Turkish Journal of Physics

New device concepts and materials for the fabrication of compact high-frequency vacuum sources and micro-nano-integrated X-ray sources are of particular interest for broadband communication, security screening of packages and chemical materials, biomedical examination, and other applications. This article integrates results on GaN- and ZnO-based nano and self-assembled structures. They were used as field emitter tips for cold electron emission at high local electric fields as well as for photoassisted field emitters to generate bunched electrons directly from the emitter tip. The results on functional field emitters as cold electron sources will be presented. They are key elements for building, among …

Pathogenic Adaptations To Host-Derived Antibacterial Copper, Kaveri S. Chaturvedi, Jeffrey P. Henderson

Open Access Publications

No abstract provided.

Spike-Timing Computation Properties Of A Feed-Forward Neural Network Model, Drew B. Sinha, Noah M. Ledbetter, Dennis L. Barbour

Open Access Publications

No abstract provided.