10,426 research outputs found

    Social Security Disability Insurance, Medicare And Work: A Review of the SSDI and Medicare Rules Related to Work Activity. Guidelines for Proactively Using the SSDI and Medicare Work Incentives to Help Individuals with Disabilities Maximize Independence Through Work

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    This policy-to-practice brief will focus on issues related to benefits and work for the SSDI beneficiary. After first explaining what SSDI is and the differences between SSDI and SSI, we will explain two historical work disincentives: the substantial gainful activity (SGA) rule and the continuing disability review (CDR). We will then explore a number of work incentives or special rules that seek to encourage work by either allowing benefits to continue for limited periods while working (trial work period (TWP), extended period of eligibility (EPE)), or allow individuals to quickly return to benefits status when a work effort stops or wage levels dip below the SGA level (expedited reinstatement). We will also explain special rules for either ignoring some short-term employment efforts (unsuccessful work attempts) or reducing countable monthly wages to be measured against the SGA amount for the year in question (impairment related work expenses, subsidies, paid time off)

    The Medicaid Buy-In for Working People With Disabilities: Individuals With Disabilities Can Earn Significant Wages and Qualify for This Important Health Care Benefit

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    This policy-to-practice brief provides an in-depth illustrated description of the Plan for Achieving Self-Support (PASS) work incentives. This brief reviews how the PASS can be used to promote a work goal; the criteria for approving a PASS; and how the PASS can be used in conjunction with other programs to promote and achieve vocational success. Throughout the brief, examples are used to illustrate principles and provide an example in the appendices to show how to propose a PASS that meets all of SSA’s criteria for approval. Extensive citations to law, regulation, and policy appear in footnotes to maximize the usefulness of this publication to benefits planners who are engaged in writing PASS proposals for individuals

    WORKING: The Newsletter of the New York Makes Work Pay Initiative

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    WELCOME to the inaugural issue of Working, a print and elec¬tronic newsletter produced by the New York Makes Work Pay Initiative. This Initiative is a Comprehensive Employment Ser¬vices Medicaid Infrastructure Grant funded by the U.S. Department of Health and Human Services, Centers for Medicare and Medicaid Services (CMS) to the New York State Office of Mental Health (OMH) and its management partners the Burton Blatt Institute (BBI) at Syra¬cuse University and the Employment and Disability Institute (EDI) at Cornell University. The New York Makes Work Pay Initiative is currently funded for calendar years 2009 and 2010 and will provide an array of services to individuals with disabilities, the agencies and advocates that serve them, and employers, helping to remove obstacles to work and pave the way to self-supporting employment

    The “New” Ticket to Work and Self-Sufficiency Program: Enhancing Economic Self-Sufficiency of Beneficiaries through Work Opportunities and Public/Private Partnership

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    Discusses the history of the Social Security Administration’s Vocational Rehabilitation and describes the intents and functioning of the Ticket to Work and work Incentives Improvement Act of 1999. This publication is based on federal Social Security and Supplemental Security Income (SSI) laws, regulations and policy. Following Sections I and II pertaining to historical context and evolution of SSA and the Ticket, information presented regarding the operations and structure of the Ticket to Work and Self-Sufficiency Program is based exclusively on the new 2008 regulations

    Effects of P-wave Annihilation on the Angular Power Spectrum of Extragalactic Gamma-rays from Dark Matter Annihilation

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    We present a formalism for estimating the angular power spectrum of extragalactic gamma-rays produced by dark matter annihilating with any general velocity-dependent cross section. The relevant density and velocity distribution of dark matter is modeled as an ensemble of smooth, universal, rigid, disjoint, spherical halos with distribution and universal properties constrained by simulation data. We apply this formalism to theories of dark matter with p-wave annihilation, for which the relative-velocity-weighted annihilation cross section is \sigma v=a+bv^2. We determine that this significantly increases the gamma-ray power if b/a >> 10^6. The effect of p-wave annihilation on the angular power spectrum is very similar for the sample of particle physics models we explored, suggesting that the important effect for a given b/a is largely determined by the cosmic dark matter distribution. If the dark matter relic from strong p-wave theories is thermally produced, the intensities of annihilation gamma-rays are strongly p-wave suppressed, making them difficult to observe. If an angular power spectrum consistent with a strong p-wave were to be observed, it would likely indicate non-thermal production of dark matter in the early Universe.Comment: 20 pages, 3 figure

    The discovery of trapped energetic electrons in the outer cusp

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    We report on the POLAR/CEPPAD discovery of a trapped, 60°\u3cθ\u3c120° pitch angle electron population in the outer cusp (7−9+ Re), whose energetic electron component extends from below 30 keV to ∼2 MeV. Because the time variability in the outer cusp precludes mapping with POLAR, we have carried out test particle simulations using the Tsyganenko 1996 model (T96) to demonstrate the trapping of these energy electrons in the outer cusp region and the resonant frequencies of its trapped motion. We discuss the boundaries and regions of the cusp trap and show that it is analogous to the dipole trap. We show that the phase space densities observed there are equal or greater than the phase space densities observed in the radiation belts at constant magnetic moment, thus allowing the possibility of diffusive filling of the radiation belts from the cus
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