BEYOND MIRACLES: THE DISCOVERY OF THE UNIFIED FIELD AND ITS PRACTICAL APPLICATIONS TO PREVENT CRIME, TERRORISM, AND INTERNATIONAL CONFLICT

The lawst, most profound discoveries of quantum physics provide deep insight into ultimate reality, and how we create our own day-to-day reality. \'('e must now harness this cuning-edge knowledge to create a peaceful, harmoniolls, more enlightened world. For this purpose, intellectual discllssion is not enough. Only direct, repeatahle experience of ultimate reality can create the deep, lasting transformations in the individual and sockty so urgently needed today. Recent breakthroughs in quantum physics reveal the ultimate reality: the "unified field"-the field of universal intelligence at the hasis of mind and matter. The unified field is the fountainhead of all the laws of nature-the source of all the order displayed throughout the vast cosmos. Human awareness can directly experience and access this field of universal intelligence using advanced meditation techniques derived from the ancient Vedic wisdom. This fundamental experience of "pure consciousness" represents a fourth major state of consciousness, distinct from waking. dreaming and deep sleep. In this higher state of consciousness, human awareness becomes aligned with cosmic intelligence: thoughts and actions become powerfully dfective-life supporting and globally enriching. Such "enlightened" individuals are peacemakers by nawre. radiating peace and harmony throughout their environment. New research reveals that enlighrenment, the full developmcnr of human potential. is our birthright-a spontaneous byproduct of integrated brain functioning. New research also reveals the existence of longrange "field effects" of consciollsness generated through collective meditation. More than 50 studies have shown that such field effects of consciousness have a profound impact on society as a whole, defusing acute socieral stress. violence and conflict, and providing a practical fi)undation for pt'rmanent world peace. \'(,'e are thus on the threshold of a global transfilrmation to a post-dual, unified field-bast-d civilization of affluence and peace based on the knowledge, and direct experience, of the core unity of lite in higher states of consciousness

BEYOND MIRACLES: THE DISCOVERY OF THE UNIFIED FIELD AND ITS PRACTICAL APPLICATIONS TO PREVENT CRIME, TERRORISM, AND INTERNATIONAL CONFLICT

The lawst, most profound discoveries of quantum physics provide deep insight into ultimate reality, and how we create our own day-to-day reality. \'('e must now harness this cuning-edge knowledge to create a peaceful, harmoniolls, more enlightened world. For this purpose, intellectual discllssion is not enough. Only direct, repeatahle experience of ultimate reality can create the deep, lasting transformations in the individual and sockty so urgently needed today. Recent breakthroughs in quantum physics reveal the ultimate reality: the "unified field"-the field of universal intelligence at the hasis of mind and matter. The unified field is the fountainhead of all the laws of nature-the source of all the order displayed throughout the vast cosmos. Human awareness can directly experience and access this field of universal intelligence using advanced meditation techniques derived from the ancient Vedic wisdom. This fundamental experience of "pure consciousness" represents a fourth major state of consciousness, distinct from waking. dreaming and deep sleep. In this higher state of consciousness, human awareness becomes aligned with cosmic intelligence: thoughts and actions become powerfully dfective-life supporting and globally enriching. Such "enlightened" individuals are peacemakers by nawre. radiating peace and harmony throughout their environment. New research reveals that enlighrenment, the full developmcnr of human potential. is our birthright-a spontaneous byproduct of integrated brain functioning. New research also reveals the existence of longrange "field effects" of consciollsness generated through collective meditation. More than 50 studies have shown that such field effects of consciousness have a profound impact on society as a whole, defusing acute socieral stress. violence and conflict, and providing a practical fi)undation for pt'rmanent world peace. \'(,'e are thus on the threshold of a global transfilrmation to a post-dual, unified field-bast-d civilization of affluence and peace based on the knowledge, and direct experience, of the core unity of lite in higher states of consciousness

Exact Supersymmetric Amplitude for \kkb\/ and \bbb\/ Mixing

We present the most general supersymmetric amplitude for \kkb\/ and \bbb\/ mixing resulting from gluino box diagrams. We use this amplitude to place general constraints on the magnitude of flavor-changing squark mass mixings, and compare these constraints to theoretical predictions both in and beyond the Minimal Supersymmetric Standard Model.Comment: 11 pages plus 2 figures available on request, MIU-THP-92/6

Cosmic ray antimatter from supersymmetric dark matter

In this paper we study the antiproton, positron and gamma-ray fluxes resulting from the annihilation of supersymmetric dark matter in our galactic halo. We show that the requirement of closure imposed by inflationary cosmologies constrains the supersymmetric dark matter to be either a relatively pure photino eigenstate or a relatively pure higgsino eigenstate, or possibly a scalar neutrino with a mass less than 4 GeV. The photino choice can lead to observable fluxes when sfermion masses are [lsim] 50-60 GeV. Such a scenario is testable via the radiative production of photinos at PEP and PETRA. The higgsino scenario leads to observable fluxes independent of sfermion masses, provided H01|0>/H02|0> = v1/v2 [gsim] 2. In constrast, sneutrino dark matter annihilates almost entirely into neutrinos, resulting in a monochromatic neutrino flux that is probably unobservable.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/26293/1/0000378.pd

Software as a Service - En studie om IT-beslutsfattares förhållningssätt till tillgänglighet,drift och kostnad.

Som ett alternativ till att implementera mjukvaran in-house är det möjligt att hyra mjukvara som en tjänst, detta kallas för Software as a Service (SaaS). SaaS ställer nya krav på leverantör och kund då de ställs inför nya risker och möjligheter. Efter en litteraturgenomgång har vi identifierat dessa och funnit att vissa faktorer betraktas både som en möjlighet och risk. De faktorer som påstås vara både möjlighet och risk är tillgänglighet, drift och kostnad. De har undersökts i en kvantitativ undersökning genom att presentera tolv påståenden, som grundas i de tvåvärdiga möjligheterna och riskerna, för IT-beslutsfattare. Uppsatsens främsta slutsats är att tillgänglighet och kostnad bör ses som en möjlighet och att drift bör ses som en risk. Vi har även kommit fram till slutsatsen att IT-beslutsfattare har en positiv inställning till SaaS och ett förtroende för de leverantörer som finns på marknaden. Resultatet speglar även att det finns en god vetskap om dess risker och möjligheter bland IT-beslutsfattare, men som inte riktigt stämmer överens med vad litteraturen påstår

Perhaps scalar neutrinos are the lightest supersymmetric partners

We consider the possibility that the scalar partners of the neutrinos are the least massive supersymmetric partners, and show that this alternative is compatible with cosmological constraints, which put a significant lower bound on photino masses but not on masses. Various consequences are examined: the photon counting rate for 0--> increases [Gamma](Z0) by about 0.25 GeV; may be enhanced; the decay <inl may be detectable; there can be additional contributions to the rare decay <inl; restrictions on gluino masses, which depend on photinos interacting before they decay, have to be re-examined; scalar neutrinos have suitable characteristics as candidates for dark matter in the universe. We discuss one currently fashionable class of models that can predicr a light .Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/24754/1/0000176.pd

Using Gauge Coupling Unification and Proton Decay to Test Minimal Supersymmetric SU(5)

We derive a one-loop expression, including all thresholds, for the mass of the proton decay mediating color triplets, $M_{D^c}$, in minimal supersymmetric SU(5). The result for $M_{D^c}$ does not depend on other heavy thresholds or extra representations with SU(5) invariant masses which might be added to the minimal model. We numerically correct our result to two-loop accuracy. Choosing inputs to maximize $M_{D^c}$ and $\tau_P$, within experimental limits on the inputs and a $1~TeV$ naturalness bound, we derive a strict bound $\alpha_3>0.117$. We discuss how this bound will change as experimental limits improve. Measurements of $\alpha_3$ from deep inelastic scattering and the charmonium spectrum are below the bound $\alpha_3>0.117$ by more than $3\sigma$. We briefly review several ideas of how to resolve the discrepancy between these low values of $\alpha_3$ and the determinations of $\alpha_3$ from LEP event shapes.Comment: 10 pages (2 figures not included, available upon request), MIU-THP-94/6

Supersymmetric Time Reversal Violation in Semileptonic Decays of Charged Mesons

We provide a general analysis of time reversal violation arising from misalignment between quark and squark mass eigenstates. In particular, we focus on the possibility of large enhancement effects due to the top quark mass. For semileptonic decays of the charged mesons, $K^+ \rightarrow \pi^0 \mu^+ \nu_{\mu}$, $D^+ \rightarrow \overline{K}^0 \mu^+ \nu_{\mu}$, and $B^+ \rightarrow \overline{D}^0 \tau^+ \nu_{\tau}$, the transverse polarization of the lepton $P^{\bot}_l$ is a $T$-odd observable that is of great experimental interest. It is noted that under favorable choice of parameters, $P^{\bot}_{\mu}$ in $K^+_{\mu3}$ decay can be detectable at the ongoing KEK experiment and it holds a promising prospect for discovery at the proposed BNL experiment. Furthermore, $P^{\bot}_{\tau}$ in $B^{\pm}$ decay could well be within the reach of $B$ factories, but $P^{\bot}_{\mu}$ in $D^{\pm}$ decay is not large enough for detection at the proposed $\tau$-charm factory.Comment: LaTex, 14 pages, 2 figures, minor changes, version to appear in Phys. Lett.