The theme of alienation in the works of Albert Camus

Perception of the absurd leads to rejection of God, but also to alienation from man through rejection of values. An ‘All or Nothing’ attitude (in any case often ambiguous) further alienates the absurd hero from the moderate mass of mankind. Caligula and others seek to re-establish values totally, through emulation of God. They fail because of their inadequate imitation, and are alienated from men through their absurd vision. Yet most Camus’s heroes seek union with man and the world. A quantitative concept of living is gradually abandoned for qualitative concepts such as ‘comprehension’. There is a movement from ‘All or Nothing’ towards ‘limits’, from solitude towards solidarity, but only within the human sphere: since the universe cannot be explained, there is economy of effort in concerning oneself only with man. Rieux for example seeks consolation for man’s condition through its temporary improvement. ‘Limits’ presuppose accepted values. The saint without God seeks to discover these independent of God, and faces too the problem of imposing values without causing harm. This leads to the passive approach of ‘comprehension’, and the movement from a search for principles to a faith in intuitive goodness. Man’s innocence is a prerequisite to his establishing of values independent of God. Camus focuses upon particular example of communion among men leading to happiness through escape from human alienation, whilst preserving lucid rejection in principle of man’s condition

Recent results of the STAR high-energy polarized proton-proton program at RHIC at BNL

The STAR experiment at the Relativistic Heavy-Ion Collider (RHIC) at Brookhaven National Laboratory (BNL) is carrying out a spin physics program colliding transverse or longitudinal polarized proton beams at $\sqrt{s}=200-500$GeV to gain a deeper insight into the spin structure and dynamics of the proton. These studies provide fundamental tests of Quantum Chromodynamics (QCD). One of the main objectives of the STAR spin physics program is the determination of the polarized gluon distribution function through a measurement of the longitudinal double-spin asymmetry, $A_{LL}$, for various processes. Recent results will be shown on the measurement of $A_{LL}$ for inclusive jet production, neutral pion production and charged pion production at $\sqrt{s}=200$GeV. In addition to these measurements involving longitudinal polarized proton beams, the STAR collaboration has performed several important measurements employing transverse polarized proton beams. New results on the measurement of the transverse single-spin asymmetry, $A_{N}$, for forward neutral pion production and the first measurement of $A_{N}$ for mid-rapidity di-jet production will be discussed.Comment: 8 pages, 5 figures, Invited talk given at the 17th International Spin Physics Symposium (SPIN 2006), October 2006, Kyoto, Japa

Test of Chemical freeze-out at RHIC

We present the results of a systematic test applying statistical thermal model fits in a consistent way for different particle ratios, and different system sizes using the various particle yields measured in the STAR experiment. Comparison between central and peripheral Au+Au and Cu+Cu collisions with data from p+p collisions provides an interesting tool to verify the dependence with the system size. We also present a study of the rapidity dependence of the thermal fit parameters using available data from RHIC in the forward rapidity regions and also using different parameterization for the rapidity distribution of different particles.Comment: SQM2008 conference proceeding

Re-imagining Healthcare and Medical Research Systems in Post Devolution Scotland

We use the concept of ‘imagined communities’, and related work on socio-technical imaginaries and expectations, to reflect on how Scotland is represented simultaneously as ‘sick and unhealthy’ and a ‘living lab’ due to its innovative medical research. Together, we suggest these narratives have driven a broader health and wealth agenda in post-devolution Scotland, which became salient during the 2014 Independence Referendum. We draw on research conducted during the Independence referendum to consider how key stakeholders enacted imagined communities/identities (sick but also innovative) as they considered the historical impact of devolution on health and research systems, and envisioned future independence. The Referendum provided an opportunity to consider how Scottish health and research systems have been imagined over time. Our findings further understanding of the impact of devolution on healthcare and medical research, revealing the role played by policy narratives rooted in imagined identities

The Zel'dovich effect and evolution of atomic Rydberg spectra along the Periodic Table

In 1959 Ya. B. Zel'dovich predicted that the bound-state spectrum of the non-relativistic Coulomb problem distorted at small distances by a short-range potential undergoes a peculiar reconstruction whenever this potential alone supports a low-energy scattering resonance. However documented experimental evidence of this effect has been lacking. Previous theoretical studies of this phenomenon were confined to the regime where the range of the short-ranged potential is much smaller than Bohr's radius of the Coulomb field. We go beyond this limitation by restricting ourselves to highly-excited s states. This allows us to demonstrate that along the Periodic Table of elements the Zel'dovich effect manifests itself as systematic periodic variation of the Rydberg spectra with a period proportional to the cubic root of the atomic number. This dependence, which is supported by analysis of experimental and numerical data, has its origin in the binding properties of the ionic core of the atom.Comment: 17 pages, 12 figure

Strange Particle Production at RHIC

We report STAR measurements of mid-rapidity yields for the $\Lambda$, $\bar{\Lambda}$, $K^{0}_{S}$, $\Xi^{-}$, $\bar{\Xi}^{+}$, $\Omega^{-}$, and $\bar{\Omega}^{+}$ particles in Cu+Cu and Au+Au $\sqrt{s_{NN}} = 200$ GeV collisions. We show that at a given number of participating nucleons, bulk strangeness production is higher in Cu+Cu collisions compared to Au+Au collisions at the same center of mass energy, counter to predictions from the Canonical formalism. We compare both the Cu+Cu and Au+Au yields to AMPT and EPOS predictions, and find they reproduce key qualitative aspects of the data. Finally, we investigate other scaling parameters and find bulk strangeness production for both the measured data and theoretical predictions, scales better with the number participants that undergo more than one collision.Comment: Conference proceedings for Hot Quarks 2008, 5 pages and 4 figure