1,555 research outputs found
Obedience as âEngaged Followershipâ:A Review and Research Agenda
Milgramâs Obedience to Authority (OtA) studies have long been understood as demonstrating that people are prone to blindly follow the orders of authority. More recently, we have proposed an engaged followership model of obedience, which suggests that a personâs willingness to go along with the requests of an authority figure is predicated on their identification with that person and/or the cause they represent. In this paper, we present a review of our rationale for this perspective and take stock of the current evidence we have to support it. We also highlight gaps in this evidence, and set out an agenda for future research
Engaged followership and toxic science : exploring the effect of prototypicality on willingness to follow harmful experimental instructions
Funding: This research was supported by Economic and Social Research Council grant (ES/L003104/1), a Fellowship from the Australian Research Council (FL110100199), from funding received from the School of Management at the University of St Andrews.Drawing on the âengaged followershipâ reinterpretation of Milgramâs work on obedience, four studies (three of which were pre-registered) examine the extent to which peopleâs willingness to follow an experimenterâs instructions is dependent on the perceived prototypicality of the science they are supposedly advancing. In Studies 1, 2 and 3, participants took part in a study that was described as advancing either âhardâ (prototypical) science (i.e., neuroscience) or âsoftâ (non-prototypical) science (i.e., social science) before completing an online analogue of Milgramâs âObedience to Authorityâ paradigm. In Studies 1 and 2, participants in the neuroscience condition completed more trials than those in the social science condition. This effect was not replicated in Study 3, possibly because the timing of data collection (late 2020) coincided with an emphasis on social scienceâs importance in controlling COVID-19. Results of a final cross-sectional study (Study 4) indicated that participants who perceived the study as to be more prototypical of science found it more worthwhile, reported making a wider contribution by taking part, reported less dislike for the task, more happiness at having taken part, and more trust in the researchers, all of which indirectly predicted greater followership. Implications for the theoretical understanding of obedience to the toxic instructions of an authority are discussed.Publisher PDFPeer reviewe
Engaged followership and toxic science:Exploring the effect of prototypicality on willingness to follow harmful experimental instructions
Drawing on the âengaged followershipâ reinterpretation of Milgram's work on obedience, four studies (three pre-registered) examine the extent to which people's willingness to follow an experimenter's instructions is dependent on the perceived prototypicality of the science they are supposedly advancing. In Studies 1, 2 and 3, participants took part in a study that was described as advancing either âhardâ (prototypical) science (i.e., neuroscience) or âsoftâ (non-prototypical) science (i.e., social science) before completing an online analogue of Milgram's âObedience to Authorityâ paradigm. In Studies 1 and 2, participants in the neuroscience condition completed more trials than those in the social science condition. This effect was not replicated in Study 3, possibly because the timing of data collection (late 2020) coincided with an emphasis on social science's importance in controlling COVID-19. Results of a final cross-sectional study (Study 4) indicated that participants who perceived the study to be more prototypical of science found it more worthwhile, reported making a wider contribution by taking part, reported less dislike for the task, more happiness at having taken part, and more trust in the researchers, all of which indirectly predicted greater followership. Implications for the theoretical understanding of obedience to toxic instructions are discussed
Camera for QUasars in EArly uNiverse (CQUEAN)
We describe the overall characteristics and the performance of an optical CCD
camera system, Camera for QUasars in EArly uNiverse (CQUEAN), which is being
used at the 2.1 m Otto Struve Telescope of the McDonald Observatory since 2010
August. CQUEAN was developed for follow-up imaging observations of red sources
such as high redshift quasar candidates (z >= 5), Gamma Ray Bursts, brown
dwarfs, and young stellar objects. For efficient observations of the red
objects, CQUEAN has a science camera with a deep depletion CCD chip which
boasts a higher quantum efficiency at 0.7 - 1.1 um than conventional CCD chips.
The camera was developed in a short time scale (~ one year), and has been
working reliably. By employing an auto-guiding system and a focal reducer to
enhance the field of view on the classical Cassegrain focus, we achieve a
stable guiding in 20 minute exposures, an imaging quality with FWHM >= 0.6"
over the whole field (4.8' * 4.8'), and a limiting magnitude of z = 23.4 AB mag
at 5-sigma with one hour total integration time.Comment: Accepted for publication in PASP. 26 pages including 5 tables and 24
figure
Questioning authority: New perspectives on Milgramâs âobedienceâ research and its implications for intergroup relations
Traditionally, Milgram's 'obedience' studies have been used to propose that 'ordinary people' are capable of inflicting great harm on outgroup members because they are predisposed to follow orders. According to this account, people focus so much on being good followers that they become unaware of the consequences of their actions. Atrocity is thus seen to derive from inattention. However recent work in psychology, together with historical reassessments of Nazi perpetrators, questions this analysis. In particular, forensic re-examination of Milgram's own findings, allied to new psychological and historical research, supports an âengaged followerâ analysis in which the behaviour of perpetrators is understood to derive from identification with, and commitment to, an ingroup cause that is believed to be noble and worthwhile
Correlated fragile site expression allows the identification of candidate fragile genes involved in immunity and associated with carcinogenesis
Common fragile sites (cfs) are specific regions in the human genome that are
particularly prone to genomic instability under conditions of replicative
stress. Several investigations support the view that common fragile sites play
a role in carcinogenesis. We discuss a genome-wide approach based on graph
theory and Gene Ontology vocabulary for the functional characterization of
common fragile sites and for the identification of genes that contribute to
tumour cell biology. CFS were assembled in a network based on a simple measure
of correlation among common fragile site patterns of expression. By applying
robust measurements to capture in quantitative terms the non triviality of the
network, we identified several topological features clearly indicating
departure from the Erdos-Renyi random graph model. The most important outcome
was the presence of an unexpected large connected component far below the
percolation threshold. Most of the best characterized common fragile sites
belonged to this connected component. By filtering this connected component
with Gene Ontology, statistically significant shared functional features were
detected. Common fragile sites were found to be enriched for genes associated
to the immune response and to mechanisms involved in tumour progression such as
extracellular space remodeling and angiogenesis. Our results support the
hypothesis that fragile sites serve a function; we propose that fragility is
linked to a coordinated regulation of fragile genes expression.Comment: 18 pages, accepted for publication in BMC Bioinformatic
Ground-Based Submillimagnitude CCD Photometry of Bright Stars Using Snapshot Observations
We demonstrate ground-based submillimagnitude (<10^-3) photometry of widely
separated bright stars using snapshot CCD imaging. We routinely achieved this
photometric precision by (1) choosing nearby comparison stars of a similar
magnitude and spectral type, (2) defocusing the telescope to allow high signal
(>10^7 electrons) to be acquired in a single integration, (3) pointing the
telescope so that all stellar images fall on the same detector pixels, and (4)
using a region of the CCD detector that is free of nonlinear or aberrant
pixels. We describe semiautomated observations with the Supernova Integrated
Field Spectrograph (SNIFS) on the University of Hawaii 2.2m telescope on Mauna
Kea, with which we achieved photometric precision as good as 5.2x10^-4
(0.56mmag) with a 5 minute cadence over a 2hr interval. In one experiment, we
monitored eight stars, each separated by several degrees, and achieved
submillimagnitude precision with a cadence (per star) of ~17 minutes. Our
snapshot technique is suitable for automated searches for planetary transits
among multiple bright stars.Comment: Accepted to PAS
Photochemistry of Furyl- and Thienyldiazomethanes: Spectroscopic Characterization of Triplet 3-Thienylcarbene
Photolysis (λ \u3e 543 nm) of 3-thienyldiazomethane (1), matrix isolated in Ar or N2 at 10 K, yields triplet 3-thienylcarbene (13) and α-thial-methylenecyclopropene (9). Carbene 13 was characterized by IR, UV/vis, and EPR spectroscopy. The conformational isomers of 3-thienylcarbene (s-E and s-Z) exhibit an unusually large difference in zero-field splitting parameters in the triplet EPR spectrum (|D/hc| = 0.508 cmâ1, |E/hc| = 0.0554 cmâ1; |D/hc| = 0.579 cmâ1, |E/hc| = 0.0315 cmâ1). Natural Bond Orbital (NBO) calculations reveal substantially differing spin densities in the 3-thienyl ring at the positions adjacent to the carbene center, which is one factor contributing to the large difference in D values. NBO calculations also reveal a stabilizing interaction between the sp orbital of the carbene carbon in the s-Z rotamer of 13 and the antibonding Ï orbital between sulfur and the neighboring carbonâan interaction that is not observed in the s-E rotamer of 13. In contrast to the EPR spectra, the electronic absorption spectra of the rotamers of triplet 3-thienylcarbene (13) are indistinguishable under our experimental conditions. The carbene exhibits a weak electronic absorption in the visible spectrum (λmax = 467 nm) that is characteristic of triplet arylcarbenes. Although studies of 2-thienyldiazomethane (2), 3-furyldiazomethane (3), or 2-furyldiazomethane (4) provided further insight into the photochemical interconversions among C5H4S or C5H4O isomers, these studies did not lead to the spectroscopic detection of the corresponding triplet carbenes (2-thienylcarbene (11), 3-furylcarbene (23), or 2-furylcarbene (22), respectively)
A Cryogenic Silicon Interferometer for Gravitational-wave Detection
The detection of gravitational waves from compact binary mergers by LIGO has opened the era of gravitational wave astronomy, revealing a previously hidden side of the cosmos. To maximize the reach of the existing LIGO observatory facilities, we have designed a new instrument that will have 5 times the range of Advanced LIGO, or greater than 100 times the event rate. Observations with this new instrument will make possible dramatic steps toward understanding the physics of the nearby universe, as well as observing the universe out to cosmological distances by the detection of binary black hole coalescences. This article presents the instrument design and a quantitative analysis of the anticipated noise floor
- âŠ