Academic literature on the topic 'Monster masks'

Monsters throughout history are always explained in terms of abjection, horror and something to be avoided in order that the system and regulation of society to be restored. Following the dynamic conception of contemporary utopia, the present paper aims at analyzing the monster or the violence in Ahmed Saadawi’s Frankenstein in Baghdad (FB) 2014 in terms of utopian site of hope, freedom and justice. It intends to show in what ways the issue of the “neo-Utopianism” or a desire for grand narratives is addressed in contemporary Iraqi fiction and why this issue is significant in post- postmodern thought. The paper revolves around post-traditional thinking of monster through investigating how a monster is related to a collective desire of hope for better roles in relation to the multiple societal crises. Other than an abject or “Other”, the value of creating such a monster is to introduce a new vision to the reader accomplished with the hope and salvation instead of the fragile spirit that comes from the postmodern failure and destruction. Within this conception the paper unfolds three routes that explicitly address a utopian desire: the body, the name and the aim or the message. The article, moreover, uncovers a new dimension of monstrosity in Iraqi literature which marks a shift from postmodernism to new era characterized by a utopian revival. The paper concludes that the monster is given a new voice and vision to be accepted in symbolic order unlike its traditional image in Gothic literature, one to speak about horror or monstrosity.

ABSTRACT Dermoid cyst in postmenopausal women is a rare entity. It is seen most commonly in young reproductive age group. It constitutes about 10 to 20% of all ovarian tumors in pregnancy. Chance of malignancy is about 1-2%, torsion is common. Here, we have presented an unusual case of dermoid cyst in a postmenopausal woman who presented with complaints which were not directly related to the cyst. A 16-week mass per abdomen was not bothering the patient at all, rather she presented in the OPD with a mass coming out per vaginum, which was a third degree uterocervical descent. Patient was posted for vaginal hysterectomy and the cyst was removed perabdominally.

We report on the first ALMA observation of the CO(3−2) and rest-frame ∼340 GHz continuum emission in PDS 456, which is the most luminous, radio-quiet QSO in the local Universe (z ≃ 0.18), with a bolometric luminosity LBol ∼ 1047 erg s−1. ALMA angular resolution allowed us to map scales as small as ∼700 pc. The molecular gas reservoir traced by the core of the very bright CO(3−2) emission line is distributed in a compact rotating disk, with a size of ∼1.3 kpc, seen close to face-on (i ∼ 25 deg). Fast CO(3−2) emission in the velocity range v ∈ [ − 1000, 500] km s−1 is also present. Specifically, we detect several blue-shifted clumps out to ∼5 kpc from the nucleus, in addition to a compact (R ≲ 1.2 kpc), broad emission component. These components reveal a galaxy-wide molecular outflow, with a total mass Mmolout ∼ 2.5 × 108 M⊙ (for an αCO = 0.8 M⊙ (K km s−1 pc2)−1) and a mass outflow rate Ṁmol ∼ 290 M⊙ yr−1. The corresponding depletion time is τdep ∼ 8 Myr, shorter than the rate at which the molecular gas is converted into stars, indicating that the detected outflow is potentially able to quench star-formation in the host. The momentum flux of the molecular outflow normalised to the radiative momentum output (i.e. LBol/c) is ≲1, comparable to that of the X-ray ultra-fast outflow (UFO) detected in PDS 456. This is at odds with the expectations for an energy-conserving expansion suggested for most of the large-scale outflows detected in low-luminosity AGNs so far. We suggest three possible scenarios that may explain this observation: (i) in very luminous AGNs such as our target the molecular gas phase is tracing only a fraction of the total outflowing mass; (ii) a small coupling between the shocked gas by the UFO and the host-galaxy interstellar medium (ISM); and (iii) AGN radiation pressure may be playing an important role in driving the outflow.

Terrorism that involves the deliberate release or distribution of biological agents is called bioterrorism. These pathogens are bacteria, viruses, fungi, other microorganisms and their related toxins, insects, and they can be natural or human-modified forms, which are roughly the same way as in biological warfare that can sicken or kill people, livestock, or crops.
 These high-priority means include organisms or toxins that pose the greatest risk to the public and national security: Anthrax (Bacillus anthracis) Botulism (Clostridium botulinum toxin) Plague (Yersinia pestis). They have the ability to have harmful effects on human health in many ways, from relatively mild allergic reactions to serious medical conditions and even death. Bacillus anthracis, the bacterium that produces anthrax, and is one of the pathogens most likely to be used for biological attacks.Bioterrorism cancausemass deaths, epidemics, medical staff illness, environmental pollution, legal issues, and cause anxiety in the medical community and the wider community (1).
 Unfortunately, bioterrorism agents are difficult to control and affect military personnel and civilian men, women and children. In the past 100 years, the United States and the international community have experienced various acts of bioterrorism against civilians. The model shows that the economic impact of bioterrorism attacks ranges from an estimated US$477.7 million per 100,000 people exposed (brucellosis scenario) to US$26.2 billion per 100,000 people exposed (anthrax scenario). The possibility of bioterrorism is particularly worrying because it causes disease, death and panic, disproportionate to the resources consumed (2).
 The purpose of bioterrorism is usually to create fear and / or threaten the government or society in order to obtain political, religious or ideological objectives. Compared to weapons like explosives, it can have a unique impact on society. Depending on the situation, wear a mask to reduce inhalation or spread of bacteria. If you have been in contact with biological agents, remove and store your clothing and personal things. Follow official instructions for disposing of contaminated items. Wash with soap and water and put on clean clothes.
 Bioterrorism agents can be spread through the air or into food or water, and are extremely difficult to detect. The outbreak of biological weapons’ diseases may lead to the extinction of endangered wild animal species, the erosion of genetic diversity of domesticated animals and plants, and the destruction of traditional human livelihoods (3). Symptoms of exposure to biological agents may include sore throat, fever, blurred vision or diplopia, rash or blistering, exhaustion, slurred speech, confusion, muscle weakness, nausea, abdominal pain, vomiting, diarrhoea, and cough. The occurrence of a weapon attack may be impossible, but planning and preparation can greatly reduce the death and suffering caused by it.
 Only 16 countries plus Taiwan possess or presumably possess biological weapons programs: Canada, China, Cuba, France, Germany, Iran, Iraq, Israel, Japan, Libya, North Korea, Russia, South Africa, Syria, and the United States. Britain and the United States. The way to deal with such threats is through international law and carefully negotiated treaties and verification mechanisms. An important protection measure against biological weapons is currently being negotiated in Geneva. Available protective equipment includes respiratory protection devices, full-face protective masks and surgical masks for respiratory protection, combat suits, protective gloves, and skin-protecting boots. Full protection is required when the agent is not recognized. The inherent characteristics of biological agents that affect their potential for use as weapons include: virulence; toxicity; pathogenicity; incubation period; transmissibility; lethality and stability.
 Now regarding the COVID19 pandemic, there is a game of blame between the two superpowers, the United States and China. It is not clear whether the spread of COVID19 is intentional or unintentional, whether it is a natural virus threatening the world or an artificial virus. Two conspiracy theories about the origin of COVID19 are widely circulated in China and the West, one accusing the United States and the other accusing the higher-level biological containment laboratory in Wuhan, the epicentre of the pandemic (4).
 However, this has caused pain, death, mental distress, depression, and billions of dollars in treatment and vaccine costs all over the world. This whole process reminds us of Frankenstein's sci-fi monster. The moral lesson learned from this is that people need to blend in and feel connected to others in order to survive. In addition, humans must carefully consider the cost of scientific progress.

ABSTRACTThe unrest in London during the ‘Exclusion Crisis’ filled Charles II with fear and foreboding of a new civil war. Yet although recent research has highlighted the important role played by the capital's inhabitants in the period, the evidence available for studying the groups of radicals involved has been sketchy and fragmentary. This article uses a new source, in the form of a mass petition, signed by almost 16,000 citizens, which was presented to the king in January 1680. It offers a unique opportunity to measure public opinion during one of the most turbulent periods of the Restoration, and to test assumptions about the character of the opposition to the king. After a discussion of the aims and conduct of the campaign, a prosopographical study of some of the most readily identifiable signatories provides the basis for a detailed examination of the political, religious, geographical, economic and social dimension of the petition. Finally, London's popular reaction to national politics is considered in terms of its effectiveness in altering royal policy, and its impact on the rest of the country.

We review the construction of monsters in classical general relativity. Monsters have finite ADM mass and surface area, but potentially unbounded entropy. From the curved space perspective, they are objects with large proper volume that can be glued on to an asymptotically flat space. At no point is the curvature or energy density required to be large in Planck units, and quantum gravitational effects are, in the conventional effective field theory framework, small everywhere. Since they can have more entropy than a black hole of equal mass, monsters are problematic for certain interpretations of black hole entropy and the AdS/CFT duality. In the second part of the paper we review recent developments in the foundations of statistical mechanics which make use of properties of high-dimensional (Hilbert) spaces. These results primarily depend on kinematics — essentially, the geometry of Hilbert space — and are relatively insensitive to dynamics. We discuss how this approach might be adopted as a basis for the statistical mechanics of gravity. Interestingly, monsters and other highly entropic configurations play an important role.

In this period of politically correct regard for cultural difference it is easy to overlook the unifying effect on human experience of modernity's cultural boundary-jumping. In the following essay Peter Musolf compares Oscar Wilde's The Importance of Being Earnest with Yukio Mishima's 1954 kabuki play Iwashiuri Koi no Hikiami (The Sardine Seller), focusing on the belief these writers shared in the sovereignty of illusion over fact and their consequent conviction that life is to be lived as if it were a dramatic fiction. Taken together with Mishima's novel Confessions of a Mask, the plays comprise a remarkable ironic commentary on the nature and construction of being in the modern world. Peter Musolf is a teacher and writer living in Yokohama. Gozira to wa nani ka, his book on the science fiction screen monster Godzilla in US-Japanese mass psychology, appeared earlier this year, and he is currently writing a play.

AbstractDetecting the seed black holes from which quasars formed is extremely challenging; however, those seeds that did not grow into supermassive should be found as intermediate-mass black holes (IMBHs) of 100 – 105 M⊙ in local dwarf galaxies. The use of deep multiwavelength surveys has revealed that a population of actively accreting IMBHs (low-mass AGN) exists in dwarf galaxies at least out to z ˜3. The black hole occupation fraction of these galaxies suggests that the early Universe seed black holes formed from direct collapse of gas, which is reinforced by the possible flattening of the black hole-galaxy scaling relations at the low-mass end. This scenario is however challenged by the finding that AGN feedback can have a strong impact on dwarf galaxies, which implies that low-mass AGN in dwarf galaxies might not be the untouched relics of the early seed black holes. This has important implications for seed black hole formation models.