Primitive Form Research Articles

Simple zeros of $\operatorname{GL}(2)$ $L$-functions

Let f \in S_{k}(\Gamma_{1}(N)) be a primitive holomorphic form of arbitrary weight k and level N . We show that the completed L -function of f has \Omega(T^{\delta}) simple zeros with imaginary part in [-T, T] , for any \delta <{2/27} . This is the first power bound in this problem for f of non-trivial level, where previously the best results were \Omega(\log\log\log{T}) for N odd, due to Booker, Milinovich, and Ng, and infinitely many simple zeros for N even, due to Booker. In addition, for f of trivial level ( N=1 ), we also improve an old result of Conrey and Ghosh on the number of simple zeros.

Entropy generation analysis of oscillatory magnetized darcian flow of mixed thermal convection and mass transfer with joule heat over radiative sheet

Significance of this work is to examine enhanced thermal efficiency of magnetic nanofluid in the presence of Joule heating and radiation in missile technological devices, nuclear energy plants, rockets, solar energy systems and enhancing cyclic processes. Prominent aim of current investigation is to demonstrate the amplitude and oscillating analysis of mixed convective heat rate of Darcian magnetic nanoparticle movements with entropy generation, thermal radiation and Joule heat impact through porous stretching sheet. The magnetic layer along stretching surface plays important role to control thermal performance. Governing mathematical equations are reduced in convenient form by using non-dimensional analysis. The primitive mathematical form of steady and oscillating model is calculated through oscillatory stokes and primitive variables. Using Gaussian elimination and finite differences techniques, the geometrical and numerical outcomes of steady and oscillatory models are obtained by applying FORTRAN lahey-95 programming tool. The novelty of this problem is to study the oscillatory thermal and concentration profiles of Darcian magnetic nanoparticles with Joule heating and radiations. It is examined that momentum and temperature distribution grows as radiant-energy increases but decreases for maximum Joule heating. It is found that temperature and concentration distributions enhances as magnetic force decreases. Prominent enhancing amplitudes in heat and mass transfer are obtained for maximum Schmidt and thermophoresis parameter. Heat and mass transfer decreases as magnetic factor increases due to insulating magnetic nanoparticles.

A New Record of Rochia maxima (Koch, 1844) Through a Species Clarification of Lola Snail, Bangka Belitung Islands, Indonesia

Graphical Abstract Highlight Research Lola snails originating from the Bangka Belitung Islands (Nasik Strait, Rebo Waters, and Ketawai Island) were identified as a maxima not to be R. nilotica species based on morphological molecular identification. Maxima and R. nilotica have the same morphological form, but they are genetically different. The clarification of the Lola snail species in this study serves as a reference in determining the conservation status of the Lola snail. The clarification of the Lola snail species serves as a reference in determining the catch quota from the Bangka Belitung Islands. Abstract The use of Lola snails (Rochia maxima) in the Bangka Belitung has continued to increase. However, research focused on Lola snails originating from the Bangka Belitung has not been thoroughly conducted. In a previous study, the Lola snail sample found in the Bangka Belitung was Trochus niloticus (current name: Rochia nilotica). This study aimed to identify Lola snail species using the DNA barcoding as a way of clarifying Lola snail species that originated in the Bangka Belitung. Lola snail sampling was carried out at three locations, which were Nasik Strait, Ketawai, and Rebo Waters. This study was conducted through five stages, including Lola snail tissue sampling, DNA extraction, amplification by PCR, sequencing, and data analysis. The results showed that the molecular identification of the Cytochrome Oxidase Subunit 1 (COI) gene in Lola snail samples was identified as Rochia maxima species (Koch, 1844). The results of the phylogenetic tree analysis showed that Lola snails found in the Bangka Belitung were close to Tectus maximus (or Rochia maxima) species. R. maxima has a lighter shell than R. nilotica, a clear conical shape, and a circle on the body that does not widen at the edges. Unlike zoologists who said that R. maxima is the primitive form of R. nilotica, the present study found that they have the same morphology and are considered similar but genetically different. The clarification of Lola snail species can be used to determine the conservation status and catching quota of Lola snails from the Bangka Belitung.

Restored Behaviour and the Formation of Ethnic Identity: Critiquing the Rai Youths’ Sakela

This paper examines four YouTube videos on Sakela, a dance performance of the Rai community, in two major contexts: enormous shifts and deviations in the performances of youths and the signature of unique ethnic identity. Sakela in its primitive art form of Rai culture has a ritual connection with the transcendent forces for human health and agriculture. However, there have been many deviations and changes in its highly contextualized aesthetic manifestations like festive performances, ceremonial presentations, recreational activities, political demonstrations or urban, and diasporic discourses. Against this backdrop, the paper addresses the primary questions of why these performances recur in different forms and what role the restoration of behaviour plays in forming the ethnic identity. The study approaches these questions with the objectives of analyzing the restored behaviour in the Rai youths’ Sakela and identifying the performances as preserving the signature of ethnic identity. The examination of primary data in the qualitative study includes the analysis of selected YouTube video contents comprising Sakela performances, using the content analysis method. Primary data are selected to quantify the phenomena of Rai youths’ restored behaviours in Sakela dance, their cultural meanings, and their relationships to ethnic identity. To validate the collected data, the study draws theoretical insights from Richard Schechner’s theory of restored behaviour. Schechner's theory promulgates that people are always performing anew out of old in a continual rehearsal. The behaviour is replicated and thus performances gradually emerge. Such behaviors ranging from small gestures to ritualistic performances become part of lives but they are no longer sticking to the original source. Pursuant to this conceptual framework, the paper argues that Rai youths’ Sakela demonstrates the signs of restored behaviour, the symbolic and coded aspects of their culture. It also posits that embodied ethnic traits evident in the performance ensure the persistence of membership in their community. Thus, Sakela continues to be the signature of ethnic belief system and unique identity in the lives of Rai youths. In all its aspects of the repetition of never the same, the embodiment of ethnic identity keeps on sticking to youths’ Sakela.

Defined folding pattern of poly(rG) supports inherent ability to encode biological information.

The RNA World hypothesis posits that RNA can represent a primitive life form by reproducing itself and demonstrating catalytic activity. However, this hypothesis is incapable of addressing several major origin-of-life (OoL) questions. A recently described paradox-free alternative OoL hypothesis, the Quadruplex (G4) World, is based on the ability of poly(dG) to fold into a stable architecture with an unambiguous folding pattern using G-tetrads as building elements. Because of the folding pattern of three G-tetrads and single-G loops, dG15 is programmable and has the capability to encode biological information. Here, we address two open questions of the G4 World hypothesis: (1) Does RNA follow the same folding pattern as DNA? (2) How do stable quadruplexes evolve into the present-day system of information transfer, which is based on Watson-Crick base pair complementarity? To address these questions, we systematically studied the thermodynamic and optical properties of both DNA and RNA G15- and G3T (GGGTGGGTGGGTGGG)-derived sequences. Our study revealed that similar to DNA sequences, RNAs adopt quadruplexes with only three G-tetrads. Thus, both poly(dG) and poly(rG) possess inherent ability to fold into 3D quadruplex architecture with strictly defined folding pattern. The study also revealed that despite high stability of both DNA and RNA quadruplexes, they are vulnerable to single-nucleotide substitutions, which drop the thermal stability by ~40°C and can facilitate introduction of the complementarity principle into the G4 World.

On the Fourier Coefficients for General Product 𝐿-Functions

Let 𝑓 be a normalized primitive cusp form of even integral weight for the full modular group Γ = 𝑆𝐿(2, ℤ). In this paper, we investigate upper bounds for the error terms related to the average behavior of Fourier coefficients 𝜆𝑓 ⊗𝑓 ⊗⋯⊗𝑙𝑓 (𝑛) of 𝑙-fold product 𝐿-functions, where 𝑓 ⊗ 𝑓 ⊗ ⋯ ⊗𝑙 𝑓 denotes the 𝑙-fold product of 𝑓. These results improves and generalizes the recent developments of Venkatasubbareddy and Sankaranarayanan [41]. We also provide some other similar results related to the error terms of general product 𝐿-functions.

The history of the establishment of organs for fact-finding in the resolution of international disputes

The paper traces the historical background of the formation and development of the institution of international fact-finding. As a result of the progressive development of international law, the institution of international investigation emerged at the turn of the 19th and 20th centuries, first receiving its international legal consolidation in the Hague Convention on the peaceful settlement of international disputes of 1899. The history of establishing fact-finding bodies by states, which acted as parties to disputes based on factual issues, both at the universal and regional levels, is examined. The practice of resorting to investigation procedures within international intergovernmental organizations such as the League of Nations, the UN, ILO, ICAO, the World Bank, the EU, and others is considered. In the modern period of international law, the fact-finding procedure has gained quite extensive use and is implemented in a more primitive form, especially within the activities of the United Nations. The UN establishes international commissions (composed mainly of individuals who are not citizens of the parties to the dispute or participants in the situation) authorized, as often happens, not only to establish facts (conduct investigations) but also endowed with broad competence to provide conclusions on legal issues and recommendations for dispute resolution or situation. The UN also uses the international investigation procedure in conjunction with other international mechanisms for dispute resolution. Referring to international bodies for fact-finding, as one of the means of peaceful settlement of international disputes, was first provided for by the Hague Conventions on the peaceful settlement of international disputes of 1899 and 1907. Therefore, the existence of various nature international investigating commissions - from "pure" fact-finding in the Tigre case to investigations regarding the Red Cross and the Letellier and Moffitt case, which were close to arbitration.

영남지역 신라·가야 토성의 축조기술

Research on Silla and Gaya Earthen Fortification in Yeongnam Area has grown quantitatively and qualitatively enough to enable comprehensive analysis thanks to the recent accumulation of survey results. Accordingly, the characteristics of each construction process were analyzed for 6 sites of Silla and 7 sites of Gaya, and were compared by synthesizing them. Both Silla and Gaya Organic matter such as the Leaf mat method and the designated pile were used in the low wetland or soft ground, and the frictional force was maximized by using a stepped or uneven surface stopping method on the slope. In particular, in the case of the embankment technique, by setting the soil of the narrow-type embankment technique through the cases of Wolseong and Bonghwangtoseong, there was a result of subdividing it into a narrow-type (A1) and a flat-type (A2). Gaya is reinforced by adding a stone shaft part during the construction of the reinforcement of the wall or the finishing of the reinforcement wall of the construction of the wall. The longer the plate mass, which was created by repeated dismantling and re-installing the plate shaft structure, is another peculiarity of Gaya. This may be a primitive form of the phenomenon of increasing the length of the plate mass in the “Gidanseokryeol plate shaft fortress” stage that appears after the “pure plate shaft fortress”. Therefore, it is noteworthy that it is located as a technical and historical link in the transformation of the fortress construction technology.

Early Earth “subduction”: short-lived, off-craton, shuffle tectonics, and no plate boundaries

Subduction is a key geodynamic feature on modern Earth that drives crustal chemical diversity, bridging the atmo-, hydro-, and lithosphere, but remains an enigmatic, unique planetary feature. Indisputable is the critical role of subduction in shaping Earth’s geomorphology and crustal dichotomy (ocean vs continental crust) and its impacts on long-term climate, making it arguably the most important process on present-day Earth across all geosciences. It is thus important to understand to what degree, or if at all, subduction was operational during the billions of years that led to our geological status quo.Here, we assess the feasibility of Archean subduction with a focus on early Earth geodynamics. We argue that convection-driven rifting, but not spreading, formed the first keels under the primordial crust, providing the necessary stability for crustal survival. These sections of crustal rejuvenation would counterintuitively forge the first stable proto-cratonic terranes, which later evolved into cratons. Hydrated upper crustal rocks were vital in generating early fluxed mantle melting and related volcanism, but also for partial melting in hydrated lower crustal sections within proto-cratons, giving rise to tonalite-trondhjemite granodiorites (TTGs). Both processes operated off- and on-craton, respectively, and required melting of hydrated crust and crustal convergence but are unrelated. Away from proto-cratonic regions of minor episodic divergence and rifting, relative motions were accommodated by convergence and shuffle tectonics, leading to Archean-style subduction in localised regions that were prone to destruction. This primitive form of subduction and crustal maturation has operated from the earliest Archean time in a plate-and-lid regime. Crucially, this ‘Archean subduction’ represents short-lived crustal shuffle-tectonics outside areas of today’s cratons with fluxed melting in upper mantle regions but does not resemble present-day Benioff-style subduction. The development of subduction akin to present-day processes towards the end of the Archean could plausibly have driven atmospheric oxygenation over a few hundred million years between ca. 2.8–2.3 Ga, with H-loss to space accompanied by atmospheric oxidation through subduction-related global volcanic SO2 emissions.

Xenopus tropicalis osteoblast-specific open chromatin regions reveal promoters and enhancers involved in human skeletal phenotypes and shed light on early vertebrate evolution

While understanding the genetic underpinnings of osteogenesis has far-reaching implications for skeletal diseases and evolution, a comprehensive characterization of the osteoblastic regulatory landscape in non-mammalian vertebrates is still lacking. Here, we compared the ATAC-Seq profile of Xenopus tropicalis (Xt) osteoblasts to a variety of non mineralizing control tissues, and identified osteoblast-specific nucleosome free regions (NFRs) at 527 promoters and 6747 distal regions. Sequence analyses, Gene Ontology, RNA-Seq and ChIP-Seq against four key histone marks confirmed that the distal regions correspond to bona fide osteogenic transcriptional enhancers exhibiting a shared regulatory logic with mammals. We report 425 regulatory regions conserved with human and globally associated to skeletogenic genes. Of these, 35 regions have been shown to impact human skeletal phenotypes by GWAS, including one trps1 enhancer and the runx2 promoter, two genes which are respectively involved in trichorhinophalangeal syndrome type I and cleidocranial dysplasia. Intriguingly, 60 osteoblastic NFRs also align to the genome of the elephant shark, a species lacking osteoblasts and bone tissue. To tackle this paradox, we chose to focus on dlx5 because its conserved promoter, known to integrate regulatory inputs during mammalian osteogenesis, harbours an osteoblast-specific NFR in both frog and human. Hence, we show that dlx5 is expressed in Xt and elephant shark odontoblasts, supporting a common cellular and genetic origin of bone and dentine. Taken together, our work (i) unravels the Xt osteogenic regulatory landscape, (ii) illustrates how cross-species comparisons harvest data relevant to human biology and (iii) reveals that a set of genes including bnc2, dlx5, ebf3, mir199a, nfia, runx2 and zfhx4 drove the development of a primitive form of mineralized skeletal tissue deep in the vertebrate lineage.

The declining power of the human touch in the digital world.

Humans are social creatures, and touch is the most primitive form of relationship. In the context of the traditional medical examination, touch, palpation, is essential to diagnose or suspect pathology. But it is not only an issue of semeiotics. The physician's ability to examine a body through his or her hands is at the heart of the doctor-patient relationship. Moreover, we have been witnessing for many years to the progressive downgrading of the objective examination in clinical practice. First, the obsolescence of interaction with the patient due to the lure of diagnostic technology, then the "social distancing" of Covid-19 and, finally, the expansion of telemedicine has contributed to the distancing of caregivers from patients. The same technology that tends to distance doctor and patient provides haptic wearable devices that can digitize touch and open up application scenarios that are still largely unexplored. These, however, cannot replace human interaction. What can we do to preserve the culture of physical contact in the doctor-patient relationship? As always, awareness is the first step. The technology that separates us from patients is not the real problem. It is only when it becomes an end instead of a means that we risk losing centuries of medical tradition. It is therefore necessary to strike a balance between using technology and ensuring that health care professionals maintain a central role in providing emotional support and understanding to patients. Such issues should be introduced early in the medical student's training. In the course of study, not only the mechanisms of disease should be taught, but also how to approach care with compassion, empathy and "human touch". In any case, even if digital culture eventually prevails, it is necessary to practice at least "touch" as interpersonal sensitivity, gentleness, and the ability to intercept the other's state of mind and respect it.

Numerical Study of the Thermal Performance of the combined effect of solar energy and variable density around a Laminar Vertical jet

A computational analysis due to the thermal performance of combined effects of solar radiation and variable density around a laminar vertical jet is carried out. For this purpose, a mathematical model in terms of nonlinear coupled partial differential equations, keeping in view the coordinate system of the proposed problem, is established. Further, to get insight to the physical significance of the proposed problem, numerical data is obtained. For this purpose, the finite difference method is used to integrate the primitive form of the partial differential equations. The coefficient matrices of the unknown variables involved in the model are solved by using the Gaussian elimination technique with the help of Fortran-Laher 90. The obtained numerical results for different parameters involved in the flow model, that is density parameter m, Prandtl number Pr, radiation parameter Rd, and fluid's absorption parameter D, are highlighted graphically by using Techplot-360. The primary findings show that enhancing values of the density variation parameter m leads to an increase in the velocity profile and a decrease in the thermal profile. On the other hand, for increasing values of Rd, the boundary layer profiles decline. Also, the heat transfer rate prominently declines with the rise in numeric value of m, Rd, and D. The main novelty of the current work is to improve the thermal performance of natural convection heat transfer with the inclusion of solar energy and variable density.

Viscous dissipation effect on amplitude and oscillating frequency of heat transfer and electromagnetic waves of magnetic driven fluid flow along the horizontal circular cylinder

The significant importance of present research is to remove the extreme temperature along the magnetic driven horizontal circular cylinder. The induced electromagnetic field is applied around the surface of cylinder. The main novelty of current research is to control thermal and magnetic boundary layer in the presence of viscous dissipation and induced electromagnetic field. The dimensional mathematical form is developed with defined boundary conditions. The dimensional equations are transformed into dimensionless equations to generate physical factors. The primitive form is used to reduce dimensionless equations into convenient form for smooth algorithm. The finite difference method with Gaussian elimination technique is applied for numerical results in FORTRAN language tool. The velocity, temperature and electromagnetic field are sketched graphically with asymptotic sequence. The oscillatory shear stress, oscillating heat rate and periodical current density is plotted graphically and numerically. It is found that fluid velocity improves significantly as buoyancy force increases around each position. It is noticed that the increasing oscillations in heat transfer are sketched for maximum choice of Prandtl number. It is found that the maximum oscillations in current density are obtained for each Eckert parameter. It is noticed that the significant distribution in temperature profile is obtained in the presence of viscous dissipation and magnetic field.

Dentistry in the centuries: a historical overview.

The began of the dentistry as medicine's concept has a long history dating back to 7000 BCE, making it one of the earliest medical specialties. In its early days, dental diseases were often attributed to supernatural causes like "evil spirits" and "tooth worms." However, today, dentistry leverages cutting-edge technologies, including artificial intelligence, for diagnosis and treatment. This journey reflects the remarkable progress made in the field. Despite these advancements, there is still room for improvement in integrating dental knowledge and skills with medical science and engineering backgrounds. Bridging these disciplines could lead to even greater advancements in the diagnosis and maintenance of oral health. Thus, over time, it has transformed from a primitive form of medicine into a modern field that emphasizes preventative dental care, advanced diagnostics, and state-of-the-art treatment.

(Invited) Some Observations on the History of Electrochemistry in Europe

Modern electrochemistry is generally regarded as having its origins in the work of the Italian scientists Galvani (1737 – 1798) and Volta (1745 – 1827). Their discoveries led directly to the invention (1799) by Volta of the voltaic pile, a primitive form of what we now call a battery. This invention greatly facilitated electrical experimentation and quickly led to a host of other electrochemical discoveries such as the electrolysis of water (Nicholson and Carlisle in 1800, although it was first demonstrated in 1789 by Deiman and van Troostwijk using an electrostatic generator), isolation of elemental alkali and alkaline earth metals (Davy, 1807–1808) and electroplating (Brugnatelli, 1805). The work of Davy (1778 – 1829) and of Faraday (1791 – 1867) greatly advanced the understanding of electrochemistry and Faraday’s laws of electrolysis (1833) put the field on a quantitative basis. This was followed by a long succession of electrochemical discoveries that has continued to the present.Scientists such as Daniell (1790 – 1845), Grove (1811 – 1896), Leclanché (1839 – 1882) and Planté (1834 – 1889) made early improvements to batteries; of course, research and development of batteries remains an important area of electrochemistry. Historically, batteries were the primary source of electric current until practical electric dynamos became available in about 1870. Electroplating developed as a practical technology from about 1840, initially for electrodeposition of copper on printing plates. From 1893 to 1948, the international standard for electric current was based on electrodeposition of silver. Furthermore, an electrochemical cell invented by Weston (1850 – 1936) was adopted as the reference standard for voltage in 1903 and remained so until 1990 when it was replaced by a Josephson junction standard.The science of electrochemistry experienced rapid growth from the 19th century on, with major contributions from European scientists including Kohlrausch (1840 – 1910), Ostwald (1853 – 1932), Arrhenius (1859 – 1927), Tafel (1862 – 1918), Nernst (1864 – 1941), and Heyrovský (1890 – 1967), to mention but a few. In this talk, I will attempt to trace the evolution of electrochemistry and discuss some of the major landmarks and the European scientists who made important contributions. I will also comment on how equipment and methodology have changed over the last half-century.

The role of modified teeth in the function of prolonged bites in Hierophis viridiflavus (Serpentes: Colubridae)


 
 
 
 Analysis of the maxillary, palatine, pterygoid, and dentary bones of the Western Whipsnake, Hierophis viridiflavus carbonarius, revealed the presenceof grooves and ridges in the teeth on the four dentiferous bones. Enlarged and modified rear teeth were found on the posterior maxillaries, separated by alveolar diastema and aligned differently from the anterior maxillary teeth. In both live and dissected specimens, Duvernoy’s gland, associated with the production of toxins, surrounds the rear maxillary teeth, which deliver the secretions produced by the gland. These characters, plus theinfliction of prolonged bites, facilitate the subduing of prey. The morphology of the palatomaxillary arch places H. viridiflavus in the group of opisthoglyphous colubroids, whose modified fangs facilitate the inoculation of secretions, considered a “primitive form of venom.” Other species of large sympatric colubroids were also examined, and some analogous structures were observed.
 
 
 

Current and Potential Roles of Ferroptosis in Bladder Cancer.

Ferroptosis, a type of regulated cell death driven by iron-dependent lipid peroxidation, is mainly initiated by extramitochondrial lipid peroxidation due to the accumulation of iron-dependent reactive oxygen species. Ferroptosis is a prevalent and primitive form of cell death. Numerous cellular metabolic processes regulate ferroptosis, including redox homeostasis, iron regulation, mitochondrial activity, amino acid metabolism, lipid metabolism, and various disease-related signaling pathways. Ferroptosis plays a pivotal role in cancer therapy, particularly in the eradication of aggressive malignancies resistant to conventional treatments. Multiple studies have explored the connection between ferroptosis and bladder cancer, focusing on its incidence and treatment outcomes. Several biomolecules and tumor-associated signaling pathways, such as p53, heat shock protein 1, nuclear receptor coactivator 4, RAS-RAF-MEK, phosphatidylinositol 3-kinase-AKT-mammalian target of rapamycin, and the Hippo-tafazzin signaling system, exert a moderating influence on ferroptosis in bladder cancer. Ferroptosis inducers, including erastin, artemisinin, conjugated polymer nanoparticles, and quinazolinyl-arylurea derivatives, hold promise for enhancing the effectiveness of conventional anticancer medications in bladder cancer treatment. Combining conventional therapeutic drugs and treatment methods related to ferroptosis offers a promising approach for the treatment of bladder cancer. In this review, we analyze the research on ferroptosis to augment the efficacy of bladder cancer treatment.

Klyment Kvitka. About syncretism.

The proposed essay by K. Kvitka, written probably in the late forties of the last century and has significant methodological and theoretical interest. Here, for the first time in global practice, the popular theory of the existence in the dawn of human de- velopment of a primitive polyelemental form – choral play – has been criticized. This form encompassed words, music, dance, and action as a unified whole, from which, in the process of evolution, not only separate artistic forms emerged - literature, mu- sic, choreography, and theater, but also genres specific to each of them - epic, lyrical and dramatic. Through a comprehensive analysis of the main points of this concept, the scholar concludes, albeit presented in a thesis-like manner, its complete logical incapacity. This conclusion is drawn not only based on the Eastern European folklore, containing numerous rituals comparable to the creative expressions of non-European peoples, for constructing assumptions about the essence of primitive art but also re- futes the theory of universal primordial syncretism both worldwide and in ancient Slavic cultures. K. Kvitka’s essay, still lost in his manuscript heritage kept in the archives of the K. V. Kvitka Center of Folk Music at the Moscow Conservatory named after P. I. Tchaikovsky, is being published for the first time in Ukrainian translation. Therefore, one should hope that the reservations of the great scientist, becoming the acquisition of broad literary and art circles, will be taken into account, and the pseudo- theory of primitive syncretism will fade into obscurity.

Capacity Payments in the Turkish Electricity Market: A Necessity or Policy?

Capacity mechanisms have been implemented in different forms for various purposes. Contrary to altering trends in the electricity markets, Türkiye opted for enforcing “capacity payments,” regarded as a primitive form of the mechanisms to ensure the security of supply and system reliability. This study mainly aims to build a critical review of the Turkish capacity mechanism design. The survey conducted makes valuable inferences along with the opinions of different stakeholders. The results indicate that the current capacity payment scheme, a non-market based, is not sustainable in the long run. Therefore, improving the existing payment methodology by reconsidering mechanism’s scope and different age criteria, efficiency, and deliverability for plants or implementing other types of mechanisms with a market reform, such as demand response participation, seems more efficient.

The metaphysics science needs: Deleuze's naturalism

AbstractThis article is aimed at those interested in the philosophy of Gilles Deleuze and the sciences—and this includes philosophers of science working out of the analytic tradition. Deleuze's writings are riddled with references to science and mathematics. And yet, the relation between these references and his philosophical thought is not well understood. In this essay, I investigate the nature of this relation—and I do so by asking whether it is naturalistic. Importantly, I draw on insights from contemporary philosophy of science to contribute to a proper understanding of this issue. I show that and how commentators are hamstrung by their lack of engagement with the philosophy of science; I present an interpretation of Deleuze's philosophical project as attempting to articulate an immanent and primitive form of objective modality; I draw together parts of Deleuze's corpus that are relevant to his treatment of the sciences but are nonetheless rarely studied in conjunction (including his and Guattari's distinction between ‘major’ and ‘minor’ science and his under‐scrutinized statement of interest in ‘the metaphysics science needs’); and I propose a naturalistic interpretation of his engagements with science.