The usual problems of measurement and its meaning are complicated and magnified when the object of study is in principle and in fact inaccessible. When a phenomenon occurs in a place where our instruments cannot reach, what can the relation between the instrument, its reading, and the phenomenon be? This essay asks how researchers have addressed questions about inaccessible processes of Earth's magnetic field on the surface, at the edge of space and under its surface. This case takes us (...) beyond simple contrasts of inductive and deductive methods, or field sciences versus basic sciences, to a messier, more nuanced view of inherently complex sciences. The article focuses on investigations of Earth's magnetism and electricity, but its perspectives are applicable to many areas of recent science. (shrink)

Undergirding China’s Belt and Road Initiative’s lofty promise of global connectivity are existing connections between the PRC’s implementation of planetary-scale observation systems for environmental sustainability and the recognizably nefarious policies of localized, colonial surveillance of Turkic minorities in the Xinjiang Uyghur Autonomous Region (XUAR). My article examines how the recently alleged genocide in XUAR becomes the afflicted topos where both the rhetoric and practices of monitoring differently complex systems come together. Such complex connections require a recursive analysis, one which (...) further distinguishes between recursion as an actual technique used in remote sensing and algorithmic processes and recursion as a heuristic in discourses about these computational processes and their effects on controlled populations and territories. This article, following recent interest in the intersections of geopolitics, computational design, digital capitalism and colonialism, argues that the Chinese government’s multipronged investments in environmental sciences-related sensing and imaging technologies do not simply help track its own citizens and foreign populations but also how these groups are increasingly monitored by them. I examine how the Digital Belt and Road’s Science Plan frames the environment, including sovereign territories, peoples, and natural resources as data assets. The rest of my discussion turns away from state-sponsored Earth sciences to examine Anglophone media and human rights groups’ use of satellite imageries and databases to evidence the state’s construction of internment facilities and other surveillance mechanisms in XUAR. Alleged algorithms of oppression enclose the XUAR as a black box of the police state, but digital infographic interfaces like the Xinjiang Data Project, which attempts to expose the PRC’s relegation of Uyghurs to biometric and surveillance data, only furthers a recursive datafication of XUAR. (shrink)

A new generation of environmental satellites, the Sentinels, has recently been launched by the European Space Agency. Part of ESA’s Copernicus Programme, the sentinel mission has adopted an Open Data policy which intends to make different levels of data freely available via an online data hub. Sentinel data will support applications including land monitoring, emergency management and security and will thus form the evidence-base for a wide-range of local, regional, national and international decisions, from individual insurance (...) claims to humanitarian interventions. By providing ever more data streams for monitoring and managing the planet, the sentinels institute a novel mode of visibility in terms of resolution, coverage and frequency. At the same time, they are co-constitutive of the increasing datafication of the environment. In the entwinement of heavenly gaze and data visions, I want to recover the work of ‘data fictions’ in order to demystify notions of visibility and calculability associated with “earth observation” and trouble its unquestioned pursuit of total monitoring. (shrink)

Contrary to the view maintained by many philosophers that science employs the deductive testing of hypotheses, observational natural sciences such as paleoanthropology and the earth sciences apply a scientific methodology consisting in the proposal of hypotheses which are best fitted to the available empirical data, i.e. which best explain the data. Observational natural sciences are predominantly empirical. They are grounded in observation, and they do not implement any Popperian deductive testing of hypotheses. Theoretical natural sciences such (...) as mathematical physics also apply inference to the best explanation for the introduction of significant concepts and hypotheses. The aim of this paper is to demonstrate that in contemporary science, the use of abductive reasoning continues to be as effective as ever. (shrink)

In this article, I analyze the coincidence of the prediction of the Earth–Sun distance carried out by Ptolemy in his Almagest and the one he carried out, with another method, in the Planetary Hypotheses. In both cases, the values obtained for the Earth–Sun distance are very similar, so that the great majority of historians have suspected that Ptolemy altered or at least selected the data in order to obtain this agreement. In this article, I will provide a (...) reconstruction of some way in which Ptolemy could have altered or selected the data and subsequently will try to argue in favor of its historical plausibility. (shrink)

COVID-19 exposed flaws in the law regulating the sharing of data and human biological material. This poses obstacles to the epidemic response, which needs accelerated public health research and, in turn, efficient and legitimate HBM and data sharing. Legal reform and development are needed to ensure that HBM and data are shared efficiently and lawfully. Academics have suggested important legal reforms. The first is the clarification of the susceptibility of HBM and HBM derivatives to ownership, including, inter (...) alia, the promulgation of a revised version of the South African Material Transfer Agreement by the Minister of Health. This would remove uncertainty regarding the current SA MTA’s perpetual donor ownership clause. The second is the development of data trusts, the adoption of open access to research data, and the creation of an African ‘data corridor’. This would ensure that data are protected while allowing for the efficient transfer of data between researchers for the collective good and in the interest of the public. The third is the amendment of the Space Affairs Act to extend the powers of the Council of Space Affairs to include the management of data collected through the utilisation of Earth observation and geographical information systems. This would ensure the protection of outer space data, legislating its use and sharing once it lands on Earth. The implementation of these legal reforms and developments will better prepare SA to face future epidemics from a health research perspective. (shrink)

In their recent book, Is Inequality Bad for Our Health?, Daniels, Kennedy, and Kawachi claim that to “act justly in health policy, we must have knowledge about the causal pathways through which socioeconomic (and other) inequalities work to produce differential health outcomes.” One of the central problems with this approach is its dependency on “knowledge about the causal pathways.” A widely held belief is that the randomized clinical trial (RCT) is, and ought to be the “gold standard” of evaluating the (...) causal efficacy of interventions. However, often the only data available are non-experimental, observational data. For such data, the necessary randomization is missing. Because the randomization is missing, it seems to follow that it is not possible to make epistemically warranted claims about the causal pathways. Although we are not sanguine about the difficulty in using observational data to make warranted causal claims, we are not as pessimistic as those who believe that the only warranted causal claims are claims based on data from (idealized) RCTs. We argue that careful, thoughtful study design, informed by expert knowledge, that incorporates propensity score matching methods in conjunction with instrumental variable analyses, provides the possibility of warranted causal claims using observational data. (shrink)

Cesario's critiques and suggestions for redesigning social psychology experiments echo Dahl's call for developmental researchers to use experimental and naturalistic methods in a complementary manner for understanding children's development. We provide examples of how naturalistic observations can rectify Cesario's missing flaws for developmental studies investigating children's social biases and help researchers derive theories they can then experimentally test.

The following quotation from Rosenbaum (1995) expresses a commonly held view about the problem of potential confounders, and how they can be dealt with. (We will take a “confounder” of treatment and response to be a variable that is a cause of both treatment and response.).

Resumen El presente artículo describe una tipología de saludos y despedidas del español de México basada en datos observacionales de hablantes jóvenes del municipio de Metepec. El artículo también hace un contraste de datos observacionales y datos intuitivos referentes a los formatos de saludos y despedidas. En cuanto a la tipología, los saludos y las despedidas reportados se categorizan en tres y cuatro tipos respectivamente (saludos: hola, vocativos, la construcción interrogativa ¿Qué …?; despedidas: adiós, bye, imperativo del verbo cuidar y (...) despedidas temporales), y cada categoría cuenta con características y subcategorías particulares. La comparación entre los datos observacionales y los intuitivos en general indica que los datos observacionales no coinciden con los datos intuitivos; sin embargo, al ahondar en su contraste se identifican algunas similitudes particulares. (shrink)

Robert Fulghum’s new book begins with a question we’ve all asked ourselves: “What on Earth have I done?” As Fulghum finds out, the answer is never easy and, almost always, surprising. For the last couple of years, Fulghum has been traveling the world - from Seattle to the Moab Desert to Crete - looking for a few fellow travelers interested in thinking along with him as he delights in the unexpected: trick-or-treating with your grandchildren dressed like a large rabbit, (...) pots of daffodils blooming in mid-November, a view of the earth from outer space, the mysterious night sounds of the desert, every man's trip to a department store to buy socks, the raucous all-night long feast that is Easter in Greece, the trials and tribulations of plumbing problems and the friendship one can strike up with someone who doesn't share the same language. What on Earth Have I Done? is an armchair tour of everyday life as seen by Robert Fulghum, one of America’s great essayists, a man who has two feet planted firmly on the earth, one eye on the heavens and, at times, a tongue planted firmly in his cheek. Fulghum writes to his fellow travelers, with a sometimes light heart, about the deep and vexing mysteries of being alive and says, “This is my way of bringing the small boat of my life within speaking distance of yours. Hello…”. (shrink)

For the past three decades, notebooks and note?taking practices have elicited growing interest in various fields of research: anthropology, media and literature studies, history of the book, history of science. In this renewal, however, scientific travelers? notes have not received all the attention they deserve. To be sure, historians of discovery and exploration are used to considering travel diaries and field notes as a principal resource, on the basis of which they can assess a traveler?s accomplishment or document his itinerary. (...) From a different perspective, field journals offer rich material to literary scholars, critics, and specialists of travel writing. Notebooks of well?known travelers like Bougainville or Humboldt are thus scrutinized in their poetic and aesthetic dimensions, from the perspective of the genesis of travel writing. Still, few studies have taken up the task, a rather mundane and down?to?earth endeavor, to look at travel notebooks for their own sake, as material objects, made of paper and cardboard, and meant to store observational data and to insure their availability through time and space. The paper sets out to do just that: to take a set of manuscript notebooks written by eighteenth? and early nineteenth?century French, German, and Swiss naturalist travelers and scientists on the move together with the techniques at work in their writing, as the focus of a historical investigation. (shrink)

Translation abstractZusammenfassung: Daten, Modelle und Erdgeschichte ineinander gefaltet: Paläo‐ Simulationen und ihre epistemologische Unruhe. Klima‐ und Erdsystemmodelle werden nicht nur verwendet, um künftige klimatische Bedingungen zu prognostizieren, sondern auch, um vergangene Klima‐Ereignisse zu rekonstruieren. Dieser Beitrag ist der zweite in einer Reihe, welche die Paläoklimatologie – die Wissenschaft der Klimate vor Anbeginn direkter, instrumentenbasierter Messungen – als eine epistemisch radikale Praxis vorstellt, die in direkter und offener Weise die Unterscheidung zwischen Daten und Modell aufhebt sowie den Begriff des Experiments rekonfiguriert (...) und im Zuge dessen unsere Vorstellungen einer tiefen, d. h. geologischen, und einer flachen, d. h. historischen Zeit miteinander vermengt. Der vorliegende Artikel zeigt erstens, wie sich im Zuge der Einführung von General Circulation Models nicht nur die Wissensproduktion über die komplexen Ursachen und Abläufe früherer Klimawandel‐Ereignisse auf numerische Simulationen verlagerte, sondern diese Einführung selbst von paläoklimatologischen Fragen begleitet, wenn nicht gar eminent beeinflusst wurde. Zweitens erweisen sich die numerischen Experimente inzwischen als potente Katalysatoren eines neuen Verständnisses für die spezifische Zeitlichkeit, in der sich unsere Gegenwart im Übergang zum Anthropozän entfaltet. In der Diskussion der historischen Entwicklung der Paläoklimamodellierung und durch die Untersuchung der produktiven heuristischen Eigenschaften ihrer Praxis stellt der Artikel unsere Fixierung auf die Kategorie der Unsicherheit infrage. (shrink)

I’m often asked why, as a philosopher of science, I study archaeology. Philosophy is so abstract and intellectual, and archaeology is such an earth-bound, data-driven enterprise, what could the connection possibly be? This puzzlement takes a number of different forms. In one memorable exchange in the late 1970s when I was visiting Oxford as a graduate student an elderly don, having inquired politely about my research interests, tartly observed that archaeology isn’t a science, so I couldn’t possibly be (...) writing a dissertation in philosophy of science on archaeology. At job interviews a few years later a standard opening gambit was to ask: “so what’s philosophical about the work you do on archaeology” or, more querulously, “what could possibly be of philosophical interest in archaeology”? And from archaeologists, weary of the “theory wars” that raged through 1980s and 1990s, the standard question was, “What’s the point?! Better to step away from the wrangling about philosophical ‘isms’ and get on with the empirical work that needs doing.”. (shrink)

Digital Earth applications provide a common ground for visualizing, simulating, and modeling real-world situations. The potential of Digital Earth applications has increased significantly with the evolution of artificial intelligence systems and the capacity to collect and process complex amounts of geospatial data. Yet, the widespread techno-optimism at the root of Digital Earth must now confront concerns over high-risk artificial intelligence systems and power asymmetries of a datafied society. In this commentary, we claim that not only can (...) current debates about data governance and ethical artificial intelligence inform development in the field of Digital Earth, but that the specificities of geospatial data, together with the expectations surrounding Digital Earth applications, offer a fruitful lens through which to examine current debates on data governance and artificial intelligence ethics. In particular, we argue that for the implementation of ethical artificial intelligence and inclusive approaches to data governance, Digital Earth initiatives need to involve stakeholders and communities at the local level and be sensitive to social, legal, cultural, and institutional contexts, including conflicts that might arise within those contexts. (shrink)

The endeavour of science is to find unity in multitude, relatedness in diversity, continuity in discontinuity. By this way reality is simplified for scientific conception and description. With its reliance on observational data and logic, and with the scientific approach to understand the complexity, functionality, rationality and interrelationship of every aspect of reality, natural sciences do bring forward fascinating new insights on the concealed secrets in natural structures and processes. The crucial position of time in the laws of the (...) universe followed from the work of Newton in the late seventeenth century. Newton gave time an abstract existence, independent from nature. Einstein restored time to its place in the heart of nature, as an integral part of the physical world. From the implications of Einstein’s time, scientists made one of the most important discoveries in the history of human thought: that time, and hence all of physical reality, must have had a definite origin in the past. Thus natural sciences have to accept the concept of origin. God formed man to glorify him as his earthly steward by giving him dominion over creation. Man is therefore responsible to God, also in his formation of science, by which a miraculous world of boundless diversity and interrelationship from the atomic scale to astronomical vastness is revealed. If we also take account of the transcendental revealed principle of creation, scientific thought becomes open, also in our ethical responsibility. (shrink)

• Conventional data mining infers relations among e.g. the fraction of supermarket baskets with diapers also contain beer. • Phenomenal data mining concerns relations between data and the phenomena underlying the data, e.g. y married couples keeping old friends buy diapers and • Example: The sales receipts of a supermarket usually not identify the customers. Grouping baskets by customer is possible and useful but requires new techniques.

The sunspot data seems to indicate that the Sun is likely to enter Maunder Minimum, then it will mean that low Sun activity may cause low temperature in Earth. If this happens then it will cause a phenomenon which is called by some climatology experts as “The Little Ice Age” for the next 20-30 years, starting from the next few years. Therefore, the Earth climate in the coming years tend to be cooler than before. This phenomenon then (...) causes us to ask: what can we do as human being in Earth to postpone or avoid the worsening situation in terms of Earth cooling temperature in the coming years? We think this is a more pressing problem for the real and present danger that we are facing in the Earth. What we are suggesting in this paper is that perhaps it is possible to model Sun-Earth interaction in terms of Shannon entropy. Since Shannon entropy can be expressed as bits of information, then it would mean that perhaps we can do something with Earth temperature by controlling the amount of information transfer and storage in the Earth. This proposal is somewhat in resemblance with message of a 2012 movie “A Thousand words” where we shall strive to love our neighbours and nature, instead of being absorbed in a culture of less-meaningful fast-talk (starred by Eddie Murphy). (shrink)

The temptation to use prospective observational studies (POS) instead of conducting difficult trials (RCTs) has always existed, but with the advent of powerful computers and large databases, it can become almost irresistible. We examine the potential consequences, were this to occur, by comparing two hypothetical studies of a new treatment: one RCT, and one POS. The POS inevitably submits more patients to inferior research methodology. In RCTs, patients are clearly informed of the research context, and 1:1 randomized allocation between experimental (...) and validated treatment balances risks for each patient. In POS, for each patient, the risks of receiving inferior treatment are impossible to estimate. The research context and the uncertainty are down-played, and patients and clinicians are at risk of becoming passive research subjects in studies performed from an outsider’s view, which potentially has extraneous objectives, and is conducted without their explicit, autonomous, and voluntary involvement and consent. (shrink)

The issue of the theory-ladenness of observation has long troubled philosophers of science, largely because it seems to threaten the objectivity of science. However, the way in which prior beliefs influence the perception of data is in part an empirical issue that can be investigated by cognitive psychology. This point is illustrated through an experimental analogue of scientific data-interpretation tasks in which subjects judging the covariation between personality variables based their judgments on pure data, their theoretical (...) intuitions about the variables, or both data and prior theoretical beliefs. Results showed that the perceived magnitude of correlations was greatest when subjects relied solely on theoretical intuitions; that data-based judgments were drawn in the direction of those prior beliefs; but that exposure to data nonetheless moderated the strength of the prior theories. In addition, prior beliefs were found to influence judgments only after a brief priming interval, suggesting that subjects needed time to retrieve their theoretical intuitions from memory. These results suggest ways to investigate the processes mediating theory-laden observation, and, contrary to the fears of positivist philosophers, imply that the theory-ladenness of observation does not entail that theoretical beliefs are immune to data. (shrink)

Open peer commentary on the article “Circularity and the Micro-Macro-Difference” by Manfred Füllsack. Upshot: We join Füllsack in his effort to untangle the concepts of circular causation, macro states, and observation by reanalyzing one of our own simulations in the light of these concepts. This simulation presents an example agent that keeps track of its own macro states. We examine how human observers can consider such an agent as an observing agent on its own.

Due to the complexity of research objects, theoretical concepts, and stimuli in media research, researchers in psychology and communications presumably need sophisticated measures beyond self-report scales to answer research questions on media use processes. The present study evaluates stimulus-dependent structure in spontaneous eye-blink behavior as an objective, corroborative measure for the media use phenomenon of spatial presence. To this end, a mixed methods approach is used in an experimental setting to collect, combine, analyze, and interpret data from standardized participant (...) self-report, observation of participant behavior, and content analysis of the media stimulus. T-pattern detection is used to analyze stimulus-dependent blinking behavior, and this structural data is then contrasted with self-report data. The combined results show that behavioral indicators yield the predicted results, while self-report data shows unpredicted results that are not predicted by the underlying theory. The use of a mixed methods approach offered insights that support further theory development and theory testing beyond a traditional, mono-method experimental approach. (shrink)

Astronomical observations of redshifts and the cosmic background radiation show that there is a local frame of reference relative to which the solar system has a well-defined velocity. Also, in cosmology the cosmological principle implies the existence of cosmic time and unique local reference frames at all spacetime points. On the other hand, in a fundamental postulate, the theory of special relativity excludes the possibility of the velocity of the Earth from entering into theories of local physics.The theory put (...) forward in this paper resolves this conflict between local physics and cosmology. The theory retains the essential ingredient of the mathematical structure of special relativity, namely covariance under the Lorentz symmetry group, but changes radically the interpretation of the physical significance of the Lorentz transformation. The theory is based on the postulate that in free space the fundamental interactions in physics are propagated with constant velocity with respect to the local rest frame. In Minkowski spacetime the local rest frame of reference defines a unique time axis and consequently a unique three-dimensional spatial hyperplane. One particularly important result of this is that the theory includes the classical notion of simultaneity. From the fundamental postulate it follows that the equations of local physics, when expressed in terms of the rest frame coordinate system, must be covariant under the Lorentz symmetry group. By the identification of the local rest frame with the (unique) cosmological local reference frame the two theories become mutually consistent.The effects of the motion of the Earth on laboratory experiments are discussed. It is pointed out that existing experimental data do not discriminate between the present theory and that of special relativity: a proposal for an experimental test is made. (shrink)

Recent observations of ultra high energy cosmic rays and gamma rays suggest that there are small violations of Lorentz symmetry. If there were no such violations, then the GZK cut off would hold and cosmic rays with energy ∼1020 eV or higher would not be reaching the earth. However some such events seem to have been observed. This has lead to phenomenological models in which there is a small violation of the Lorentz symmetry or the velocity of light. However (...) recent approaches which no longer consider a differentiable spacetime manifold already predict such violations. Similarly there are other theoretical reasons which also point to this. We briefly discuss some of these approaches and observe that Lorentz Symmetry violations can be tested by data from NASA’s GLAST satellite due for launch. (shrink)

Critically engaging the work of Immanuel Kant, Hannah Arendt, Martin Heidegger, and Jacques Derrida together with her own observations on contemporary politics, environmental degradation, and the pursuit of a just and sustainable world, Kelly Oliver lays the groundwork for a politics and ethics that embraces otherness without exploiting difference. Rooted firmly in human beings' relationship to the planet and to each other, Oliver shows peace is possible only if we maintain our ties to earth and world. Oliver begins with (...) Immanuel Kant and his vision of politics grounded on earth as a finite surface shared by humans. She then incorporates Hannah Arendt's belief in plural worlds constituted through human relationships; Martin Heidegger's warning that alienation from the Earth endangers not only politics but also the very essence of being human; and Jacques Derrida's meditations on the singular worlds individuals, human and otherwise, create and how they inform the reality we inhabit. Each of these theorists, Oliver argues, resists the easy idealism of world citizenship and globalism, yet they all think about the earth against the globe to advance a grounded ethics. They contribute to a philosophy that avoids globalization's totalizing and homogenizing impulses and instead help build a framework for living within and among the world's rich biodiversity. (shrink)

The motivating question of this paper is: ‘How are our beliefs in the theorems of mathematics justified?’ This is distinguished from the question ‘How are our mathematical beliefs reliably true?’ We examine an influential answer, outlined by Russell, championed by Gödel, and developed by those searching for new axioms to settle undecidables, that our mathematical beliefs are justified by ‘intuitions’, as our scientific beliefs are justified by observations. On this view, axioms are analogous to laws of nature. They are postulated (...) to best systematize the data to be explained. We argue that there is a decisive difference between the cases. There is agreement on the data to be systematized in the scientific case that has no analog in the mathematical one. There is virtual consensus over observations, but conspicuous dispute over intuitions. In this respect, mathematics more closely resembles stereotypical philosophy. We conclude by distinguishing two ideas that have long been associated -- realism (the idea that there is an independent reality) and objectivity (the idea that in a disagreement, only one of us can be right). We argue that, while realism is true of mathematics and philosophy, these domains fail to be objective. One upshot of the discussion is that even questions of fundamental physics may fail to be objective in roughly the sense that the question, ‘Is the Parallel Postulate is true?’, understood as one of pure mathematics, fails to be. Another is a kind of pragmatism. Factual questions in mathematics, modality, logic, and evaluative areas go proxy for non-factual practical ones. -/- . (shrink)

A central point of controversy in the time of the Copernican Revolution was the motion, or not, of the earth. We now take it for granted that Copernicus and Galileo were right; the earth really does move. But to what extent is this conclusion based on observation? This paper explores the meaning and observability of the rotation of the earth and shows that the phenomenon was not observable at the time of Galileo, and it is not (...) observable now. (shrink)

While the scientific discourse on astrobiology—the study of the origin, evolution, and distribution of life in the universe—leans toward optimism about the possibility of extraterrestrial life, optimistic thinking is tempered by the limits of evidence and observations gathered thus far. Most astrobiologists assume that “first contact” with extraterrestrial life, if it is ever to occur, will likely be the discovery of microbial life elsewhere in our solar system. But in popular culture, “first contact” tends to be characterized as contact with (...) extraterrestrial intelligence. This article will touch on theory and research relating to the origins and evolution of life and intelligence on Earth and speculation about extraterrestrial life and intelligence. (shrink)

This book develops an explanation for the roles of observation and theory in scientific endeavor that occupies the middle ground between empiricism and rationalism, and captures the strengths of both approaches. Brown argues that philosophical theories have the same epistemological status as scientific theories and constructs an epistemological theory that provides an account of the role that theory and instruments play in scientific observation. His theory of perception yields a new analysis of objectivity that combines the traditional view (...) of observation as the foundation of scientific objectivity with the contemporary recognition that observation is theory-dependent. (shrink)

Scientists have rules pertaining to data fabrication and falsification that are enforced with significant punishments, such as loss of funding, termination of employment, or imprisonment. These rules pertain to data that describe observable and unobservable entities. In this commentary I argue that scientists would not adopt rules that impose harsh penalties on researchers for data fabrication or falsification unless they believed that an aim of scientific research is to develop true theories and hypotheses about entities that exist, (...) including unobservable ones. This argument presents a challenge for constructive empiricists, such as van Fraassen. Constructive empiricists need to be able to explain why rules pertaining to data fabrication and falsification do not threaten their philosophy of science. (shrink)

A rich and multi-stranded sociology of sporting embodiment has begun to emerge in recent years. Calls have been made to analyze more deeply not only the sensory dimensions of lived sporting bodies but also the values prevailing within particular physical–cultural worlds. This article contributes to a small, developing research corpus by employing theoretical perspectives drawn from phenomenological sociology to explore cross-country runners' sensory encounters with the elemental, contoured by the values of the running lifeworlds they inhabit. Autoethnographic and autophenomenographic (...) class='Hi'>data were collected via three research projects. Senses of touch still remain under-researched within the sporting sensorium, and here we focus on the “elemental haptics” of earth and air on our cross-country training runs. We also explore the rich, complex somatic experiences afforded by various of these elemental combinations. For runners, as for many sports participants, the haptic emerges as a key aspect of our sensuous running lifeworld. (shrink)

Robert John Ackermann deals decisively with the problem of relativism that has plagued post-empiricist philosophy of science. Recognizing that theory and data are mediated by data domains (bordered data sets produced by scientific instruments), he argues that the use of instruments breaks the dependency of observation on theory and thus creates a reasoned basis for scientific objectivity. Originally published in 1985. The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books (...) from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905. (shrink)

This special issue considers the significance of film to the establishment and development of scientific approaches to the mind. Bonnie Evans explores how the origins of film technologies in 1895 in France encouraged a series of innovative collaborations, influencing both psychological theorisation, and new filming techniques. Jeremy Blatter explains how Harvard psychologist Hugo Münsterberg created early films specifically designed to engage audiences using psychological tactics. Scott Curtis’ article examines how Yale psychologist Arnold Gesell was able to extract scientific data (...) from a film. Felix Rietmann’s article explores a collection of infant observation films from the 1930s and 1960s and how they developed unique narratives of mothers’ engagement with their children that did not necessarily match up with dominant scientific theories. Janet Harbord's article considers how a trilogy of films made at the Maudsley Hospital in the 1950s engaged with innovative film-making techniques that captured behaviour as discrete units. Seth Watter further examines how William S. Condon's use of the unique technology of the Bell and Howell 173BD projector in the 1960s created new understandings of human behaviour that could not have been predicted in advance, and which were highly influenced by the technology itself. Finally, Des O’Rawe explores how radical approaches in both anti-psychiatry, and documentary film-making in the 1960s created new opportunities for audiences to engage with different psychological states. All of these developments in film and psychology continue to influence understandings in both these fields to the present day. (shrink)

It is customary to distinguish experimental from purely observational sciences. The former include physics and molecular biology, the latter astronomy and palaeontology. Experiments involve actively intervening in the course of nature, as opposed to observing events that would have happened anyway. When a molecular biologist inserts viral DNA into a bacterium in his laboratory, this is an experiment; but when an astronomer points his telescope at the heavens, this is an observation. Without the biologist’s handiwork the bacterium would never (...) have contained foreign DNA; but the planets would have continued orbiting the sun whether or not the astronomer had directed his telescope skyward. The observational/experimental distinction would probably be difficult to make precise 1, as the notion of an ‘intervention’ is not easily defined, but it is intuitively fairly clear, and is frequently invoked by scientists and historians of science. Experimentation, or ‘putting questions to nature’, is often cited as a hallmark of the modern scientific method, something that permitted the enormous advances of the last 350 years. And it is sometimes said that the social sciences lag behind the natural because controlled experiments cannot be done so readily in the former. Moreover in certain sciences, e.g. epidemiology, students are explicitly taught that experimental data is preferable to observational data, particularly for doing causal inference. So the distinction between observational and experimental science has quite wide currency, and is often regarded as methodologically significant. Surprisingly, mainstream philosophy of science has had rather little to say about the observational/experimental distinction. 2 For example, discussions of confirmation usually invoke a notion of ‘evidence’, to be contrasted with ‘theory’ or ‘hypothesis’; the aim is to understand how the evidence bears on the hypothesis. But whether this ‘evidence’ comes from observation or experiment generally plays no role in the discussion; this is true …. (shrink)

British social survey movement ‘Mass-Observation’ (M-O) was founded in 1937 by a poet, a film-maker and an ornithologist. It purported to offer a new kind of sociology – one informed by surrealism and working with a ‘mass’ of Observers recording day-to-day interactions. Various commentators have debated the importance and precise identity of M-O in its first phase, especially in light of its combination of social science and surrealism. This article draws on new archival research, in particular into the ‘paperwork’ (...) practices of Charles Madge, arguing that M-O is best understood as an attempt to define a new relationship between the survey subject and information organiser. The latter – as sociologist, planner or artist – was a distinctive interwar persona, central to ‘scientific humanism’. Bathos, as a formal strategy in modernist aesthetics, is introduced as an explanation of the failure of this particular part of the M-O project. Questions of subjectivity and data link M-O to a longer history of heterodox sociological inquiry. This analysis resolves some of the apparent paradoxes that have been prominent in studies of M-O, and draws attention to the unfulfilled promise of a vast archive of social data. (shrink)

Machine learning (ML) refers to a class of computer-facilitated methods of statistical modelling. ML modelling techniques are now being widely adopted across the sciences. A number of outspoken representatives from the general public, computer science, various scientific fields, and philosophy of science alike seem to share in the belief that ML will radically disrupt scientific practice or the variety of epistemic outputs science is capable of producing. Such a belief is held, at least in part, because its adherents take ML (...) to exist on novel epistemic footing relative to classical mathematical or statistical modelling approaches utilised in science. Namely, they take modelling with ML to be a “theory-free” enterprise, in the sense of not resting essentially on input from human conceptual grasp on the target phenomenon and domain expertise. I take this view to arise from the further, and more deeply entrenched belief that data is worldly and objective; i.e., data is viewed as recapitulating or representing with perfect fidelity the structure or properties of the systems in nature it is sampled from. Yet most contemporary philosophers of science take on board, in one version or other, the thesis of theory-ladenness or theory-mediation of observation or measurement. From this, it follows that most philosophers of science (and, I will venture, many scientists) hold irreconcilable views on the nature of data, an internal tension which threatens the integrity of their appraisals of ML in science. Taking the thesis of theory-ladenness on board---and its implications for the nature of data seriously---it follows that there is no reason to believe that ML differs fundamentally in its epistemic footing from established mathematical modelling approaches in the sciences. I show that usage and interpretation can differ from “standard practice” in scientific projects which wield the tools of ML without accepting a difference in the epistemic or representational status of such tools. (shrink)

Social scientists and data analysts are increasingly making use of Big Data in their analyses. These data sets are often “found data” arising from purely observational sources rather than data derived under strict rules of a statistically designed experiment. However, since these large data sets easily meet the sample size requirements of most statistical procedures, they give analysts a false sense of security as they proceed to focus on employing traditional statistical methods. We explain (...) how most analyses performed on Big Data today lead to “precisely inaccurate” results that hide biases in the data but are easily overlooked due to the enhanced significance of the results created by the data size. Before any analyses are performed on large data sets, we recommend employing a simple data segmentation technique to control for some major components of observational data biases. These segments will help to improve the accuracy of the results. (shrink)