Critical Thinking: Reading the World with Skepticism and Care

Introduction: Why Critical Thinking Matters in 2026

Critical thinking is defined as careful thinking directed toward a goal, with scope and criteria that can vary. It is a cognitive skill that enables individuals to analyze, evaluate, and interpret information objectively and rationally, by examining available facts, evidence, observations, and arguments to reach sound conclusions or informed choices.

During the Gaza war, AI-generated and otherwise misleading images circulated widely across social media, often outpacing verification. One of the most prominent examples was the AI-generated “All Eyes on Rafah” graphic, which was shared more than 45 million times on Instagram and also drew millions of views on X. Fact-checkers likewise documented other Gaza-related synthetic visuals being passed off as real, including false images of aid boats and a purported photograph of tents on fire that was actually artwork rather than documentary evidence.¹

This is not an isolated episode. It is the condition of reading in our moment: a condition in which the capacity to discern, to question, and to withhold premature judgment has become not merely an academic virtue but a civic necessity.

Critical thinking, understood as an intellectually disciplined process of reflective analysis aimed at forming reasoned judgments about what to believe and how to act, has never been more urgent. The algorithms that curate our information environments optimize for engagement rather than accuracy, for emotional resonance rather than evidential weight.

The acceleration of media production outpaces our cognitive abilities to evaluate it. In this landscape, the ancient practice of careful reading (attending to sources, questioning assumptions, tracing implications) becomes a form of resistance against the flattening of attention and the erosion of judgment.

This article is written from the vantage point of Ali Alhajji | Reading the World, an academic platform dedicated to world literature, postcolonial studies, translation, and higher education. From this perspective, critical thinking is not merely a transferable skill to be measured on standardized tests; it is a way of engaging texts, histories, and cultures that makes complexity harder to ignore.

In the pages that follow, I trace the historical and philosophical roots of critical thinking, examine its relationship to logic and rationality, explore the habits of mind that sustain it, and consider how it might be taught, assessed, and practiced, both in universities and in the daily encounter with a world saturated by information.

The aim is to connect classic philosophical accounts with the contemporary challenges facing readers of world literature, scholars of postcolonial theory, and anyone who seeks to think critically about the circulation of texts across languages and borders.

Etymology and Historical Origins of Critical Thinking

The word “critical” derives from the Greek kritikos, meaning able to discern or judge, a term rooted in the practices of reading, interpreting, and evaluating texts. This etymology is not incidental. From its origins, the concept of critical engagement has been bound to the careful assessment of language, to the weighing of claims, and to the recognition that interpretation is itself a form of judgment.

To be kritikos is to possess the capacity for discernment, for distinguishing the sound from the specious, the coherent from the contradictory.

In fifth-century BCE Athens, Socrates practiced what we might now call critical thinking through his method of elenchus: systematic questioning designed to expose contradictions in his interlocutors’ beliefs. In the dialogue Euthyphro, for instance, Socrates encounters a young man confident that he knows what piety is, since he is prosecuting his own father for impiety.²

Through a series of probing questions (What is piety, exactly? Is it loved by the gods because it is pious, or pious because it is loved by the gods?) Socrates reveals that Euthyphro’s confidence rests on unexamined assumptions, on definitions that collapse under scrutiny. This ancient practice of philosophical thinking through dialogue remains foundational for critical thinking instruction today.

The English phrase “critical thinking” appears in the early nineteenth century, initially in contexts closer to literary and aesthetic criticism than to formal logic. By the early twentieth century, John Dewey’s 1910 work How We Think formalized reflective thinking as a mode of inquiry involving problem identification, hypothesis testing, and reasoned conclusions, a framework that influenced critical pedagogy throughout the century.

There is both continuity and change in this trajectory: Dewey’s emphasis on experiential learning echoes Socratic dialogue, while later twentieth-century expansions incorporated attention to context, emotion, and social position that Dewey’s rationalism had underemphasized.

It is worth noting that traditions of critical inquiry extend well beyond Greek and European origins. In classical Arabic literary criticism, the term naqd (criticism) denoted the practice of discerning poetic excellence through structural analysis, attention to rhetorical devices, and sensitivity to cultural context.³

Writers such as Al-Jahiz in the eighth and ninth centuries articulated sophisticated ways of evaluating texts that parallel, without directly deriving from, the Greek kritikos.⁴ This recognition does not diminish the significance of Western philosophical traditions; it simply acknowledges that the capacity for disciplined judgment has emerged across multiple intellectual lineages.

Socratic Questioning and Early Traditions

Socratic questioning operates through dialogue to expose inconsistencies in everyday beliefs and reveal the assumptions that underlie positions often held with unwarranted confidence.

The method is not confrontational for its own sake; it is, rather, a collaborative pursuit of clarity and logical relationships. Socrates asks his interlocutors for precise definitions: What is justice? What is courage? What is the good? When definitions are offered, he probes their consequences: What would follow if everyone acted according to this definition? He requests counterexamples: Can you think of a case where this doesn’t hold?

Through this recursive questioning, contradictions emerge, and the interlocutor is compelled either to revise the definition or to acknowledge the limits of their understanding.

These question types (seeking definitions, probing consequences, requesting counterexamples) remain central to the critical thinking process today. They foster the clarity necessary for sound reasoning, detect fallacies that might otherwise go unnoticed, and encourage systematic approaches to solving problems rather than reliance on intuition or authority.

The Socratic method does not provide answers; it provides a structure for inquiry, a way of holding one’s own arguments to the same scrutiny one would apply to the claims of others.

It would be parochial to suggest that such practices emerged only in Athens. In the ninth through eleventh centuries, Islamic kalām debates among mutakallimun such as Al-Ash’ari employed dialectical questioning to defend theological positions against rationalist Mu’tazilites, scrutinizing concepts of causality, divine attributes, and necessity through analogy and contradiction.⁵

In classical Indian philosophy, the Nyāya Sūtras (circa second century BCE) systematized inference through pramāṇa, the valid sources of knowledge, emphasizing a debate format with propositions, reasons, examples, and rebuttals.⁶ In tenth-century Baghdad, philosophers and theologians developed sophisticated traditions of debate in which Aristotelian logic, dialectic, and kalām intersected.⁷

Critical thinking calls upon traditions that transcend any single cultural origin.

Logic, Rationality, and Forms of Reasoning

Formal Logic and Its Limitations

Logic is the study of valid arguments, the analysis of what distinguishes reasoning that compels from reasoning that deceives. It is, as such, necessary for critical thinking but not sufficient.

Early twentieth-century approaches to critical thinking, later reflected in instruments such as the Watson-Glaser appraisal, emphasized formal logic and objectivity. These approaches yielded important tools, but they also carried limitations.

They tended to abstract arguments from their contexts, to treat reasoning as if it operated independently of the social positions, emotional investments, and rhetorical situations in which actual judgments are made.

Contextual and Informal Logic

Later expansions, influenced by feminist theory, postcolonial studies, and postmodern philosophy from the 1980s onward, incorporated attention to subjectivity, ambiguity, empathy, and cultural positionality.

Good thinking, these theorists argued, requires not only the ability to evaluate arguments in their supposed form but also sensitivity to what is omitted, whose voices are centered, and what power relations structure the production and circulation of claims.

Informal logic and contextual considerations became recognized as essential complements to formal validity.

Classroom Example: Evaluating Arguments

Consider an illustrative classroom example. A climate op-ed argues that renewables cannot scale rapidly enough to meet global energy demand. A critical reader may begin by testing the argument’s logic: does the claim rest on an overgeneralization drawn from selective evidence, or does it adequately account for the pace of technological change? Yet formal analysis alone does not exhaust the task.

Contextual inquiry asks who is making the argument, under what material conditions, and through what strategic omissions. An author’s institutional or financial affiliations may shape the framing of the claim, just as the exclusion of widely available evidence may distort its force. For instance, IRENA reports that the global weighted-average levelized cost of electricity from utility-scale solar PV fell by 89 percent between 2010 and 2022.⁸ That fact does not, by itself, resolve the question of scale; it does, however, complicate categorical assertions of renewable insufficiency.

What matters, then, is not only whether the argument is formally valid, but how it is situated rhetorically and materially. Critical thinking emerges precisely in this movement between logical assessment and contextual interpretation.

Deduction, Induction, and Abduction in Everyday Life

Critical thinkers must be able to identify which form of reasoning is in play and what level of certainty each supports. Three modes are fundamental to this recognition:

• Deduction guarantees its conclusions if its premises are true and its form is valid. The classic syllogism (all humans are mortal, Socrates is human, therefore Socrates is mortal) admits no possibility of error if the premises hold. In 2026 academic life, deductive reasoning arises when a researcher recognizes that if a dataset’s sampling methodology excludes non-English sources in what purports to be a global study, then its generalizations are necessarily invalid for the excluded populations. The conclusion follows with certainty, limited only by the truth of the sampling premise.
• Induction generalizes probabilistically from particular observations. Observing that a colleague has arrived late to meetings on five consecutive occasions, one might infer that they are generally unreliable. This inference is not certain; the colleague might have faced an unusual sequence of obstacles, but it gains strength from the number and diversity of observations. Scientific research often proceeds inductively: patterns observed in samples are extended, with stated confidence intervals, to larger populations. The strength of inductive arguments depends on sample size, representativeness, and the absence of confounding factors.
• Abduction posits the best explanation for observed phenomena. A literary critic examining the fragmented narrative structure of Tayeb Salih’s Season of Migration to the North might abductively explain this formal choice as mirroring the psychological dislocations of postcolonial experience, not a deductively certain claim, but the interpretation that best accounts for the textual evidence. Similarly, a physician in 2026 confronting a patient with fatigue, cognitive fog, and a history of viral infection might abduce Long COVID as the most plausible explanation, given epidemiological patterns, while remaining open to revision if further evidence emerges. Abductive reasoning supports hypotheses rather than proofs; it is essential for interpretation but demands intellectual humility about its provisional character.

Critical Thinking and Rationality Beyond Formal Logic

Beyond the forms of reasoning, critical thinking draws on a constellation of cognitive skills:

• Observation (noting details others might miss)
• Interpretation (assigning meaning to what is observed)
• Analysis (breaking complex wholes into constituent parts)
• Inference (drawing further conclusions from available evidence)
• Evaluation (assessing the credibility and weight of claims)
• Explanation (articulating one’s reasoning transparently)
• Metacognition (monitoring one’s own thinking for biases and gaps)

These skills, identified in Peter Facione’s 1990 Delphi Report through a survey of experts, transcend subject matter divisions and form the cognitive foundation for critical thinking in any domain.

Consider how these skills manifest in reading a complex literary text. Encountering Season of Migration to the North, a skilled reader observes details of narration, the unnamed narrator’s selective memory, and the gaps in Mustafa Sa’eed’s account of his European conquests.

Interpretation assigns meaning to these narrative choices: unreliable narration signals the impossibility of stable identity across colonial divides. Analysis dissects the motifs of mirroring and doubling that structure the text.

Inference draws connections between the novel’s formal strategies and broader debates about cultural hybridity. Evaluation weighs Eurocentric readings of the novel against interpretations grounded in the Sudanese literary and historical context.

Explanation articulates these interpretive moves to others, making reasoning transparent. Metacognition asks: What assumptions am I bringing? What might I be missing?

Guiding this process are universal intellectual values, standards such as:

• Clarity (using precise terminology)
• Accuracy (getting facts right)
• Depth (engaging with complexity rather than superficiality)
• Relevance (staying focused on what matters)
• Fairness (representing alternative viewpoints honestly)

These standards provide the relevant criteria by which arguments in media, scholarship, and everyday life can be evaluated. They make possible the difference between casual opinion and disciplined judgment.

Critical Thinking in Professional and Academic Fields

While the core habits of critical thinkers persist across domains (skepticism, evidence demands, self-reflection), the specific criteria and forms of evidence vary considerably. What counts as a compelling argument differs in literature, history, and STEM research, even as the underlying cognitive process remains recognizable.

In literature, critical thinking often involves questioning the reliability of the narrative voice. Reading Ghassan Kanafani’s Men in the Sun (1963), a critical reader attends to the ironic gaps between what the characters claim and what their actions reveal, tracing how these gaps expose the political constraints and psychological displacements of Palestinian refugees.

The evaluation of such a text resists reduction to a single meaning; literary criticism tolerates, indeed demands, attention to ambiguity and multiple readings.

In historical thinking, the focus shifts to assessing primary sources for bias, perspective, and omission. Evaluating documents related to the 1956 Suez Crisis (Eden’s memos, Nasser’s speeches, British newspaper editorials), a critical historian asks:

• Whose perspective does this document represent?
• What does it omit?
• What loaded language reveals ideological positioning?

The skill lies in triangulating multiple sources to construct an account that acknowledges its own provisionality.

In STEM fields, critical thinking takes the form of methodological scrutiny. Encountering a 2024 AI ethics study claiming to demonstrate effective bias mitigation, a critical reader examines the methodology:

• Is the dataset representative, or does it skew toward Western participants?
• Are the outcome measures valid for the claims being made?
• Are the statistical analyses appropriate?

Without such scrutiny, one risks accepting conclusions whose foundations are unstable. Strong critical thinking skills in STEM involve recognizing that scientific research, like all knowledge production, is subject to error, bias, and the limitations of available methods.

Habits of Mind and Intellectual Virtues

Critical thinking is not merely a toolkit of cognitive skills deployed on demand; it is shaped by intellectual virtues, dispositions or habits of mind that determine when and how those skills are exercised.

A person may possess the ability to think critically in the abstract yet fail to deploy that ability when it matters: when confronted with information that flatters existing beliefs, when social pressure discourages questioning, when fatigue or distraction erodes the persistent effort required for careful analysis.

Key Dispositions of Critical Thinkers

The key critical thinking dispositions include:

• Curiosity (the drive to pursue unknowns, to ask why and how)
• Open-mindedness (the willingness to entertain alternative points of view and to revise one’s positions in light of evidence)
• Persistence (the capacity to sustain inquiry even when answers prove elusive)
• Fair-mindedness (the commitment to even-handedness in representing positions one disagrees with)
• Intellectual humility (the recognition of the limits of one’s own knowledge and the possibility of error)

These intellectual traits determine whether critical thinking skills are activated or remain dormant.

Measuring Critical Thinking Dispositions

Research traditions have attempted to measure critical thinking dispositions through instruments such as the California Critical Thinking Dispositions Inventory (CCTDI), developed in 1992 by Facione and colleagues. The CCTDI assesses subscales, including:

• Truth-seeking
• Open-mindedness
• Analyticity
• Systematicity
• Confidence in reasoning
• Inquisitiveness
• Maturity of judgment

Some studies suggest that weaker critical-thinking dispositions are associated with poorer decision-making across domains.

Digital Culture and Critical Thinking

Digital culture poses particular challenges to these habits of mind, fragmenting attention through notifications, infinite scrolling, and the designed distractions of platform architecture.

Research on online echo chambers and algorithmic curation suggests that users are often exposed disproportionately to confirming viewpoints, reinforcing confirmation bias rather than challenging it.

For students and scholars, the implications are serious: the cognitive environment in which we read and think increasingly militates against the dispositions that make genuine inquiry possible. Countermeasures (deliberate pauses, curated information diets, slow reading practices) become necessary disciplines.

Initiating and Sustaining Critical Inquiry

The dispositions that initiate critical thinking differ from those that sustain it. Curiosity and a certain alertness to anomaly (noticing that something feels “off” in a news headline, sensing that an argument’s tone is manipulative even before identifying the specific fallacy) initiate inquiry. One notices a discrepancy, a question forms, and the critical thinking process begins.

But initiating inquiry is easier than sustaining it. Working through a dense theoretical essay (Gayatri Spivak on subalternity, say, or Homi Bhabha on hybridity) requires patience, the willingness to sit with difficulty rather than abandoning the text at the first moment of confusion.

It requires persistence in the face of frustration and the discipline to return to passages that resist comprehension until clarity emerges.

Consider a classroom scenario: a graduate seminar on postcolonial literature in which the prevailing consensus holds that a particular canonical text represents a straightforward critique of colonialism. A student notices textual evidence that complicates this reading: moments where the narrative voice seems complicit in the dynamics it ostensibly critiques.

Raising this observation requires courage: it challenges the group’s settled interpretation and risks appearing contrarian. Yet such courage is essential to deeper inquiry. When the student voices the observation, the discussion shifts from consensus to nuance, and the critical thinking abilities of the entire group are activated.

Intellectual virtues intersect here with ethical concerns. Fair-mindedness demands that marginalized voices be represented accurately, that postcolonial debates not simply reproduce the interpretive frameworks of metropolitan criticism.

To read a Sudanese novel fairly requires attending to Sudanese literary traditions, historical contexts, and critical conversations, rather than merely applying European theoretical frameworks as if they were universal. The virtues that sustain critical thinking are thus not merely cognitive but also moral in character: they bear on questions of justice, representation, and whose interpretations count.

Teaching and Cultivating Critical Thinking

Historical Approaches to Teaching Critical Thinking

The teaching of critical thinking has a long pedagogical history. John Dewey’s 1910 book, How We Think, formalized reflective thinking as an educational goal, advocating experiential learning that moved beyond rote memorization to active problem-solving.

Dewey’s influence shaped progressive education movements throughout the twentieth century, embedding critical thinking as a central aim of schooling at all levels.

By the 1980s and 1990s, universities increasingly incorporated critical thinking into formal learning outcomes, assessed through standardized tests and rubric-based essays. The development of instruments like the Watson-Glaser Critical Thinking Appraisal and the CCTDI reflected this institutionalization.

A critical thinking curriculum became increasingly common in many higher education contexts, from first-year seminars that teach argument analysis to capstone projects that require original research and synthesis.

Effective Teaching Strategies

Effective teaching approaches include:

• Problem-based learning, in which students confront real-world scenarios requiring analysis and judgment rather than predetermined answers.
• Structured debates, drawing on traditions of kalām-style dialectic, require students to argue positions they may not personally hold, developing fair-mindedness and the capacity to engage alternative viewpoints.
• Reflective journals tracking one’s own thinking processes cultivate metacognition: awareness of cognitive biases, recognition of gaps in understanding, and monitoring of one’s development over time.

Meta-analytic research suggests that active, discussion-based, and explicitly structured approaches can produce stronger gains in critical thinking than lecture-dominant instruction.

Critical Thinking in Local Contexts

At King Saud University and similar institutions across the Gulf, effectively integrating critical thinking means embedding it within the linguistic, cultural, and religious contexts students already know. This is not a concession to relativism but a pedagogical recognition that rigor travels best when it is contextually grounded. Gulf-focused educational research suggests that culturally responsive and locally relevant teaching can strengthen student engagement by aligning classroom practice more closely with students’ lived experience. ⁹

Thus, when students analyze recent Gulf media on AI ethics, economic development, or cultural heritage, they are not practicing a lesser form of critical thinking. They are practicing the same core intellectual moves (analysis, evaluation, inference, and critique) through material that resonates more directly with their social world. 

Critical Thinking, Citizenship, and Higher Education Policy

The connection between critical thinking and citizenship is neither incidental nor merely aspirational. A well-educated citizen (capable of reading policies, media, and historical narratives skeptically yet constructively) is the foundation for democratic participation.

Critical thinking equips individuals to challenge assumptions embedded in public discourse, to evaluate arguments rather than merely accept them, and to participate in open dialogue about contested issues.

UNESCO’s post-2015 education agenda, particularly Sustainable Development Goal 4.7, explicitly emphasizes education for sustainable development, human rights, and global citizenship, while UNESCO’s related guidance frames these aims as requiring critical thinking and analysis.¹⁰ The goal articulates what educators have long recognized: that education for human flourishing requires not only the transmission of knowledge but also the cultivation of the capacities necessary for independent judgment.¹¹

Regional examples illuminate these connections. In Gulf universities, discussions about academic freedom, language-of-instruction debates (Arabic versus English in higher education), and the role of universities in national development have activated critical thinking in immediate, consequential ways.

Qatar Foundation’s dialogue platforms, including the Education City Speaker Series and Doha Debates, illustrate how educational institutions can create spaces for structured discussion that challenge assumptions, broaden perspectives, and connect debate on questions of public concern with forms of individual and civic engagement.¹²

Yet there are tensions. University reforms focused primarily on employability metrics (graduate employment rates, industry partnerships, skill certifications), risk sidelining critical thinking in favor of narrowly vocational training.

This is shortsighted. While employers consistently rank communication, teamwork, and critical thinking as the top career-readiness competencies, NACE data suggest that only about 56 percent of employers rate recent graduates as highly proficient in critical thinking.¹³ The gap suggests that current approaches to higher education are not adequately developing the very capacities that both democratic citizenship and professional success require.

Assessing and Researching Critical Thinking

Assessment Tools and Methods

Educators and researchers have developed a range of tools to measure critical thinking skills and dispositions. Essay-based tasks, in which students analyze arguments, evaluate evidence, and construct their own reasoned positions, remain central to educational assessment in humanities contexts.

These tasks resist the reductiveness of multiple-choice formats, capturing the complexity of actual critical engagement with texts and problems.

Standardized instruments include:

• The Watson-Glaser Critical Thinking Appraisal and the California Critical Thinking Disposition Inventory (CCTDI). Watson and Glaser began developing their appraisal in 1926; the test was first published in 1964 and later revised, with current Pearson documentation noting that its norms are regularly updated. Traditionally, the appraisal assessed inference, recognition of assumptions, deduction, interpretation, and evaluation of arguments, while the current Watson-Glaser III is organized around the RED model: recognizing assumptions, evaluating arguments, and drawing conclusions. Pearson reports internal consistency for Watson-Glaser III at 0.83, and the instrument remains widely used in educational and organizational settings. By contrast, the CCTDI assesses dispositions or habits of mind associated with critical thinking rather than cognitive skills alone.
• In the UK, A-Level Critical Thinking represented an effort to embed critical thinking instruction within secondary education. In England, however, the qualification was withdrawn in the late 2010s, with final OCR assessments in 2018 and resits in 2019; Cambridge International, by contrast, continues to offer AS & A Level Thinking Skills, which includes critical thinking as a central component.

Research Findings on Critical Thinking Development

Research tracking critical thinking during college suggests meaningful gains. As summarized in Huber and Kuncel’s meta-analysis, earlier syntheses by Pascarella and Terenzini estimated that seniors outperformed freshmen by about 1 standard deviation in pre-1990 samples and by about 0.5 standard deviations in 1990s samples.¹⁴ At the same time, meta-analytic work on critical-thinking instruction shows that effects vary substantially by intervention type and pedagogical grounding.

Programs emphasizing active learning, discussion, and writing produce larger gains than those relying primarily on lectures.

Middle Eastern and Global South initiatives also demonstrate the global reach of critical-thinking research and practice. In Qatar, Education City includes STEM-focused programs such as Qatar Academy for Science and Technology, whose early curriculum emphasizes technology, communication, and collaboration. More broadly, research on secondary education in Qatar suggests that taking STEM courses and experiencing experiment-based teaching are associated with stronger student interest in STEM careers.¹⁵

The UAE’s Mohammed bin Rashid Smart Learning Programme, launched in 2012, was designed to create a new learning environment in public schools through smart classes, teacher training, and curricular innovation. More recent UAE research on smart-learning platforms and pedagogies suggests that such reforms can support improved student learning outcomes and incorporate critical-thinking-oriented pedagogy, challenging narratives that locate the development of critical thinking exclusively in Western educational contexts.

Domain-Specificity vs. General Skills

The assessment of critical thinking is not without controversy. Critics, including scholars from non-Western contexts, have argued that standardized tests carry cultural biases, privileging forms of reasoning, examples, and background knowledge more familiar to Western test-takers.

Some comparative studies found that students from Asian backgrounds scored lower than Western peers on certain English-language critical-thinking measures, but the researchers cautioned that these differences were better explained by language proficiency and testing context than by any inherent deficit in critical thinking. This has led scholars to question whether some instruments capture critical thinking alone or also the linguistic and cultural familiarity needed to display it under test conditions.¹⁶

A deeper conceptual debate concerns whether critical thinking skills are general or domain-specific. In Critical Thinking and Education (1981), John E. McPeck argued that thinking is always thinking about some subject matter, and that critical-thinking abilities are therefore largely subject-specific rather than freely transferable across domains.¹⁷

One cannot think critically in the abstract; one thinks critically about literature, about historical thinking, about anthropological thinking, about mathematical thinking. The general skills identified by Facione and others, on this view, are too thin to be practically useful.

Defenders of general critical thinking counter that, while domain knowledge is necessary, the underlying cognitive processes (identifying assumptions, evaluating arguments, recognizing fallacies) transfer across contexts. The Delphi consensus that produced Facione’s framework explicitly aimed to produce descriptions that transcend subject-matter divisions.

The debate remains unresolved, with practical implications for curriculum design: should universities teach a general critical thinking course, or embed critical thinking within disciplinary instruction?

In literature and cultural studies, these debates take a particular form. Assessment often takes the form of essay-based argumentation, in which students must appraise evidence, construct interpretations, and defend their readings against alternative points of view. This resists the multiple-choice reduction that standardized tests require.

The richness of literary critical thinking (its tolerance for ambiguity, its attention to form and context) cannot be captured by selecting option C.

Critical Thinking in Online and Social Media Environments

Recent fact-checking and policy research show that migration statistics in Europe are frequently distorted online. In one documented case, AFP found that social media posts falsely claimed Frontex had warned that 330,000 migrants would enter the EU in 2023, when the figure in fact referred to irregular border-crossing detections in 2022 rather than a forecast or a count of unique arrivals. More broadly, the European Commission’s Joint Research Centre has warned that public discourse on migration in Europe is often shaped by simplified and misleading narratives.

This example illustrates the broader challenge of digital environments: they expand access to information while simultaneously weakening the conditions under which information can be evaluated well. Social media can, in principle, support critical thinking by exposing users to multiple perspectives and allowing asynchronous reflection, in which claims can be checked before responses are made. Yet these possibilities exist within platform architectures optimized for engagement, where emotional intensity often travels faster than evidential care.

Bilingual and transnational contexts introduce an additional layer of difficulty. As content moves across languages, formats, and meme cultures, it is not merely repeated but transformed. The task of critical thinking, then, is not only to assess whether a claim is true, but also to examine how meaning shifts as texts travel across linguistic and cultural boundaries.

Practicing Critical Thinking as a Reader of the World

What does it mean, concretely, to practice critical thinking when encountering new information online or in print? A practical approach involves a sequence of checks, applied habitually until they become second nature:

1. Source verification: Who produced this content? What credentials does the author possess? What is the publishing context: an established journalistic outlet, an advocacy organization, an anonymous aggregator?
2. Contextual check: What was the original intent of this content, and how has that intent been transformed through sharing and recontextualization? A poem written in the 1980s carries a different meaning than the same poem, captioned in 2026, used for contemporary political purposes.
3. Language precision: What connotations do key terms carry? What is emphasized, and what is elided?
4. Emotional triggers: Does this content seem designed to provoke outrage, fear, or righteous indignation? Emotional responses are not illegitimate, but they can bypass the careful assessment that good critical thinking requires.

Consider, for example, an English translation of a Darwish poem circulating with a caption that frames it as evidence of a particular political position. A source check might reveal that the circulation originated with a partisan aggregator with no connection to literary scholarship.

A contextual reading might note that Darwish’s work from the 1980s was situated within pacifist currents that the caption ignores. A language check might show how specific translation choices amplify militancy that is absent from the Arabic original. An emotional check might recognize that the post is designed to provoke outrage, foreclosing nuanced engagement.

The mission of Ali Alhajji | Reading the World is precisely this kind of slow, attentive reading: a form of reading that refuses the speed and simplification that digital environments encourage, that attends to translation choices and the power dynamics structuring the global circulation of texts.

Critical thinking, practiced this way, is not cynicism. It is care, care for truth, for the integrity of texts, and for the others whose voices we encounter through the mediation of language.

To read the world critically is to remain alert to what has been displaced, normalized, or rendered peripheral in the production of meaning. It is to recognize that interpretation is never neutral, that the struggle over meaning is inseparable from larger struggles over whose worlds become thinkable, legible, and consequential.

This recognition is the foundation for critical thinking that serves not only personal discernment but also collective flourishing.

---

If this exploration of critical thinking has resonated with you, I invite you to engage further with the essays, podcasts, and reading lists offered through Ali Alhajji | Reading the World. Consider how the practices described here might inform your own reading, whether of literature, media, or the texts that shape our understanding of the present.

Critical thinking, cultivated with persistence and practiced with care, remains one of our most vital resources for navigating a world that demands, more than ever, the capacity to discern what merits belief and what calls for scrutiny.

---

Notes

1. Devesh Mishra, “Old Picture of Burning Donkey Resurfaces with Misleading Context during Gaza War,” Fact Check(Agence France-Presse), December 4, 2023; Nick Robins-Early and Kari Paul, “‘All Eyes on Rafah’: How AI-Generated Image Swept across Social Media,” The Guardian, May 30, 2024; Déborah Claude, “AI Images Falsely Shared as Aid Boats Bound for Gaza,” Fact Check (Agence France-Presse), September 16, 2025; Sian Bayley, “Photo of ‘Tents on Fire in Gaza’ Is Unrelated Artwork,” Full Fact, October 9, 2024. ↩︎
2. Plato, Euthyphro, 2a–5e, trans. G. M. A. Grube, in Plato: Complete Works, ed. John M. Cooper (Indianapolis: Hackett, 1997); Gregory Vlastos, “The Socratic Elenchus,” Oxford Studies in Ancient Philosophy 1 (1983): 27–58, esp. 27–28. ↩︎
3. Encyclopaedia Britannica, “Arabic Literature: Literary Criticism,” accessed April 14, 2026; Encyclopaedia Britannica, “Naqd al-shiʿr,” accessed April 14, 2026. ↩︎
4. C. Pellat, “Al-Jāḥiẓ,” in Abbasid Belles Lettres, ed. Julia Ashtiany, T. M. Johnstone, J. D. Latham, and R. B. Serjeant (Cambridge: Cambridge University Press, 1990), 78–95. ↩︎
5. Encyclopaedia Britannica, “Kalām,” accessed April 14, 2026; Encyclopaedia Britannica, “Ashʿariyyah,” accessed April 14, 2026; Encyclopaedia Britannica, “Muʿtazilah,” accessed April 14, 2026. ↩︎
6. Jitendra N. Mohanty, “The Nyaya-sutras,” in Encyclopaedia Britannica, accessed April 14, 2026; Encyclopaedia Britannica, “Nyaya,” accessed April 14, 2026. ↩︎
7. Catarina Dutilh Novaes, “Argumentation in the History of Philosophy,” in Argument and Argumentation, Historical Supplement, Stanford Encyclopedia of Philosophy, Summer 2024 ed.; Tony Street, “Al-Farabi’s Philosophy of Logic and Language,” Stanford Encyclopedia of Philosophy, first published April 16, 2019. ↩︎
8. International Renewable Energy Agency (IRENA), Renewable Power Generation Costs in 2022 (Abu Dhabi: IRENA, 2023), 8, reporting that the global weighted-average LCOE of utility-scale solar PV fell by 89 percent between 2010 and 2022. ↩︎
9. Herveen Singh, Fatima Bailey, Jenny Eppard, and Kara McKeown, “Partners in Learning: An Exploration of Multi-Cultural Faculty and Emirati Students’ Perspectives of University Learning Experiences,” Learning, Culture and Social Interaction 31, pt. A (2021): 100564; “Promoting Emirati Student Achievement and National Identity,” ERIC, ED661124, reporting that schools embedding UAE cultural themes into the curriculum showed higher levels of student engagement and academic success.  ↩︎
10. UNESCO, Education 2030: Incheon Declaration and Framework for Action for the Implementation of Sustainable Development Goal 4 (Paris: UNESCO, 2016), 20–21; UNESCO, Global Citizenship Education: Topics and Learning Objectives (Paris: UNESCO, 2015), 22–24. ↩︎
11. UNESCO, Rethinking Education: Towards a Global Common Good? (Paris: UNESCO, 2015), 17, arguing that educators are vital for developing “critical thinking and independent judgement, rather than unreflective conformity.” ↩︎
12. Qatar Foundation, “Education City Speaker Series,” accessed April 12, 2026, describing the series as bringing together global experts in “meaningful discussions that challenge assumptions and broaden perspectives”; Doha Debates, “About Doha Debates,” accessed April 12, 2026, stating its mission is “to seek new and collaborative solutions to global challenges through debate and to inspire individual action”; Qatar Foundation, “Nobel Peace Prize Laureate Malala Yousafzai Discusses the Future of Girls’ Education,” March 31, 2022; Qatar Foundation, “Love, Justice, and Resistance Unite Palestinians across the World, QF’s Doha Debates Told,” December 16, 2022. ↩︎
13. Kevin Gray, “The Gap in Perceptions of New Grads’ Competency Proficiency and Resources to Shrink It,” National Association of Colleges and Employers, January 13, 2025, reporting that employers and graduates both rank communication, critical thinking, teamwork, and professionalism highly, but that only 55.9 percent of employers rate recent graduates as “very” or “extremely” proficient in critical thinking. ↩︎
14. Christopher R. Huber and Nathan R. Kuncel, “Does College Teach Critical Thinking? A Meta-Analysis,” Review of Educational Research 86, no. 2 (2016): 432–33; Philip C. Abrami et al., “Instructional Interventions Affecting Critical Thinking Skills and Dispositions: A Stage 1 Meta-Analysis,” Review of Educational Research 78, no. 4 (2008): 1102–34. ↩︎
15. Qatar Foundation, “Admissions Are Now Open for Qatar Academy and Specialized Schools,” accessed April 12, 2026, describing Qatar Academy for Science and Technology as a newly opened STEM school for grades 8–12 whose first two years focus on “technology, communication, and collaboration”; National Center for Education Statistics, “About TIMSS,” accessed April 12, 2026, noting that TIMSS assesses mathematics and science achievement at the fourth- and eighth-grade levels; Mohamed Sellami et al., “Secondary School Students’ Interest in STEM Careers in Qatar,” Education Sciences 13, no. 4 (2023): 369, finding that taking a STEM course and teachers’ use of experiments were significant factors associated with interest in STEM-related careers.  ↩︎
16. Vivian Miu-Chi Lun, Examining the Influence of Culture on Critical Thinking in Higher Education (PhD diss., Victoria University of Wellington, 2010), finding that New Zealand European students outperformed Asian students on an objective measure of critical thinking, but attributing the difference to English-language ability rather than cultural factors; Carol Beth Floyd, “Critical Thinking in a Second Language,” Higher Education Research & Development 30, no. 3 (2011): 289–302, finding that Chinese students performed better on the Watson-Glaser in Chinese than in English; Stephen P. Norris, “Sustaining and Responding to Charges of Bias in Critical Thinking,” Educational Theory 45, no. 2 (1995): 199–211. ↩︎
17. John E. McPeck, Critical Thinking and Education (New York: St. Martin’s Press, 1981), 4–5; Christopher W. Tindale, “Critical Thinking,” Stanford Encyclopedia of Philosophy, October 12, 2022.  ↩︎