Introduction to Science, Technology, and Society

Overview of Science, Technology, and Society (STAS)

General Education Context in Tertiary Education

  • Science, Technology, and Society (STAS) is designated as a mandatory General Education course across all tertiary-level degree programs.

  • Mandated General Education Subjects in Tertiary Level:

    • Understanding the Self

    • Readings in Philippine History

    • The Contemporary World

    • Mathematics in the Modern World

    • Purposive Communication

    • Ethics

    • Art Appreciation

    • Life and Works of Jose Rizal

    • Science, Technology, and Society (STAS)

Learning Outcomes

  • Evaluate the importance of studying science, technology, and society.

  • Explain how science and technology relate to problems of societal concern.

  • Develop a deeper interest in the field of science, technology, and society.

Philosophical Foundations of Human Skill and Folly

Analysis of Bertrand Russell's Perspective

  • In The Impact of Science on Society, Bertrand Russell stated:

  > "Broadly speaking, we are in the middle of the race between human skill as a means and human folly as an end"

  • Philosophical Breakdown:

    • Humans possess exceptional intelligence and technical capabilities, but frequently apply these capabilities toward harmful or foolish outcomes.

    • Human existence is structured as a continuous competition between the capacity to create solutions and the tendency to make catastrophic mistakes.

    • Society is caught between applying technical skills prudently and squandering those abilities through irrational choices.

Fundamental Challenges of Science

Major Scientific and Theological Debates

  • Explaining Cosmic and Human Origins:

    • Humanity strives to establish how the universe originated and how humans came into existence.

    • Science addresses origins through empirical evidence and formulated theories, such as the Big Bang theory and evolutionary models.

    • Religious frameworks address origins through faith and sacred scriptural texts.

  • Position of Humanity in the Cosmos:

    • Scientific discoveries establish that humans constitute a minute portion of an vast cosmos.

    • This empirical reality directly challenges anthropocentric doctrines that position humanity at the center of existence.

  • Astronomical Debates on Planetary Motion:

    • Nicolaus Copernicus proposed the heliocentric model, asserting that the Sun sits at the center of the solar system while the Earth revolves around it.

    • Galileo Galilei reinforced heliocentrism using observational evidence gathered through his telescope.

    • These assertions disrupted traditional cosmological models and fundamentally shifted human comprehension of the universe.

  • Biblical Scripture vs. Scientific Theories:

    • Biblical accounts state that the universe and humanity were brought into being by divine creation. These beliefs rest on faith rather than empirical testing and provide moral and spiritual structures.

    • Charles Darwin's Theory of Evolution asserts that humans evolved over millions of years through natural processes.

    • The friction between divine creation and Darwinian evolution forms a recurring debate between theological doctrines and empirical science.

  • Broad Societal Transformation:

    • Advances in scientific understanding and technological capabilities reshape how human beings live, think, work, and communicate.

    • These developments alter human health, educational frameworks, transportation infrastructure, and philosophical perspectives on existence.

Societal and Economic Impacts of Science and Technology

Economic Influences

  • A nation's economic standing is deeply dependent on its level of scientific and technological advancement.

  • Legislative Actions:

    • Senator Allan Cayetano, serving as the chairperson of the Committee on Science and Technology, advocated for the government to prioritize research and development (R&D).

  • Medical Economy and Public Health:

    • Economic capacity dictates technological development within the medical sector.

    • Breakthrough discoveries enhance citizens' physical health and economic prosperity.

    • Modern cures and clinical treatments now manage diseases that were historically untreatable, extending human lifespan.

    • Setbacks occur when specific medical discoveries or technological applications lead to gradual physical degradation.

Educational Impacts

  • Science and technology have made education highly interactive and broadly accessible.

  • Digital learning platforms and pedagogical methodologies enhance concept comprehension and practical application.

  • Disparity Issues: High reliance on modern educational technologies creates substantial barriers for economically disadvantaged individuals who lack access to necessary equipment and platforms.

Communication Networks and Associated Harms

  • Digital devices enable near-instantaneous global connectivity with minimal effort.

  • Moral Degradation and Cybercrime:

    • Misuse and abuse of communication technologies trigger widespread moral degradation and elevated crime rates.

    • Prevalent cybercrimes include online scams, unauthorized hacking, identity theft, and human trafficking.

    • Cyberbullying occurs when individuals leverage digital technology—including social media, text messaging, and online gaming environments—to harass, humiliate, or threaten others. Unlike offline bullying, cyberbullying operates continuously without temporal or geographic limitations.

Comprehensive Breakdown of Human Trafficking

  • Conceptual Definition:

    • Human trafficking functions as modern-day slavery wherein individuals are deceived, coerced, or threatened into forced labor or activities against their explicit will.

    • Traffickers exploit vulnerable populations, targeting the impoverished, youth, and individuals in desperate life circumstances.

  • Specific Classifications of Human Trafficking:

    1. Sex Trafficking: Coercing or forcing an individual into prostitution or commercial sexual acts.

    2. Labor Trafficking: Forcing individuals to work in agricultural, industrial, or domestic settings without fair compensation.

    3. Child Trafficking: Exploiting minors for forced labor, organized begging, or illicit activities.

    4. Organ Trafficking: Illegally harvesting and selling human organs.

  • Methods Employed by Traffickers:

    • Offering false guarantees of employment, compensation, or educational advancement.

    • Confiscating travel documents, passports, and official identification.

    • Exercising complete control over victims through debt bondage, physical violence, or intimidation.

  • Prevention Measures:

    • Learning and disseminating the warning signs of trafficking.

    • Reporting suspicious behaviors and operations to law enforcement agencies.

    • Supporting legal frameworks and anti-trafficking organizations.

Transportation Developments

  • Systematic enhancements in transportation systems accelerate human transit, commercial delivery logistics, and general business transactions.

Environmental and Warfare Threats

  • Contamination of terrestrial, aquatic, and atmospheric environments gives rise to systemic public health problems.

  • Ecosystem degradation and temperature variations drive habitat destruction, accelerating global species extinction.

  • Development of high-consequence weapons (including firearms, high explosives, and nuclear technology) incentivizes aggressive pursuits of wealth and geopolitical power.

Face to Face with Science

Definition and Fundamental Nature of Science

  • Science is the systematic investigation and research of the physical world conducted through experiments to resolve questions of direct relevance.

  • Merriam-Webster Definition: Knowledge containing universal truths and general laws obtained through methodical study concerned with evidence and theories.

  • Science serves as an ongoing process of discovery, organizing isolated empirical facts into a structured, comprehensive understanding of the natural universe.

  • Knowledge generated through scientific inquiry powers new technologies, clinical therapies, and solutions to complex problems.

  • Science represents a collective global human endeavor.

Scientific Attitudes

  • Successful scientific inquiry requires five fundamental attitudes:

    1. Curiosity

    2. Honesty

    3. Open-mindedness

    4. Skepticism (maintaining an active attitude of doubt)

    5. Creativity

Scientific Attitudes

Core Characteristics of Science

  • Science exhibits four defining characteristics:

    1. Focuses on the Natural World:

    • Concentrates explicitly on physical phenomena, including matter, rocks, plants, animals, and human biology.

    • Excludes supernatural realms that cannot be tested or governed by physical laws.

    • Continuously re-examines physical evidence. Scientific conclusions evolve as new data emerges, maintaining high reliability because ideas require extensive supporting evidence before gaining acceptance.

    1. Goes Through Experiments:

    • Subjecting claims and fields of study to rigorous experimental testing.

    • Ideas must yield consistent, empirical observations across trials to be accepted as scientific truth.

    • Subjects or claims that cannot undergo experimental testing or yield visible evidence are excluded from science.

    1. Relies on Evidence:

    • Demands verifiable proof to establish truth and confirm scientific validity.

    • Scientific testing must be performed by multiple independent research groups to eliminate individual bias and experimental prejudice.

    1. Passes Through the Scientific Community:

    • Accumulates substantial evidence validated through systematic peer evaluation across diverse scientific communities.

    • Promotes collaboration among experts possessing varied specialized competencies.

    • Experimental techniques and protocols adapt dynamically over time as societal concerns change, communication networks improve, and new discoveries broaden human understanding.

Face to Face with Technology

Conceptual Definitions of Technology

  • General View: Specialized equipment and gadgets designed to accelerate and simplify practical tasks, serving as a human activity and a means to an end.

  • W. Brian Arthur's Three Definitions of Technology:

    1. Technology is a means to fulfill a human purpose (utilizing techniques or materials to serve specific human needs).

    2. Technology is a collection of processes and components.

    3. Technology is a collection of instruments and technical processes available to a society.

  • Practical Definition: The systematic application of scientific knowledge to achieve the practical objectives of human life, encompassing methods, systems, and devices created for functional purposes.

The Integration of Science and Technology

Interdependence and Operational Synergy

  • Science and technology are inextricably linked, making it difficult to isolate where scientific inquiry ends and technological development begins.

  • Science provides fundamental theoretical insights into the natural physical world, constructing the framework for technology to address the phenomena discovered.

  • Technology is conceptualized as "science in action".

  • Technological Scope:

    • Complex, machine-driven technologies: Heavy machinery, electronic computers, specialized industrial tools.

    • Simple/Small-scale technologies: Pharmaceuticals, synthetic plastic bottles, everyday consumables.

    • Clinical technologies: Medical instruments and operational techniques designed to treat human pathology, originating directly from scientific discoveries.

Mutual Interdependence of Science, Technology, and Society

Structural Dynamics

  • Definition of Society: A structured group or community of individuals occupying a defined territory, sharing established traditions, institutions, and collective interests.

  • Interconnected Relationships:

    • Science and technology have driven massive social progress.

    • Science and technology cannot exist independently of society.

    • Society provides the operational environment and institutions that enable scientific discoveries and technological inventions to occur.

    • Society dictates how scientific knowledge and technological innovations are applied, regulated, and integrated.

    • Society requires continuous scientific and technological advancement to sustain its growth, solve emerging challenges, and maintain survival.