General Concepts, Historical Developments, and Intellectual Revolutions in Science, Technology, and Society

Science, Technology, and Society Fundamentals

  • Science: Derived from Latin Scientia (knowledge or understanding); systematic study of the natural and physical world via observation, experimentation, and logical reasoning.

    • Scientific Method Flow: Hypothesis →\rightarrow Theory →\rightarrow Law.

    • Theory: Explanation of why and how phenomena occur based on extensive evidence (e.g., Cell Theory by Theodor Schwann and Matthias Jakob Schleiden; Theory of Evolution by Charles Darwin).

    • Law: Description of observed natural patterns under specific conditions (e.g., Law of Gravity by Isaac Newton; Law of Conservation of Energy by Julius Robert von Mayer, James Prescott Joule, and Hermann von Helmholtz).

  • Technology: Derived from Greek téchnē (art, craft, skill) and lógos (knowledge, reason, principle); body of knowledge used to create tools, process materials, and innovate.

  • Society: Derived from Latin societas (socius = companion); group of people sharing geographic area, culture, values, and institutions.

Historical Development of Science and Technology

  • Ancient Civilizations (before 500 AD):

    • Sumerians (~2100 BCE): Nippur tablet (cuneiform medical text describing plant-based remedies).

    • Ancient China (~2000–1500 BCE; formalized ~100 BCE): Healing plants in oracle bones; Shen Nong Ben Cao Jing Du (compiled ~200 BCE–100 CE) listed 365 medicinal herbs (ginseng, cinnamon, ephedra); balance of yin-yang.

    • Ancient India (~1500 BCE): Atharva Veda hymns evolved into Ayurveda (Ayu = life, Veda = knowledge).

    • Ancient Egypt (~1550 BCE): Ebers Papyrus listed over 700 remedies (aloe, castor bean, garlic).

    • Ancient Greece (~460–370 BCE): Hippocrates ("Father of Medicine") and the Hippocratic Corpus; philosophical reasoning by Socrates, Plato, and Aristotle.

  • Middle Ages (500–1500 AD):

    • Knowledge Preservation: European monasteries (500s–1400s); Islamic Golden Age scholars (700s–1200s) advanced math, optics, and medicine.

    • Key Inventions: Windmills (1100s), Eyeglasses (1280s), Navigation tools (compass, astrolabe 1200s–1400s), Movable Type Printing Press (1450s by Johannes Gutenberg in Germany).

  • Modern Ages (1500s–1800s):

    • Scientific Revolution: Geocentric model (Ptolemy, 100s AD) replaced by Heliocentric model (Nicolaus Copernicus, 1543; supported by Galileo Galilei in 1609; proven by Johannes Kepler).

    • Isaac Newton (1687): Formulated Laws of Motion (F=maF = ma) and Law of Universal Gravitation.

    • Industrial Revolution (1760s onward): Mass production, steam locomotives (1804), rapid urbanization.

  • Contemporary Age (1900s–Present): Digital technology, biotechnology, space exploration, and global interconnectedness.

Philippine Context of Science and Technology

  • Pre-Colonial Period: Rice terraces, bamboo irrigation, boat-making (balangay, bangka), pottery (burnay), hunting tools, and musical instruments (kulintang, gongs).

  • Spanish Period (1521–1898): Introduced printing press, Galleon trade, Western medicine, and formal hospitals.

  • American Period (1898–1946): Established public health programs, public school system with English medium, and physical infrastructure.

  • Present Era (1946–Present): Focus on DOST, renewable energy projects, and Information and Communication Technology (ICT).

  • Indigenous Technologies: Banaue Rice Terraces, traditional weaving (inabel of Ilocos, t'nalak of T'boli), and traditional healing (hilot).

Intellectual Revolutions and Cultural Contributions

  • Copernican Revolution: Nicolaus Copernicus (16th century); established the heliocentric model.

  • Darwinian Revolution: Charles Darwin (19th century); proposed evolution via natural selection.

  • Freudian Revolution: Sigmund Freud (late 19th–20th century); introduced the unconscious mind and psychoanalysis.

  • Information Revolution: 20th century to present; shift from industrial to knowledge-based economies via computers and digital networks.

  • Regional Contributions:

    • Meso-American: Maya and Aztec calendars, concept of zero, agricultural sustainability.

    • Asian: China (paper, compass, gunpowder, printing); India (concept of zero, decimal system); Japan (technological/artistic innovations).

    • Middle Eastern: Islamic Golden Age (8th–14th centuries) at House of Wisdom in Baghdad (algebra, optics, medicine).

    • African: Monumental engineering in Egypt and Nubia; Timbuktu (Mali) as a center for scientific manuscripts.

Philippine Science and Technology Programs and Pioneers

  • Major S&T Programs (DOST Lead): Balik Scientist Program, PAGASA Modernization, Project NOAH, PhilRice, Virology Institute of the Philippines.

  • Prominent Philippine Scientists:

    • Dr. Fe del Mundo: First Filipina admitted to Harvard Medical School; pediatrics specialist.

    • Dr. Arturo Alcaraz: Pioneer in geothermal energy generation.

    • Dr. Eduardo Quisumbing: Researcher of medicinal plants.

    • Dr. Ramon Barba: Developer of year-round mango fruiting technology.

    • Dr. Dioscoro Umali: "Father of Plant Breeding".

Human Flourishing, Technology, and the Good Life

  • Human Flourishing (Eudaimonia): Aristotle's concept of achieving full human potential through virtue and moral growth.

  • Technology as Revealing (Martin Heidegger):

    • Enframing (Gestell): Viewing nature strictly as a resource or "standing reserve" (e.g., river as hydroelectric power source, forest as timber) rather than in its natural balance.

  • Human Condition: Characterized by finitude/mortality (Heidegger, Sartre), freedom/responsibility, alienation (Marx, Heidegger), and hope/transcendence.

  • Philosophical Views on The Good Life:

    • Aristotle: Achieved via virtue and eudaimonia.

    • Epicurus: Mental peace and freedom from pain.

    • Socrates and Plato: Guided by wisdom and moral virtue.