Science is the human attempt to understand the natural world, discover facts and relationships, and create theories
Technology, derived from the Greek term "Techne" meaning art or skill, refers to the totality of skills, techniques, and methods needed to produce goods and services
Science explains everything that surrounds the natural world and its components, providing ways to understand how it works and operates
Technology aims to improve the environment for sustainable resource use for future generations
Science builds knowledge for application and greater understanding, while technology simplifies human activities for daily survival, saving time, effort, and resources
Science seeks to solve existingproblems confronting human life, while technology empowerscommunities through civicawareness and engagement
Despite progress, over 700 million people globally live without electricity and2.4 billion cook with harmful fuels
Higher-technology industries had a better performance and recovered faster, showcasing the importance of technological innovation for achieving SustainableDevelopment Goal 9
Ancient Egyptians contributed to science through advancements in tools for construction and sculpture, with notable figures like Hatshepsut, Tutankhamun, and Imhotep
Ancient Mesopotamians, considered the birthplace of writing, developed the world's first cities and administrative systems
Mesopotamians used a sexagesimal numeral system in mathematics, understood geometry, and studied celestial phenomena in astronomy
The CodeofHammurabi contained early evidence of diagnosis, physical exams, and prescriptions in medicine
Ancient Mesopotamians had a scientific understanding of human afflictions and developed medicines recorded in the LibraryofAshurbanipal
Cuneiform, the ancient Mesopotamian writing system, was used for trade and communication
The wheel and sail were crucial inventions for trade and transportation in ancient civilizations
Greek and Roman science saw pioneers like Anaximenes and Hippocrates making significant contributions to understanding natural substances and medical ethics
Hippocrates (460-375 BC):
Revered Greek physician known as the Father of Medicine
Emphasized that all diseases are caused by natural causes, like lifestyle and diet, not superstitions
Ptolemy (AD 127-145):
Ancient astronomer who considered the earth as the center of the universe
His model of planetary motion showed the exact positions of celestial bodies based on astronomical observations
Aristotle (384-322 BC):
Developed the concept of the scientific method
Placed the earth at the center of a cosmos with elements like earth, water, air, and fire
Socrates (470-399 BC):
Considered one of the most authoritative founders of Western Philosophy
Applied his philosophy in the study of human nature and knowledge through the Socratic Method
Plato (424/423-348/347 BC):
Founded the Platonist school of thought and the Academy
Associated classical elements with regular solids and reiterated on the three parts of the soul: reason, spirit, and appetite
Ibn Sina (Avicenna):
Known for the Canon of Medicine, used as an encyclopedia until the 18th century
Conducted clinical trials as experiments and contributed to various fields like law, theology, astronomy, and philosophy
Nicolaus Copernicus (1473-1543):
Established the heliocentric theory, stating the sun is the center of the solar system
Formulated the heliocentric model explaining the orbit of planets around the sun
Johannes Kepler (1571-1630):
Known for the Laws of Planetary Motion, foundational to Newton's theory of universal gravitation
Focused on optics and the accumulation of light in the eye
Galileo Galilei (1564-1642):
Italian astronomer, physicist, and polymath known as the father of modern science
Developed telescopes to describe celestial bodies and made significant contributions to physics
Leonardo da Vinci (1452-1519):
Italian painter, inventor, and architect, known for the MonaLisa and The Last Supper
Proficient in various fields, especially aviation, with detailed insights on flying machines
Copernican Revolution:
Paradigm shift initiated by Copernicus's heliocentric theory, challenging the geocentric view
Argued that the earth moves and revolves around the sun, contrary to earlier beliefs
Newtonian Revolution:
Marked the shift from a finite, qualitative cosmos to an infinite, quantitative universe
Newton's laws of motion and law of universal gravitation unified terrestrial and celestial bodies under a universal law of motion
Isaac Newton:
Known for infinitesimal calculus and the theory of universal gravity
Published Principia, presenting Newton's Laws of Motion and Law of Universal Gravitation
Andreas Vesalius and Human Anatomy (1514-1564):
Published 'De Humani Corporis Fabrica', a collection of books on human anatomy, a major advancement in the field
VESALIUS and HUMAN ANATOMY (1514-1564):
Published ‘De Humani Corporis Fabrica’ – a collection of books on human anatomy, a major advancement in the history of anatomy
Claimed that the circulation of blood happens through the pumping of the heart
Contribution to modern medicine and anatomy – assembly of the first human skeleton made from cutting open cadavers
Produced superior illustrations about the anatomy of the human body
FRANCIS BACON and the ‘BACONIAN METHOD’ (1561-1626):
Published ‘Novum Organum’ which formulated a new system of logic based on inductive methodologies, contributing to the development of the scientific method
‘Baconian Method’ – scientific inquiry/method
ROBERTBOYLE and MODERN CHEMISTRY (1627-1691):
Known as the “Father of Modern Chemistry”
Pioneer in the use of experimental method
Formulated ‘Boyle’s Law’ describing the inversely proportional relationship between pressure and the volume of gas when temperature is kept constant
Hypothesized that matter consists of clusters of corpuscles in motion
PHILIPPUS AUREOLUS THEOPHRASTUS BOMBASTUS von (1493-1541):
Established the role of chemistry in medicine
Published ‘Der Grossen Wundartzney’ (Great Surgery Book) in 1536
Developed the clinical description of syphilis in 1530
Known as ‘Father of Toxicology’
RENE DESCARTES and his Discourse (1596-1650):
Published his contributions to the scientific method in his DiscourseontheMethod (1637)
Emphasized the power of rational thinking
Established the scientific method through reasoning using mathematics and physics
ANTONIEvanLEEUWENHOEK and MICROBIOLOGY (1632-1723):
Known as the ‘Father of Microbiology’
Pioneered work in microscopy and microbiology
His observations laid the foundations for bacteriology and protozoology
Significant Contributions in Science and Technology:
GAVINO C. TRONO:
Known as the ‘Father of Kappaphycus farming’
Made remarkable contributions in tropical marine phycology
Discovered 25 new marine benthic algae
Established the G. T. Velasquez Herbarium, UP Diliman’s Marine Science Institute
ANGEL C. ALCALA:
Known for his studies on the rehabilitation of coralreefs
Created artificial coral reefs as a model for fisheries advancement
Contributed immensely to Philippine Marine life and ecology
Built sanctuaries to promote biodiversity in Philippine aquatic ecosystems
RAMONC.BARBA:
Focused on agriculture, particularly the mango industry
Developed a process for mango trees to flower and bear fruits 3 times a year
Contributions in plant physiology and micropropagation
EDGARDOD.GOMEZ:
Efforts to protect marine resources, especially coral reefs
Initiated conservation programs like replanting coral reefs
Pioneered breeding of giant clams and reproduction of marine invertebrates
Conducted studies on ocean acidification in Philippine oceans
FEDELMUNDO:
Founded the first pediatric hospital in the Philippines
Extensive studies on infectious diseases
Developed improvements on incubators and a device to detect jaundice
EDUARDOQUISUMBING:
Advanced plant taxonomy and medicinal plant studies
Authored over 129 articles
Promoted medicinal plants as a premier scientist in the country