Study Notes on Science, Technology, and Society

Learning Outcomes
  - Discuss the interactions between science and technology (S&T) and society throughout history.
  - Discuss how scientific and technological developments affect society and the environment.
  - Identify paradigm shifts in history.
  - Creatively present the importance and contributions of science and technology to society.

Body of Knowledge:
- Science is a body of knowledge that seeks to understand the natural world and phenomena, including aspects like pollination, volcanic eruptions, and constellations.
Intellectual Activity:
- Refers to the systematic and objective investigation involving observation and experimentation.
Personal and Social Activity:
- Science connects with the lives of individuals and society, acting as a means for humans to understand themselves and the world around them.

Artifacts:
- Technology refers to products or outputs like the microscope, solar panel, and light bulb.
Techniques:
- Refers to practices and methods, such as genetic engineering and rice planting.
Personal and Social Activity:
- Technology serves as a tool for improving human life and is tightly intertwined with societal needs.

Dual Interaction:
- Science and technology influence each other; advancements in one area often facilitate developments in the other.
Example: Science is needed for technology development, and technology is crucial for scientific advancement.

Social Activities:
- Both science and technology are social activities that have reciprocal impacts on society.

Origins:
- The earliest known technologies involved stone tools used during the Stone Age.
Development of Skills:
- Early humans developed skills in tool use, weapon making, fire utilization, and identifying edible resources.

Domestication:
- About 10,000 years ago, humans began domesticating plants and animals due to population growth and declining food sources, leading to the Agricultural Revolution in the Middle East.
Impact:
- The revolution led to the establishment of towns, new agricultural techniques, and the development of materials such as bricks and metals.[
- First known metal: copper (6500 BCE).

Construction of irrigation systems, roads, bridges, and writing systems emerged as a result of scientific knowledge and technological advancements.
Significant Tools and Developments:
- Inventions such as ceramics and the wheel revolutionized transport and storage.

Greek Contributions:
  - The period was dominated by Greek philosophy, where notable figures like Socrates, Plato, and Aristotle laid foundational ideas in science.
  - Socratic Method: Socrates introduced elenchus, a method of inquiry that breaks problems into systematic questions.
  - Plato’s Elements: Emphasized the proof with elements like earth, air, water, and fire.
  - Aristotle: Known for deductive reasoning and identifying natural principles through observation.

Alexandria: Became a hub of scientific knowledge with documents like the Edwin Smith Papyrus detailing surgery methods.
Technological Developments in China: Inventions such as the compass, ships, ceramics, and the Great Wall indicate a rich history of science in ancient China.

Decline:
- Marked by wars and the rise of Christianity, which limited the examination of scientific ideas.
Medicine’s Growth: Despite the decline, the need for medical advancement grew due to widespread diseases.
Shift to Other Regions: Knowledge and advancements moved towards Islamic civilization and India.

Technological Advances:
- Led to the Age of Discovery, propelled by ships and navigational tools like the compass.
Scientific Revolution: Marked by critical figures such as Galileo, who advanced experimentation and embraced scientific methods.
- Development of the telescope significantly advanced astronomy.

Sir Isaac Newton:
- Established foundational principles in physics and the scientific method.
Industrial Revolution: Emerged technologies like the steam engine that revolutionized industries, improving efficiency but also causing environmental harm.

Technological Explosion:
- Advancements in machines, communication technologies, and the field of genetics, including the discovery of DNA's structure and its implications for genetics.
Environmental Challenges:
- Technological advancements led to pollution and environmental degradation, posing new challenges for scientific communities.

Beginnings: Simple tools used by prehistoric Filipinos and the development of shipbuilding technologies by 1000 AD.

Establishment of Institutions: Schools and research facilities set up by the Spaniards primarily benefited colonial interests.
Post-colonial Advancements: Increased investment in science and technology after World War II led to the establishment of research institutions and public awareness initiatives.

Public Health Concerns: Research focusing on diseases such as leprosy and cholera during early American governance.
Modern Challenges: Issues such as the decline of scientific knowledge and low public awareness about science amidst increasing globalization and technological demand.

Interconnectedness: Science, technology, and society influence one another, with advancements driven by societal needs.
- New habits and lifestyles emerge in response to technological changes, necessitating a balanced approach to environmental stewardship and social responsibility.