Study Notes for Chapter 7: When Technology and Humanity Cross

The world is entering a transformative period with unexpected developments.
Questions arise concerning the positive and negative effects, limitations, and ethical dilemmas of technological advancements.
Technology, as an external part of science, should be understood through its responsive capabilities. The inner workings of technology can be regarded as a "black box."

By the end of this chapter, students will:

Rationalize the advantages, disadvantages, and limitations of technology in human application.
Identify and examine local and international government policies relating to human rights in the context of new technologies.
Discuss examples of ethical dilemmas in where technology intersects with moral and social conflicts.

Easier living: Technology simplifies tasks and enhances ease in daily life.
Faster travel: Transportation methods have significantly gained speed.
Enhanced communication: Accessibility, speed, and reductions in cost.
Improved living standards: Innovations in technology elevate quality of life.
Advancement: Technology paves the way for human progression.
Realization of the impossible: Science and technology make previously unfeasible concepts reality.
Increased comfort: Technology offers solutions that render life more convenient.

Misuse of Technology: Human tendencies toward damage and illegal activities.
Harmful effects: Technology may produce detrimental impacts on youth and society.
Tools for terrorism: Technology can be exploited for destructive purposes.
Health concerns: Illnesses arising from advancements in fields such as atomic energy.
Environmental impact: Creation of nuclear energy affects living beings and ecosystems.
Loss of natural beauty: Technology-driven developments contribute to the degradation of nature.

Natural Limits: Boundaries that prevent technology from achieving the impossible, e.g., speed of light barrier in physics.
Economic Limits: High costs of production render some technological advancements unmanageable, such as gene therapies and climate change mitigation strategies.
Ethical Limits: Cultural boundaries established by beliefs impact the application of technology, especially in sensitive areas like genetic engineering and cybernetics. Questions about access and moral implications arise.

Derived from "humanitas" (Latin), humanity signifies the human race and attributes like kindness, creativity, and love.
Advances in technology compel humans to adjust lifestyles and continuously aim for enhanced living standards.
Humanity’s future hinges on utilizing technology wisely for extended survival and quality of life.
Sagan (2004) describes today as a phase of "technological adolescence," focusing on the dual paths of ascension or potential destruction due to technological misuse.

Past congressional efforts over 30 years focused on indirect strategies to blend economic growth with technological advancement, favoring:
  - Tax policies
  - Intellectual property rights protection
  - Antitrust laws
Technology plays a key role in promoting new goods and services, improving productivity, and shaping international trade dynamics.

Established in 1960, comprising 35 countries focused on economic development, science advancement, and innovation.
Key transformations involve rapid application of new technologies and the shift towards knowledge-intensive industries.

In response to a crisis in their technology market, initiated reforms are targeting 23 industries for innovation, leveraging strategies from Japan and South Korea.

Dilemma: Situations involving tough moral choices stemming from technological applications.
Ethics: Principles governing conduct in tech usage.

Utilitarian Criterion: Judging actions based on outcomes for the greater good.
Rights-based Criterion: Decisions must reduce violations of individual rights (e.g., privacy).
Justice Criterion: Fairly enforcing rules that ensure balanced benefits and costs.

Real-Time Surveillance: Questions concern data usage frequency and potential abuse by various actors.
Space Colonization: The ethics of exposing astronauts to risks during missions like colonizing Mars.
Wearable Technology: Balancing health benefits with privacy concerns.
Cyber Warfare: Legalities and rights regarding retaliating against cyberattacks.
Synthetic Biology: Concerns about creating and patenting synthetic life forms.
Human-Animal Hybrids: Ethical discussions on merging species.

Technology’s impact is multifaceted, requiring thoughtful engagement towards its application.
Ethical policies and regulations must evolve in tandem with technological advancements to safeguard humanity.

Thobela (2023). The impact and limitations of technology on human life.
Sagan, C. (2004). Technological adolescence: humanity's future challenges.
U.S. Environmental Protection Agency reports on climate change and global warming.