Information Age Notes

Historical & Technological Milestones

• Information: Knowledge or facts obtained through observation, experimentation, studying, or instruction.
• Communication: The process of transmitting information through various media (words, pictures, sounds, multimedia, digital technology).
• Developments in Information and Communication Technologies (ICT) have significantly propelled societal growth.

Printing Press

• Johannes Gutenberg (1439): German inventor of the printing press, marking the start of the Information Age.
  • Gutenberg press: A wooden device with adjustable molds using oil-based ink for rapid reproduction of printed materials.
• Friedrich Koening (early 1800s): Invented the first steam-powered mechanical printing press in Germany.
• Richard Hoe (1843): American inventor of the rotary printing press, which became standard for large-scale printing.

Telecommunication

• Telecommunication: Long-distance transmission of information using electromagnetic systems (radio, television, cable, fiber optics, satellite).

• Samuel Morse (1837): Developed Morse Code, a signaling alphabet of dots and dashes, becoming standard for commercial telegraph.

• Alexander Graham Bell (1876): Patented the first practical telephone.

  • Bell's telephone: An acoustic telegraph enabling audible communication over distance, transmitting voice via wire.

• Guglielmo Marconi (1890s): Developed radiotelegraph technology, paving the way for radio communication using radio waves as a transmitting medium.

• John Logie Baird (1925): Demonstrated a functional television.

  • Baird's television: Uses a selenium photoelectric tube to convert light signals into electrical signals transmitted via radio waves.

• Television evolved into a household appliance with TV broadcasting becoming a major commercial industry.

Digital Technology

• Digital Technology: The use of electronic tools to generate, store, process, and communicate information.
  • Began in the mid-1940s with the first digital computer and advancements in integrated circuits, satellite telecommunication, and the internet.
• ENIAC (1946): The first digital computer, invented by John Mauchly and J. Presper Eckert.
  • A large device weighing 27 tons, consuming 150 kW of electricity with over 100,000 electronic components.

Personal Computers (PC)

• MITS Altair 8800 (1974): The first PC released by MITS.
• Apple (1976): PC released by Steve Jobs and Steve Wozniak.
• Epson HX-20 (1981): The first laptop released.
• Microsoft software (1983): Release by Bill Gates, becoming a dominant PC operating system.

Mobile Phones or Cellphones

• DynaTAC 8000X (1983): The first commercial cellphone, released by Motorola.
• Nokia 1011: Became the first best-selling handset phone, with 250 million units sold by 2003.
• iPhone (2007): Iconic smartphone first released by Apple with its iOS system.
• Android OS (2008): Cellphone OS developed by Google, capturing around 70% of the global market.

The Internet and Social Media

• World Wide Web (Internet) (1989): Developed by Tim Berners-Lee, who launched the first web browser and webpage using HTML.
• Gopher (1991): A protocol for searching specific content on the internet.
• Amazon (1995): Launched as an online bookstore, evolving into a top online shopping website.
• Hotmail (1996): Introduced free web-based e-mail service.
• Google (1998): Launched a search engine that became the most popular one today.
• Social Media Apps: Interactive platforms changing communication and interaction online (e.g., Facebook, YouTube, TikTok, Instagram, WhatsApp).

Most Popular Social Media Platforms (January 2023)

• Facebook: 2,958 million monthly active users
• YouTube: 2,514 million
• WhatsApp: 2,000 million
• Instagram: 2,000 million
• WeChat: 1,309 million
• TikTok: 1,051 million

Impacts of the Information Age

• Gutenberg press: The first wave, which facilitated mass communication and spurred a knowledge-based economy.

  • Enabled the mass spread of ideas from the Renaissance, Scientific Revolution, and Protestant Reformation.
  • Increased literacy and social awareness, leading to the rise of the middle class.

• Telecommunication: The second wave, enabling efficient communication by overcoming geographical barriers.

  • Accelerated information transmission during the Industrial Age.
  • Strengthened global intellectual property protection, encouraging technological innovation.
  • Real-time communication became crucial; however, it was also used for propaganda during world wars.

• Broadcasting Technology: Became the key medium for news, entertainment, and advertising.

  • Companies competed for exposure, but it was also misused for propaganda and misleading ads.

• Digital Technology: The third revolutionary wave, resulting in efficient information flow and global interconnectivity.

  • Integral to daily activities, allowing immersive entertainment, online business, remote work, and education.
  • Social media expanded interaction across distances, offering vast online resources and transforming consumers into information creators.
  • Social media campaigns have had positive effects like socio-political awareness and inspiration for positive change.

• Perils of Digital Technology:

  • Online addiction
  • Cyberbullying
  • Fake news
  • Cybercrimes

Online Addiction

• Online addiction involves being engrossed in online activities, especially social media.
  • Studies reveal high levels of internet addiction among youth in the Philippines, at approximately 49.3% (Fernandez et al., 2021).
• Mental health effects (Sunday et al., 2020):
  • Anxiety
  • Stress
  • Depression
  • Increased influence of alcohol, smoking, and drug use
  • Pressure to engage in risky sexual behavior
  • Increased inclination to online violence

Cyberbullying

• Cyberbullying: Using digital technology to threaten, harass, or humiliate someone.
  • Prevalence among children and youth in the Philippines is around 40% (Costales et al., 2022).

Fake News

• Fake news: Deliberate hoaxes or misinformation spread online, particularly through social media.
  • Disseminated by organized groups for political or financial gain using trolls and bots.
  • Personal impact: Induces irrational thoughts and behaviors, personal conflicts, and damaged relationships.
  • Societal impact: Can induce panic, manipulate public opinion, and cause social disturbances.

Cybercrimes

• Cybercrimes: Criminal activities using digital technology, like cyberattacks, identity theft, fraud, and money laundering.
  • Projected international cybercrime losses will break through US $9.5 trillion in 2024.
  • Philippines are vulnerable due to weak IT security (Dacanay et al., 2024).

Brief History of AI and Robotics

• Artificial intelligence (AI): Creation of computers with cognitive functions mimicking human intelligence using algorithms.
  • e.g., Alexa, ChatGPT.
• ChatGPT (2022): Launched by OpenAl, a generative AI leading to a surge in public interest and investment in AI.

Milestones in AI History:

• 1642: Blaise Pascal builds the first mechanical calculating machine.

• 1837: Charles Babbage and Ada Lovelace create the first design for a programmable machine.

• 1943: Warren McCulloch and Walter Pitts establish the foundations of neural networks.

• 1950: Alan Turing introduces the Turing test to assess a machine's intelligence.

• 1955: The term 'Artificial intelligence' is coined.

• 1965: ELIZA, the natural language programs is created.

• 1980s: Edward Feigenbaum creates expert systems.

• 1997: Deep Blue beats Garry Kasparov in chess.

• 2008: iRobot launches Roomba.

• 2009: Google builds the first self-driving car.

• 2011: IBM's Watson defeats Jeopardy! champions.

• 2011-22: Personal assistants like Siri, Google Now, and Cortana emerge.

• 2014: Ian Goodfellow invents GANs.

• 2016: AlphaGo defeats Lee Sedol in Go.

• 2018: Universities offer AI courses.

• Robotics: An interdisciplinary field focused on creating mechanical devices that mimic human behavior.

  • Robots are designed to replace humans in repetitive or hazardous tasks.
  • Powered by computer systems, robots can sense process, integrate information, and respond mechanically.

Types of Robots

• Industrial Robots: Used for manufacturing (welding, materials assembly, painting).
• Service Robots: Assist humans in home and business tasks (vacuum cleaners, cooking robots).
• Mobile Robots: Navigate and move objects or transport (self-driving vehicles).
• Humanoid Robots: Imitate human interactions and movement (customer service robots).
• Medical Robots: Used in healthcare and surgery.
• Collaborative Robots (Cobots): Work alongside humans on collaborative tasks.

Impacts of AI and Robotics

• Greater efficiency and lower costs lead to human workers being replaced by AI and robots.
• Potentially disruptive impacts on economic, social, political, educational, and personal aspects of life.

Ethical Issues of AI and Robotics

• Unemployment: AI and robots may cause mass job displacement.
• Inequality: Drastic reduction in wages, leading to a wealth gap, tension, and poverty.
• Humanity: Tech addiction, digital seclusion, technology-driven depression, and isolation.
• Artificial Stupidity: Mistakes made by AI in its learning phase.
• Racist Robot: AI replicating biases and judgment of humans creating them.
• Security: Cybersecurity breaches compromising safety and privacy.
• Singularity: AI becoming more intelligent than humans, leading to uncontrolled consequences.
• Evil Genies: Super-intelligent AI deciding on its own, potentially harming humanity (Nick Bostrom’s argument).

Intellectual Property

• Intellectual property: Work or invention resulting from creativity, granting ownership rights.
  • Industrial property: Patents, trademarks, geographical indications, trade secrets, designs.
  • Copyright: Protection for original creative works (books, media, music, etc.).

Patent

• An exclusive right for an innovation that provides a new method of producing or solving a technological problem (WIPO, 2020).
  • Conditions for patentability:
    • Practical use
    • Novelty
• It protects inventions for 20 years, providing incentives for inventors.

Trademark

• Any visible, distinctive sign identifying goods or services.
  • Essential for brand recognition, quality, and goodwill.

Geographical Indication (GI)

• A trademark for goods with a specific geographical origin and characteristics.
  • Protected as a collective mark under the Philippine Intellectual Property Code (e.g., Guimaras mangoes).

Trade Secret

• Protection for confidential information providing a competitive edge (recipes, formulas, data).
  • Protected by a non-disclosure agreement (NDA).

Industrial Design

• Pertains to the decorative or aesthetic features of an article or product.
  • Enhances commercial value and marketability.

Copyright

• Applies to any work made and fixed in a tangible form.
  • Protects the owner's rights in terms of reproduction, distribution, and modification.
  • Copyright lasts for the life of the holder plus 50 years.

The Value of Intellectual Property

• Contributes to the progress and well-being of humanity.
• Encourages commitment of resources for innovation.
• Spurs economic growth, creates jobs, and enhances life quality.

International Treaties:

• Convention for the Protection of Industrial Property (Paris, 1883).
• Convention for the Protection of Literary and Artistic Works (Berne, 1886).
• Administered by the World Intellectual Property Organization (WIPO, 1967).

Registration in the Philippines

• Administered by the Intellectual Property Office of the Philippines (IPOPHL).
• The Patent Cooperation Treaty (PCT) facilitates international patent applications.

How to Secure a Patent

• File an application with the national patent office (IPOPHL).
  • Include title, background, description, graphic representations.

How to Apply for a Trademark

• File an application with IPOPHL.
  • Show a clear reproduction of the sign, its colors, forms, and a list of goods or services.
  • The sign must be unique.

How to Apply for a Copyright

• Copyright is automatic upon the creation of a work.
  • Registration is optional for safeguarding against legal disputes.
  • Collective management organizations (CMOS) provide legal support.

What is Biodiversity?

• Biodiversity: The variability among living organisms, including diversity within species, between species, and of ecosystems.

Three Types of Biodiversity

• Genetic Diversity: Variability in heritable traits within species.
• Species Diversity: Number of different species in an ecological community (animals, plants, fungi, protists, bacteria, archaea).
• Ecosystem Diversity: Variability in ecosystems (terrestrial and aquatic).

Megadiverse Countries

• Seventeen countries harboring around 67% of Earth's species (e.g., The Philippines, Brazil, Australia, China, Indonesia).

Importance of Biodiversity

• Provisioning Services: Fresh water, food, medicinal resources, raw materials.
• Regulating Services: Air quality, water regulation, erosion control, climate control, disease/pest regulation, pollination.
• Cultural Services: Spiritual, aesthetic, recreational, and health benefits.
• Supporting Services: Nutrient cycling, photosynthesis, soil formation.

Threats to Biodiversity

• Human Population Explosion: Disproportionate exploitation of natural resources.
• Habitat Destruction: Disruption of natural habitats.
• Pollution: Contamination of the environment.
• Wildlife Poaching: Illegal catching or killing of animals for commercial reasons, the wildlife trade is worth between US $7-23 billion annually.
• Global Warming and Climate Change: Burning of fossil fuels, deforestation, and unsustainable agriculture.

Greenhouse Gases

• Greenhouse gases (GHGs): Gases absorbing and releasing infrared radiation (carbon dioxide (CO2), methane (CH4)).

Greenhouse Effect

• Greenhouse Effect: Heat is trapped in the lower atmosphere by GHGs.
  • Natural greenhouse effect supports life.
  • Human enhanced greenhouse effect causes excessive heat, leading to global warming.

Global Warming

• Global warming is the rise in average global temperature.
  • CO_2 increased by 45% from 280 ppm in 1750 to 451 ppm in 2019.

Climate Change

• Climate: Average atmospheric condition over time.
• Climate change: Disruption of climatic patterns.

Impacts of Climate Change

• Meteorological impacts: Altered weather patterns, extreme conditions.
• Environmental impacts: Changes to lithosphere, atmosphere, hydrosphere, and biosphere.
  • Oceanic acidification
  • Melting of ice
  • Sea level rise
  • Biodiversity loss
• Economic impacts: Loss of lives/livelihood, damage to property, disruption of activities.
• Socio-political impacts: Prevalence of diseases, population displacement, and upheavals.