Study notes for BEGAE-182 Block 1 Unit 2 — Global Village. Covers Marshall McLuhan, the 360-Century Day, communication milestones, how printing changed society, and SMS vs ancient writing strategies. Free PDF download.
These are free study notes by IGNOUNotes.in for BEGAE-182 Block 1 Unit 2 — The Globalization of Communication: A Global Village. This unit explains how technology shrank our world, who coined the term "global village," and how each major communication invention changed society. Full exam-ready notes with model answers below.
Imagine living 150 years ago — no electricity in most homes, no telephone, no radio, no television. News from another city took weeks to arrive by letter. Travelling was done by bullock cart or on foot. The world felt enormous.
Today, you can video call someone in New York from a village in Rajasthan. You can watch a cricket match live from Australia. You can get news from anywhere in the world within seconds. What changed everything? Communication technology.
Technology has "shrunk" our world. What once took weeks now takes seconds. The world has not physically become smaller — but our ability to connect with it instantly makes it feel like a small, familiar place. Like a village.
The term "global village" was coined by Canadian scholar Marshall McLuhan. He died on the last day of 1980 (December 31) and has been called "the most celebrated English teacher of the twentieth century." Although he was a professor of English literature, he became famous as a communications theorist and philosopher.
McLuhan used "global village" to describe a world that is interconnected by the instantaneous flow of information between any two points on the globe. Events anywhere in the world can be experienced everywhere else in real time. This makes the world feel like a village — where everyone knows what is happening — but the "village" is now the entire planet Earth.
When India plays cricket in Australia, millions of Indians watch it live at the same time. An earthquake in Japan is reported on Indian news channels within minutes. A protest in one country inspires protests in other countries the same day via social media. A film released in Mumbai is watched the same night in London, Toronto, and Dubai. This is the global village McLuhan described decades before the internet even existed.
• Nationality: Canadian
• Background: Professor of English Literature (not technology)
• Died: December 31, 1980
• Coined: "global village"
• Key book: Understanding Media (1964)
These facts are asked directly in IGNOU exams.
To understand how dramatically things have changed, the IGNOU textbook gives a remarkable true story from 1892.
In 1892, the grandfather of famous astrophysicist S. Chandrashekhar (who discovered the Chandrashekhar Limit related to neutron stars and black holes; his uncle was Sir C.V. Raman) had to travel from Tiruchi in Tamil Nadu to Vijayawada in Andhra Pradesh.
The journey took 21 days — three full weeks because:
• First, they traveled out of the way to Guntakal to board a train
• Then by construction train and canal boats to Rajahmundry
• Finally, four days by bullock cart to reach Vijayawada
The very next year, his father made the same journey in just one day — because the railway line had been completed.
That is the power of technology. One year changed 21 days into 1 day.
Today, Tiruchi to Vijayawada is about 700 km. You can fly in under 2 hours, travel overnight by train, or drive in about 10 hours. The same journey that took 21 days in 1892 now takes a few hours. This story perfectly illustrates how technology compresses both time and space.
Communication scholar Frederick Williams created a brilliant way to understand just how recent our modern communication tools really are. He imagined the entire 360 centuries (36,000 years) of human cultural history compressed into a single 24-hour day. This is called the 360-Century Day.
Here is what happens in that imaginary day — and when:
Fig 2.1 — The 360-Century Day: Human Communication History as 24 Hours (Frederick Williams, 1982 · Ref: BEGAE-182, Block 1, Unit 2, IGNOU)
The key point of the 360-Century Day: almost all modern communication tools appeared in the last 7 minutes of a 24-hour day representing 36,000 years. Williams was writing in 1982, so his list does not include the personal computer, the internet, or the mobile phone — all of which came after. This makes the "communications explosion" even more dramatic today.
| Year | Invention / Milestone | Significance |
|---|---|---|
| ~34,000 BCE | Spoken language + Cave paintings | Earliest human communication — visual and oral |
| ~4000 BCE | Writing (Sumerians) | First time spoken words were captured permanently |
| 600 CE (China) / 1453 CE (West) | Printing press | Made mass literacy and distance education possible |
| 1855 CE | Telegraph | First time a message traveled faster than the messenger |
| 1876 CE | Telephone | Real-time voice communication across long distances |
| 1900 CE | Commercial Radio | Mass broadcast communication begins |
| 1912 CE | Sound Motion Pictures | Audio-visual communication for mass audiences |
| 1942 CE | Electronic Computer | Automation and data processing at scale |
| 1946 CE | Xerography (Photocopier) | Easy reproduction of documents without reprinting |
| 1951 CE | Colour Television | Mass visual broadcasting in colour |
| 1956 CE | First transatlantic telephone cable | Allowed 36 simultaneous calls; modern fibre cables carry 600,000! |
| 1962 CE | First commercial satellite | Global communication through space — truly worldwide |
Communication theorists have observed that every major change in communication technology causes a major change in society. This is one of the most important ideas in this unit.
Changes in communication technologies lead to unprecedented social change. They alter how we learn, what we value, our ideas about family, nation, and society. The technology does not just carry messages — it reshapes the world those messages travel through.
| Communication Change | Social Change It Caused |
|---|---|
| Invention of writing (~4000 BCE) | Knowledge could be stored and passed on without relying on memory alone. Record-keeping, laws, and history became possible. |
| Invention of printing (1453 CE) | Universal literacy became a realistic goal. Schools for all children became necessary. Distance education became thinkable. |
| Telegraph and telephone (1855–1876) | Business could be done across continents. News could travel faster than people. Governments could coordinate faster. |
| Radio and television (1900–1951) | Mass culture emerged. Shared national experiences (cricket matches, elections, disasters) became possible for entire populations. |
| Internet and mobile phones (1990s–present) | Virtual communities, global business, diaspora communities staying connected, social movements organised online (Arab Spring, #MeToo). |
| Before Printing | After Printing |
|---|---|
| Books were handwritten — very rare and precious | Books could be mass-produced cheaply and distributed widely |
| Most people were illiterate — literacy was not expected of all | Universal literacy became a social goal; schools became necessary for all children |
| Knowledge transmitted orally — teacher to student in person (guru-shishya parampara) | Knowledge could travel in written form to people the teacher never met; distance education became possible |
| Great emphasis on memory — Sanskrit texts like Panini's grammar and the Amara Kosha were memorised entirely and passed down through generations | Books stored information; rote memory became less central to formal education |
| Distance education was unimaginable — teacher and student had to be physically present | Radio, TV, and now the internet combine distance education with oral teaching — IGNOU itself is a direct result of this |
The guru-shishya parampara (teacher-student tradition in India) and the Socratic method (teaching through oral dialogue in ancient Greece) were the dominant forms of education when everything was oral. Today, IGNOU teaches millions of students without requiring them to be physically present — made possible by printing, radio, TV, and the internet. You are studying this unit as part of that very tradition.
One of the most interesting ideas in this unit is that SMS texting — which many adults see as a corruption of English — actually follows strategies used by the inventors of writing itself, thousands of years ago.
Early writing systems were limited by the materials available — writing on clay or stone was slow and expensive. So they kept messages short and economical, leaving out predictable letters. SMS does the same thing because of screen space and typing speed.
| SMS / Modern Text Strategy | Ancient Parallel |
|---|---|
| Leaving out vowels: Pls snd bk immdtly (Please send back immediately) |
Semitic languages (Hebrew, Arabic) traditionally left out vowels in writing because they were predictable from context — readers filled them in automatically |
| Using numbers for sounds: "2" for "to", "b4" for "before", "gr8" for "great" |
Rebus writing used by Sumerians: using a picture of an arrow (pronounced "ti") to write the word "ti" (meaning life). Same sound = same symbol, regardless of meaning |
| Abbreviations: brb, lol, omg, btw |
Ancient scribes used abbreviated forms on clay tablets to save space on expensive writing materials — exactly the same logic as saving characters in a text |
"The SMS messenger of today is actually falling back on strategies for making a message short and easy to write that were used by the inventors of writing, some millennia earlier."
Linguists say each generation re-invents language — what adults call "corrupting English" is actually applying age-old communication strategies to new technology.
Homophones are words that sound the same but mean different things — sun/son, be/bee, knot/not, see/sea.
Rebus writing uses pictures or symbols that sound like words to represent those words — e.g., using a picture of a bee + "4" = "before". Sumerians invented this technique thousands of years ago. SMS users rediscovered it naturally.
2-mark → 40–60 words | 4-mark → 100–150 words | 6-mark → 200–280 words
Always use examples. Never just define — always explain and illustrate.
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