Scientific inventions have transformed human civilization by improving communication, transportation, healthcare, agriculture, and industry. Understanding major inventions and their inventors is an important part of General Knowledge for competitive examinations.
AFCAT 2 2026 Exam Static GK – Scientific Inventions
Major Scientific Inventions (Old)
| Invention | Inventor | Year |
|---|---|---|
| Printing Press | Johannes Gutenberg | 1440 |
| Telescope | Hans Lippershey | 1608 |
| Microscope | Zacharias Janssen | 1590 |
| Steam Engine | James Watt | 1769 |
| Smallpox Vaccine | Edward Jenner | 1796 |
| Electric Battery | Alessandro Volta | 1800 |
| Locomotive Engine | George Stephenson | 1814 |
| Telephone | Alexander Graham Bell | 1876 |
| Electric Bulb | Thomas Alva Edison | 1879 |
| Radio | Guglielmo Marconi | 1895 |
| X-Rays | Wilhelm Conrad Roentgen | 1895 |
| Airplane | Orville and Wilbur Wright | 1903 |
| Television | John Logie Baird | 1926 |
| Penicillin | Alexander Fleming | 1928 |
| Radar | Robert Watson-Watt | 1935 |
| Computer (Modern Concept) | Alan Turing | 1936 |
Modern Scientific Inventions
1. Internet
The Internet revolutionized global communication, commerce, and information sharing. It has become an essential part of everyday life.
Key Contributors
- Vinton Cerf
- Robert Kahn
2. World Wide Web (WWW)
Invented by Tim Berners-Lee in 1989, the World Wide Web made internet information accessible through web pages and browsers.
3. Mobile Phone Technology
Modern smartphones combine communication, computing, photography, navigation, and entertainment in a single device.
Pioneer
- Martin Cooper (First Handheld Mobile Phone)
4. GPS (Global Positioning System)
GPS enables accurate navigation and location tracking worldwide.
Developed By
- United States Department of Defense
5. Artificial Intelligence (AI)
AI enables machines to learn, reason, and make decisions. It is transforming healthcare, education, defense, and business.
Father of AI
- John McCarthy
6. CRISPR Gene Editing
CRISPR technology allows precise modification of genes and has enormous potential in medicine and agriculture.
Scientists
- Jennifer Doudna
- Emmanuelle Charpentier
7. 3D Printing
3D printing creates three-dimensional objects layer by layer and is widely used in manufacturing, medicine, and engineering.
Inventor
- Chuck Hull
8. Quantum Computing
Quantum computers use quantum bits (qubits) to solve complex problems much faster than traditional computers.
9. mRNA Vaccine Technology
This technology gained worldwide recognition during the COVID-19 pandemic and represents a major advancement in vaccine development.
Contributors
- Katalin Karikó
- Drew Weissman
10. Reusable Rockets
Reusable rocket technology has significantly reduced the cost of space exploration.
Pioneer Company
- SpaceX
Important Scientific Discoveries
| Discovery | Scientist |
|---|---|
| Gravity | Isaac Newton |
| Electromagnetic Induction | Michael Faraday |
| Radioactivity | Henri Becquerel |
| Electron | J.J. Thomson |
| Proton | Ernest Rutherford |
| Neutron | James Chadwick |
| DNA Structure | James Watson & Francis Crick |
| Relativity Theory | Albert Einstein |
| Periodic Table | Dmitri Mendeleev |
| Evolution Theory | Charles Darwin |
Scientific Inventions by Indian Scientists
| Invention/Contribution | Scientist |
|---|---|
| Raman Effect | Sir C. V. Raman |
| Green Revolution Technologies | M. S. Swaminathan |
| Missile Technology | A. P. J. Abdul Kalam |
| Supercomputer PARAM | Vijay Bhatkar |
| DNA Fingerprinting in India | Lalji Singh |
Exam-Oriented Facts
- Father of Computer – Charles Babbage
- Father of Artificial Intelligence – John McCarthy
- Father of Genetics – Gregor Mendel
- Father of Modern Physics – Albert Einstein
- Father of Nuclear Physics – Ernest Rutherford
- Father of Green Revolution in India – M. S. Swaminathan
- Father of White Revolution in India – Verghese Kurien
- Inventor of Telephone – Alexander Graham Bell
- Inventor of Radio – Guglielmo Marconi
- Inventor of Television – John Logie Baird
Quick Revision Table
| Invention | Inventor |
|---|---|
| Telephone | Alexander Graham Bell |
| Radio | Guglielmo Marconi |
| Electric Bulb | Thomas Edison |
| Airplane | Wright Brothers |
| Television | John Logie Baird |
| Printing Press | Johannes Gutenberg |
| Steam Engine | James Watt |
| Penicillin | Alexander Fleming |
| Computer | Charles Babbage |
| WWW | Tim Berners-Lee |
| Mobile Phone | Martin Cooper |
| AI | John McCarthy |
| 3D Printing | Chuck Hull |
What is a Supercomputer?
A supercomputer is a computer with exceptionally high processing speed and memory capacity, designed to solve complex scientific and engineering problems.
Measured In:
- FLOPS (Floating Point Operations Per Second)
- TFLOPS (Trillion FLOPS)
- PFLOPS (Quadrillion FLOPS)
Evolution of Supercomputers in India
1. PARAM 8000 (1991)
Developed By
Centre for Development of Advanced Computing (C-DAC)
Key Facts
- India’s first indigenous supercomputer.
- Developed after India was denied access to advanced supercomputers by foreign countries.
- Achieved a peak performance of about 1 GFLOPS.
- Marked India’s entry into the elite group of nations possessing supercomputing technology.
2. PARAM 10000 (1998)
Developed By
Centre for Development of Advanced Computing
Features
- More powerful successor to PARAM 8000.
- Used for scientific and industrial applications.
- Exported to several countries.
3. PARAM Padma (2002)
Highlights
- First Indian supercomputer to cross 1 TFLOPS.
- Ranked among the world’s top supercomputers at that time.
4. PARAM Yuva (2008)
Features
- Designed for advanced scientific computations.
- Used in weather forecasting and research.
5. PARAM Yuva II (2013)
Achievement
- One of the most energy-efficient supercomputers in the world.
- Performance exceeded 500 TFLOPS.
National Supercomputing Mission (NSM)
Launched
- 2015
Implemented By
- Ministry of Electronics and Information Technology (MeitY)
- Department of Science and Technology (DST)
Objectives
- Develop indigenous supercomputing capability.
- Strengthen research and innovation.
- Support academia, industry, and strategic sectors.
Major Modern Indian Supercomputers
PARAM Siddhi-AI
Developed By
Centre for Development of Advanced Computing
Key Facts
- Commissioned in 2020.
- AI-focused supercomputer.
- Ranked among the world’s top AI supercomputers.
- Supports artificial intelligence, machine learning, and scientific research.
Pratyush
Installed At
Indian Institute of Tropical Meteorology
Purpose
- Weather forecasting.
- Climate research.
- Monsoon prediction.
Significance
- One of India’s fastest supercomputers dedicated to meteorology.
Mihir
Installed At
National Centre for Medium Range Weather Forecasting
Uses
- Cyclone tracking.
- Climate modeling.
- Weather forecasting.
AIRAWAT
Purpose
- Artificial Intelligence research.
- Big Data analytics.
- Healthcare applications.
Developed Under
National AI initiatives of India.
Latest Indigenous Supercomputer Series
PARAM Shakti
- Installed at academic institutions.
- Supports engineering and scientific research.
PARAM Ganga
- Installed at academic and research centers.
- Used for computational science.
PARAM Ananta
- Advanced high-performance computing system.
- Supports multidisciplinary research.
Applications of Supercomputers
Weather and Climate
- Monsoon prediction
- Cyclone tracking
- Climate change studies
Space Research
- Satellite design
- Mission simulations
Defense
- Missile trajectory calculations
- Cryptography
- Strategic simulations
Healthcare
- Drug discovery
- Genome sequencing
- Disease modeling
Artificial Intelligence
- Deep learning
- Large-scale data analytics
Important Exam Facts
| Supercomputer | Country/Organization |
|---|---|
| PARAM 8000 | India |
| PARAM 10000 | India |
| PARAM Padma | India |
| PARAM Siddhi-AI | India |
| Pratyush | India |
| Mihir | India |
| AIRAWAT | India |
One-Liner Questions
- India’s first indigenous supercomputer → PARAM 8000
- Developer of PARAM series → C-DAC
- National Supercomputing Mission launched in → 2015
- AI-focused Indian supercomputer → PARAM Siddhi-AI
- Weather forecasting supercomputer at IITM Pune → Pratyush
- Supercomputer used for medium-range weather forecasting → Mihir
- Father of Indian Supercomputing → Dr. Vijay Bhatkar
MCQs
1. Which was India’s first indigenous supercomputer?
A. PARAM Padma
B. PARAM Siddhi
C. PARAM 8000
D. Mihir
Answer: C. PARAM 8000
2. Who is known as the Father of Indian Supercomputing?
A. A. P. J. Abdul Kalam
B. Vijay Bhatkar
C. C. V. Raman
D. Homi Bhabha
Answer: B. Vijay Bhatkar
3. PARAM Siddhi-AI is mainly designed for:
A. Agriculture
B. Banking
C. Artificial Intelligence
D. Mining
Answer: C. Artificial Intelligence
4. Pratyush supercomputer is primarily used for:
A. Banking operations
B. Weather forecasting
C. Railway management
D. E-commerce
Answer: B. Weather forecasting
5. The National Supercomputing Mission was launched in:
A. 2010
B. 2012
C. 2015
D. 2018
Answer: C. 2015
6. Which organization developed the PARAM series of supercomputers?
A. ISRO
B. DRDO
C. C-DAC
D. BARC
Answer: C. C-DAC
7. Which Indian supercomputer is dedicated to climate and monsoon prediction?
A. Mihir and Pratyush
B. AIRAWAT
C. PARAM Yuva
D. PARAM Ganga
Answer: A. Mihir and Pratyush
8. PARAM Padma crossed which performance milestone?
A. 1 GFLOPS
B. 1 TFLOPS
C. 1 PFLOPS
D. 100 PFLOPS
Answer: B. 1 TFLOPS
9. AIRAWAT is associated with:
A. Agriculture research
B. AI and Big Data
C. Nuclear energy
D. Oceanography
Answer: B. AI and Big Data
10. Which mission aims to strengthen India’s indigenous supercomputing ecosystem?
A. Digital India Mission
B. Make in India
C. National Supercomputing Mission
D. Startup India
