World Quantum day Presentation For School

World Quantum Day: Exploring the Mysteries of Quantum Science

This presentation, created by Ayushi Yadav, delves into the fascinating world of quantum science in celebration of World Quantum Day. It provides a comprehensive overview of quantum physics, its significance, and its future applications, aiming to raise public awareness and spark curiosity about this intriguing field.

Overview
World Quantum Day, celebrated on April 14, highlights the importance of quantum science and technology. This date is chosen to reference Planck's constant (4.14), a fundamental value in quantum physics. The presentation covers the basics of quantum mechanics, its current impact, and its potential to revolutionize various fields.

Key Sections
Introduction to World Quantum Day

Significance of April 14: Explains the choice of date in relation to Planck's constant.
Goals: Aims to raise public awareness and foster a deeper understanding of quantum science and its applications.
Understanding Quantum Science

Basic Concepts: Simplifies complex quantum phenomena like superposition, entanglement, and probabilities.
Quantum Weirdness: Describes how atoms and particles behave in ways that defy classical logic.
Importance and Applications of Quantum Science

Quantum Computers: Potential to solve complex problems faster than traditional computers, impacting fields like medicine, materials science, and artificial intelligence.
Quantum Cryptography: Creating unbreakable codes for secure communication.
Future Advancements: Explores other potential applications and how quantum technology can transform our understanding of the universe.
Educational Segment

Quantum Coin Analogy: Uses the analogy of a coin to explain superposition and the fundamental differences between classical and quantum physics.
Interactive Quiz: Engages viewers with questions about quantum science, famous scientists, and key concepts to test their knowledge.
Conclusion
This presentation emphasizes the significance of quantum science in our understanding of the universe and its potential to revolutionize various technologies. By spreading awareness and fostering curiosity, World Quantum Day aims to inspire future generations to explore the mysteries of quantum mechanics.

1. WORLD
QUANTUM
DAY
Max Planck

2. WHY APRIL
14?
The World Quantum Day is celebrated on April
14, a reference to 4.14, the rounded first digits
of Planck’s constant: 4.1356677×10−15 eV⋅s =
0.000 000 000 000 004 1356677 electron volt
second, a product of energy and time that is
the fundamental constant governing quantum
physics.

3. Goals
World Quantum Day is an annual event to raise
public awareness about quantum science and
technology. It explores how it impacts our
understanding of the universe, current technologies,
and future advancements. The day is celebrated
through various activities organized by scientists and
enthusiasts around the world.

4. What is
Quantum
Science?

5. Imagine everything around you is made of tiny building blocks, way smaller than even the
tiniest speck of dust. These are atoms, and they're the stars of quantum science!
Regular science explains how things like baseballs and bikes move. Quantum science explains
how these super-small atoms behave, and it's a bit weird. Here's the basic weirdness:
Tiny Tricksters: These tiny atoms can be in multiple places at once, like a coin that's both
heads and tails until you look at it. This strangeness is called superposition.
Probabilities Rule: We can't know for sure exactly where these tiny things are or what
they're doing. Quantum science deals in chances, like the chance of the coin landing on
heads.
Spooky Action: Sometimes, these tiny atoms can be connected, even if they're far apart.
Imagine flicking a coin here and instantly affecting another coin miles away – that's kind of
like entanglement, a mind-bending concept in quantum science.

6. Quantum science might seem strange, but it's super
important!
It has the potential to revolutionize many fields! Here's a
glimpse into its future applications:
Superfast computers: Quantum computers could solve
problems that would take regular computers billions of
years, leading to breakthroughs in medicine, materials
science, and artificial intelligence.
Unbreakable codes: Quantum mechanics can create
uncrackable codes for ultimate online security. Think of
a secret message only you and the recipient can
unlock, no matter how hard hackers try!

7. The
Quantum
Coin

8. Regular coins have two states: heads or tails, we know for
sure which state it's in after flipping - this is the classical
logic.
The quantum coin defies classical logic.
It can exist in both heads and tails states (superposition) at
the same time. This weirdness applies until someone
observes the coin.
Quantum Coin

9. World
Quantum Day
Quiz

10. a) Microwave oven
b) CD player
c) Toaster
d) Washing machine
1.Which invention uses lasers?

11. 2. Name two famous scientists and
their discoveries.

12. a) Orbits
b) Shells
c) Rings
d) Sub-shells
3.Electrons zoom around the nucleus in
special areas called:

13. a.Lambda
b.Phi
c.Nu
d.Kappa
4.What Greek letter is used to
denote frequency?

14. a) A sound wave
b) A stream of tiny particles (photons)
c) A type of gas
d) A magical force
5. Light is a form of energy, but
what else can it be described as?

15. a) Quantum confusion
b) The observer effect
c) Tiny world weirdness
d) Superposition
6.The concept of a quantum
particle being in multiple states at
once is called what?

16. a) Albert Einstein
b) Marie Curie
c) Stephen Hawking
d) Isaac Newton
7.The Theory of Relativity is
presented by which scientist?

17. a) Red
b) Indigo
c) Violet
d) Orange
8.What colour deviates least when
passing through a prism?

18. a) Johannes Kepler
b) Albert Einstein
c) Nikola Tesla
d) Stephen Hawking
9.Who gave the black hole theory?

19. a) Stephen Hawking
b) Albert Einstein
c) Max Planck
d) Johannes Kepler
10.Who is the father of Quantum
Theory ?