Unravelling the Mystery of Quantum Computing" is like peeking into a cosmic treasure chest! 🌌 We're decoding qubits, superpositions, entanglements, and interferences – think of it as unlocking the secrets to a quantum universe of endless possibilities! Come join the fun as we dive deep into the quantum realm and uncover the magic behind tomorrow's technology!

1. QUANTUM
COMPUTING
UNRAVELINGTHE MYSTERIESOF

2. QuantumComputing

3. QuantumComputing
0
1
BITS
Qubits
Quantum Bits
Changing the way computers think…

4. You are entering the Quantum World!!!
QuantumComputing

5. QuantumComputing
QuantumProcessor
QuantumComputer

6. How does a qubit works ??

7. ELECTRON
SPIN DOWN SPIN UP
QuantumComputing
ELECTRON
0 1

8. The qubit is spinning in every
direction possible within it’s
sphere
SUPERPOSITION
QuantumComputing
SPIN DOWN/ SPIN UP

9. SUPERPOSITION
QuantumComputing
BITS BITS
0 0 0 0
1
1
0 1 0 1
2
1
1 0 1 0
3
1 1 1 1
4
STATE

10. “Spookyactionat a distance”
– SirAlbertEinstein
ENTANGLEMENT
QuantumComputing
SPINDOWN SPINUP

11. INTERFERENCE
=
=
CONSTRUCTIVE
DESTRUCTIVE
QuantumComputing

12. QuantumComputing
RSA KEY

13. • A quantum computer can factor numbers
exponentially faster than classical computers.
15 = 3 *5 (…easy)
38647884621009387621432325631 = ? * ?
SHORE’S ALGORITHM

14. Why do we need
Quantum
Computers ??

15. • Macroscopic particles / Silicon Chips.
• Bits 0 or 1
• Send digitalsignals using bits.
• Encryption is basedon mathematical
Algorithms.
• Operatesat room temperature.
• Everydaytasks.
• Microscopic particles / Atoms.
• Qubits 0 or 1 or both.
• Sends data through the use of particles or
photons.
• Encryption is basedon quantum properties.
• Operatesat Ultra cold temperature.
• Optimizations,analysisand simulation.
CLASSICAL COMPUTING V/S QUANTUM COMPUTING

16. Applications

17. “If you think you understand quantum mechanics,
you don’t understand quantum mechanics.”
-Richard Feynman
(AmericanTheoreticalPhysicist)
THANK YOU
QuantumComputing
SaiRam
Potlapalli
Ashwin
KulangaraShaji