Global Azure Bootcamp 2016 - Lyon : Keynote Quantum : Concepts explained & Live coding with Q# and IBM Q

Global Azure Bootcamp#GlobalAzure #MUGLyon #AZUGFR LYON - FRANCE
Samedi 21/04/2018 ; 2ième étage : EPSI Campus HEP Lyon - René Cassin, 7 rue Jean-Marie Leclair
V1.1
Keynote Quantum : Definition & Live coding with Q# and IBM Q
Coding on a TRUE Quantum computer is possible ? Yes, we’re gonna prove & demo it!
Vincent Thavonekham
@vThavo | VISEO
Louis Charavner

www.thavo.com
@vThavo
2013-2015 : Microsoft vTSP Azure
2015: Microsoft p-Seller Azure + ALM TFS + Data
2015: WPC Orlando awarded Top 5 best pSeller partner Fr
2015,16,17,18: Azure MVP Award
2017/18: Microsoft Regional Director
CERTIFICATIONS / DEGREES:
Microsoft Certified Professional
ITIL v3, PRINCE2, ScrumMaster, BEng Honors,
PgD & MSc. IT in Intelligent Systems (distinction & 1st rank)
Author & co-author : DevOps & Azure
(France & international www.aka.ms/aiplaybook)
- Published books, white paper and magazine articles
- Round Table panels including live streaming
(Electric Cloud, with Gene Kim, The Phoenix project)
MVP Community in Seattle !
I’m a very dynamic Microsoft Regional Director & MVP @VISEO

Who am I ?
louis@charavner.fr
Louis Charavner
Web Developper

• Quantum few concepts
• Logicals gates
• Hardware
• Where are we ?
• Live coding with Microsoft Q# vs. IBM Q
AGENDA - Quantum computing
4

– Introduction
5

My passion ! mesureable
6
y
xz
Zoom x 1

Same with an Atom
7
y
xz
Zoom x10 000 000 000

Quantum Physics
8
2^1 = 2 pathsOnly 2 states 2^5 = 32 paths
Source : Dr. Talia Gershon
Source:CC0CreativeCommonspixabay
OFF = 0 ON = 1
Zoom nearly-Infinity

Quantum Physics
9
F(N) = 2N
272 =
472000000000000000
0000 paths
2few hundred
=1000000000000000
00000000 etc….
= quasi ∞
= More 0 than #particles
in known universe !
https://www.desmos.com/calculator

Schrödinger's cat - Weird ?
10

– Introduction
– Experiments
11

Quantum few concepts : Photon rifle
12

Quantum few concepts
13
« Basic » experiment

14
?
?

15
Experiment with sensor, which slot ?

Without sensor
16
With sensor

Without sensor
17
With sensor

Observation
18
&=
Duality particule waves
The Young's slits
Particule Wave

– Introduction
– Experiments
– Quantum principles
1. Entanglement (in French=Intrication)
2. Dechoerence
3. Duality particle-waves
4. Superposition
• …
19

1- Entanglement ?
20

John Stewart Bell
1- Entanglement ? (in French=Intrication)
21
|1> |1>
Aand B seam to communicate faster than light !
A B

2 – Dechoerence : particule
22

23
T = - 273,135 °C
= 0,015 K
(colder than
space)
2 - Dechoerence

• Hardware
– Regular processors
24

Regular processor
25
01011101011001011001101010
10101010101001010101010101
01010101010101010101010101
01010101010101111010101010
010101010010100010101
11111010101011010010101101
01011101101110110111011111
01110111010101110101110101
11101010101111011011101010
10101011101011101111010011
1010
Bits
Bits

• Hardware
– Logical gates
26

OR
Logical gates
27
• OR
• AND
• NOT
• NOR
• NAND
• XOR
• (a few more such as XNOR)
Regular gates : 2
states
Only 2 Bits : 0 / 1
• PauliX
• PauliY
• H - Hadamar
• T - π/8
• ... ∞ ops
Quantum gates : ∞
states
Source:CC0Creative
Commonspixabay
by James Joseph
Sylvester in 1867
Source Wikipedia

Logical gates - Quantum gates
28
Pauli-X = UNOT

• Hardware
– Logical gates
– Quantum applications
29

Regular applications
30
Nom Numéro
David 06 51 96 45 20
Andréa 07 56 23 87 41
Risitas 06 87 98 56 23
Diabl0x9 06 54 12 45 89
Shor 04 52 36 98 78
Feynman 06 51 38 45 95
Young 06 41 74 74 45
Current algorithm
Exhaustive full scan
N-lines  N-steps
1 000 000 Lines
1 000 000 Steps
Bill = 0x xx xx xx xx ?

Quantum applications
31
Quantum Algorithm
Grover Algorithm
N-lines = √N-Steps
1 000 000 Lines
1 000 steps
Nom Numéro
David 06 51 96 45 20
Andréa 07 56 23 87 41
Risitas 06 87 98 56 23
Diabl0x9 06 54 12 45 89
Shor 04 52 36 98 78
Feynman 06 51 38 45 95
Young 06 41 74 74 45
Bill = 0x xx xx xx xx ?

LIMITATIONS – Quantum not for all usage !
32
0
1
2
3
4
5

• Where are we ?
33

Quantum computing - Where are we ?
34
72-Qbit (world record)
working with D-Wave
49-Qbit (Jan 2018)
IBM50-Qbit (Nov 2017) (2000-Qbit
… but not true
computer)
Etc…

35
Source Oct 2016 : https://physics.aps.org/articles/v9/116
Topological quantum state of matter
2017: Indian Academy of Sciences, Sumathi Rao
Three states of water ?
Source IBM

36
A B
Entanglement (in French=Intrication)
1200 km !

AGENDA - QUANTUM COMPUTING
Demo
IBM Q
Microsoft Q#
37

• Demo IBM Q :
– Live coding with Hadamard Matrix
– What’s the statistical results ?
38

• Demo Microsoft Q # :
– Live coding with Hadamard Matrix
– What’s the statistical results ?
39

• Time for questions !!
• And also carry on the discussions to the Pub … to
better understand Quantum !
QUESTIONS ??
40

GAB 2018 LYON CO-ORAGANIZER :
@vThavo & @LeontievIhor & @EdwigeSeminara
Les sponsors sociétés qui font que cet événement associatif
reste gratuithttps://global.azurebootcamp.net/sponsors
Les sponsors mondiaux:
41

Global Azure Bootcamp 2016 - Lyon : Keynote Quantum : Concepts explained & Live coding with Q# and IBM Q

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