We exhibit Blueqat library in Innovfest Unbound 2019

1. Quantum Computer Programming
for Everyone
info@mdrft.com
https://mdrft.com
https://www.linkedin.com/in/takumi-kato/

2. Quantum Computer :
The future technology that changes
computer’s rule
・Solve very complicated calculation
・Applications:
Quantum chemistry (new drug development, new material development)
Optimization, calculation (recommendation engine, solve large equation)
Cryptanalysis, number theory (factoring, discrate logarithm)
...
Quantum Computer?

3. What is a quantum?

4. 4
When you’re observing a quantum,
a quantum is a “particle”.
“Quantum” is Strange

5. 5
“Quantum” is Strange
When you don’t observe a quantum,
a quantum is a “wave”.

6. 6
“Quantum” is Strange
When you observe a quantum again,
a quantum is “particle” again.

7. 7
Double-slit Experiment:
Shoot a quantum to
double-slit wall.
A sheet for detect a
quantum.
“When I’m not observing, it’s
wave.” Is it true?
Cannot observe here.
Double-slit Experiment

8. 8
A sheet for detect a
quantum.
If the quantum is particle,
it’s detected like this figure.
If Quantum is Particle

9. 9
Each quantums are interfered like a wave.
Double-slit experiment
of sunlight ↓
Wave interference of
double-slit ↓
All figures in this page are from Wikipedia
https://en.wikipedia.org/wiki/Double-slit_experiment
Result of Double-slit Experiment

10. 10
When you observing
“quantum bits” a.k.a. “qubits”,
qubits are bits.
10
“Qubit” is Strange

11. 11
When you don’t observe qubits,
qubits are “wave”.
“Qubit” is Strange

12. 12
You can transform the wave without
observing.
It is calculation!
“Qubit” is Strange

13. 13
When you observe qubits again,
qubits are bits.
10
“Qubit” is Strange

14. Quantum computing is:
Bit→Wave→Transform→Bit
0 0
0 0
0 0
Qubits are bits
0
0
0
0 0
0 0
0 0
0
0
0
0 1
1 0
0 1
0
1
0
0 0
1 1
1 0
1
0
1
Qubits are also “wave” Transform the wave Back to bits
14
Quantum Computer?

15. Both “Computing device using quantum mechanics”
However, they’re difference.
We shall use different device depending on our purpose.
Source of photo: https://jp.techcrunch.com/2019/03/26/d-wave-leap/ and https://enterprisezine.jp/article/detail/10221
Quantum annealer (D-Wave) Quantum computer (logic gate)
Quantum Annealer & Logic Gate

16. Hardware Developer:
D-Wave (Canada)
Ready to practical use?:
Possible, but less advantage to non-quantum computer
Application:
Combinatorial optimization
Source of photo: https://jp.techcrunch.com/2019/03/26/d-wave-leap/
Quantum Annealer

17. Calculate your better“decision.”
What should I
do next is...Budget is $20,
What should I
purchase?
Combinatorial Optimization

18. Source of photo: https://enterprisezine.jp/article/detail/10221
Hardware Developer:
IBM, Rigetti, Google, Intel, IonQ, Honeywell (USA)
Alibaba (China)
Ready to practical use?:
Not yet.
Application:
Quantum chemistry and physical simulations
Optimization
Breaking Cryptography
Quantum Computer (Logic Gate)

19. 2022 $5 Billion
(Market Research Media)
2018-2024 CAGR of 24.6%
(Industry 4.0 Market Research)
Growing rapidly.
https://www.bcg.com/publications/2019/quantum-computers-create-value-when.aspx
BCG Report.
In the coming decades, we expect
productivity gains by end users of quantum
computing, in the form of both cost savings
and revenue opportunities, to surpass
$450 billion annually.
Market Size of Quantum Computing

20. Superconducting
quantum computer
Continuous optical
quantum computer
Ion chamber quantum
computer …Hardware
Quantum
Library
Middleware,
OS
Domain specific applications:
Fintech, Chemical, Pharma, …
Application
MDR is a full-stack quantum computing and R&D company.
(Open source software)
Blueqat Platform & Our Business

21. Competitor’s library
from qiskit import QuantumCircuit,
ClassicalRegister, QuantumRegister,
execute, BasicAer
q = QuantumRegister(3, ‘q’)
c = ClassicalRegister(3, ‘c’)
circ = QuantumCircuit([q, c])
circ.h(q[0])
circ.cx(q[0], q[1])
circ.cx(q[0], q[2])
circ.measure(q, c)
backend =
BasicAer.get_backend(‘qasm_simulator’)
print(execute(circ, backend,
shots=1024).result().get_count(circ))
from blueqat import Circuit
c = Circuit().h[0].cx[0, 1].cx[0, 2].m[:]
print(c.run(shots=1024))
How easy ? 12 lines → 3 lines ( 75% reduced ! )
Save your time !
Boost your R&D !
Blueqat is easy !
Get Blueqat:
https://github.com/Blueqat/Blueqat or
pip install blueqat

22. Team
Yuichiro Minato
CEO
Quantum Application
& Library
Project manager at
Japanese cabinet office
quantum computing project
Tokyo Univ.
Yoichi Takebayashi
CFO
Goldman Sachs
Morgan Stanley
Columbia Univ.
Tokyo Univ.
Hitoya Nakamura
Solution
Toshiba
PwCC/IBM
Sony Global Solutions
Tokyo Institute of Technology
Shinji Ishihara
Finance
ABC Finance (Director)
Mitsubishi UFJ Bank
Chuo Univ.
Daisuke Saida
Quantum Hardware
Toshiba
Tokyo Univ. (Ph.D)
Narii Watase
Quantum Hardware
Microsoft
Tokyo Institute of Technology
Asa Eagle
Quantum Application &
Solution
NEC
Avelio Systems (Founder)
Tokyo Institute of Technology
Takumi Kato
Quantum Application
& Library
Tohoku Univ.

23. Simulator Development
- GPU
- FPGA
Ising model application
- Optimization
- Boltzmann machine
- Solve a puzzle
https://arxiv.org/abs/1902.07890
https://arxiv.org/abs/1904.01770
Quantum application
- Database search (Grover)
- Cryptanalysys (Shor)
- Optimization (QAOA)
- Quantum Chemistry (VQE, PEA)
Hardware Development
- Superconducting qubit
Full-stack Quantum Computing and R&D

24. Quantum Computer Programming for Everyone
Easy and High Productivity Library from blueqat import Circuit
c = Circuit().h[0].cx[0, 1].cx[0, 2].m[:]
print(c.run(shots=1024))
Programmer friendly. Short code.
MDR is full-stack Quantum Computing company
Our Partners: