Student session Quantum Computing
- 2. Rolf Huisman
- 3. Bath Time
- 4. Spice up
- 7. Not Gate 0 1 ( ) =X 1 01 X11 =>! + = 0
- 8. NAND Gate (Not And) 0 1 X
- 9. NAND Quack Mechanics 0 1 X 0 0 0 1 X 0 X 0 1 X 0 1 1 0 1 1 0 0 1 0 1 1 0 1 1
- 13. Quack Computing We don’t understand why, but math makes it work It’s based on something we observed
- 14. Quack Quantum Computing It’s based on something we observed We don’t understand why, but math makes it work
- 15. But its usefull Traffic optimization
- 18. Nature is like waves
- 19. Qubits An n qubits quantum computer can exist in a superposition of 2n states: from ∣000...0⟩ to ∣111...1⟩
- 20. Pictures by Lars Plougmann / CC BY-SA 2.0 Quantum Computer 300K 100 30 10 3 1 0.3 0.1 0.03 0.01K Helium Deep Space -459.65F -459.65 -459.49 -459.13 -457.87 -454.27 -441.67 -405.67 -279.67 80.33F Quantum World Cryogenic Components Nitrogen Room temp
- 22. Google: Sycamore
- 24. Microsoft: Majorana WiresMicrosoft: Majorana Wires
- 28. Quantum Computing Flow 1 Hz = 1 step/s 1 Khz = 1000 steps/s 1 Mhz = 1.000.000 steps/s
- 29. Quantum Computing Flow Measurements 11 10 01 00
- 32. The Qubit in more detail Picture Courtesy of IBM
- 33. The Qubit in more detail Angle Θ Picture Courtesy of IBM
- 34. Can only be one side up Picture Courtesy of IBM
- 35. Collapse of the superposition Picture Courtesy of IBM
- 36. Collapse of the superposition |0> |1> Picture Courtesy of IBM
- 37. M (Measurement Gate) |0> Picture Courtesy of IBM
- 38. M (Measurement Gate) |0>|0> Picture Courtesy of IBM
- 39. M (Measurement Gate) |1>|0>|0> Picture Courtesy of IBM
- 40. M (Measurement Gate) |1>|0>|0> |0> Picture Courtesy of IBM
- 41. M (Measurement Gate) |1>|0>|0> |0> |0> Picture Courtesy of IBM
- 42. M (Measurement Gate) |1>|0>|0> |0> |0> … Picture Courtesy of IBM
- 43. X Gate (Not) Picture Courtesy of IBM
- 44. H Gate (Hadamard) Picture Courtesy of IBM H
- 45. H Gate (Hadamard) Picture Courtesy of IBM H
- 46. H Gate (Hadamard) Picture Courtesy of IBM H 50% 50%
- 47. One Qubit Gates
- 49. Multiple Qubit Gates |0> |0> |1> |0> |1> |1> |0> |1> |1> |0> |0> 50% |1> 50% Q1 Q2 |0> 100%
- 50. Multiple Qubit Gates |0> |0> |1> |0> |1> |1> |0> |1> |1> |0> |0> 50% |1> 50% Q1 Q2 |0> 100% Q1 |0> |1> Q2 |0> 50% 0% |1> 0% 50%
- 51. Microservices enables technologies Microservice 11 C# .Net Core with Q# operation Quantum
- 52. Bitcoin Mining 101 SHA 256 SHA 256 Data NONCE + 1 00000000000101010010010101..OOOOOOOOOOOOO
- 53. SHA 256 A B C D E F G H KT WT CH ∑1 E Maj A ∑2 A => B, C => D, F => G, G => H x64 32 bits
- 54. Reduced Adder A B 𝑋𝑜𝑟𝐴𝑛𝑑 Carry Sum x1 1 bit
- 56. Quantum Adder A B 𝑋𝑜𝑟𝐴𝑛𝑑 Carry Sum Waste
- 57. Adder Algorithm A B 𝑋𝑜𝑟𝐴𝑛𝑑 0 ? 0 ? Waste |0>
- 58. Inverted Adder Algorithm A B 𝑋𝑜𝑟𝐴𝑛𝑑 0 ? 0 ? Waste |0> |0> 𝑋𝑜𝑟𝐴𝑛𝑑 Super Position A B |0> Waste Grover
- 59. Reverse Adder
- 60. Reverse Adder
- 61. Reverse Adder You would use Grover to optimize for the Zero’s
- 62. SHA 256 A B C D E F G H KT WT CH ∑1 E Maj A ∑2 A => B, C => D, F => G, G => H x64 32 bits
- 64. Reversing on the real device
- 65. Quantum Advantage (Supremacy) To achieve Quantum Advantage in the 2020s, we need to at least double Quantum Volume every year.
- 66. Quantum Advantage (Supremacy) To achieve Quantum Advantage in the 2020s, we need to at least double Quantum Volume every year. Things we do today; Financial Monto Carlo Simulation Quantum Resistant Crypto
- 67. Quantum Advantage (Supremacy) To achieve Quantum Advantage in the 2020s, we need to at least double Quantum Volume every year. Revolution Quantum Use Cases Things we do today; Financial Monto Carlo Simulation Quantum Resistant Crypto
- 68. Quantum Advantage (Supremacy) To achieve Quantum Advantage in the 2020s, we need to at least double Quantum Volume every year. Cryptography Revolution Quantum Use Cases Things we do today; Financial Monto Carlo Simulation Quantum Resistant Crypto
- 69. Opportunities Today: Challenging 100M IT Budget 10M Innovation budget 1M Quantum Computing Budget Biggest dedicated party is around 40M Value in post-quantum crypto advise Longer Term (5-10 years) Investments will pick up in 2 to 3 years Learn if you want to be part of the future
- 70. Conclusions
- 71. Or do you want to be left behind ? @rlrhuisman Rolf.Huisman@InfoSupport.com Questions ?