Ryan LaRose

@UCJTgV9dhtYcP97zHIBoiE8Q - 253 subscribers

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The Schmidt decomposition | Quantum computing 54

The Schmidt decomposition | Quantum computing 54 Ryan LaRose

12 views - 16 hours ago

The Bloch sphere (ball): Example | Quantum computing 53

The Bloch sphere (ball): Example | Quantum computing 53 Ryan LaRose

11 views - 1 day ago

The Bloch sphere (ball) | Quantum computing 52

The Bloch sphere (ball) | Quantum computing 52 Ryan LaRose

20 views - 2 days ago

Partial trace recap and classical analogue | Quantum computing 51

Partial trace recap and classical analogue | Quantum computing 51 Ryan LaRose

19 views - 3 days ago

The reduced state of the maximally entangled state is maximally mixed | Quantum computing 50

The reduced state of the maximally entangled state is maximally mixed | Quantum computing 50 Ryan LaRose

43 views - 4 days ago

Partial trace example 2 | Quantum computing 49

Partial trace example 2 | Quantum computing 49 Ryan LaRose

13 views - 4 days ago

Partial trace example 1: Solution | Quantum computing 48

Partial trace example 1: Solution | Quantum computing 48 Ryan LaRose

26 views - 5 days ago

Partial trace example 1 | Quantum computing 47

Partial trace example 1 | Quantum computing 47 Ryan LaRose

15 views - 5 days ago

The partial trace | Quantum computing 46

The partial trace | Quantum computing 46 Ryan LaRose

48 views - 6 days ago

Properties of the density operator | Quantum computing 45

Properties of the density operator | Quantum computing 45 Ryan LaRose

47 views - 1 week ago

The postulates of quantum mechanics in terms of the density operator | Quantum computing 44

The postulates of quantum mechanics in terms of the density operator | Quantum computing 44 Ryan LaRose

92 views - 1 week ago

The density operator | Quantum computing 43

The density operator | Quantum computing 43 Ryan LaRose

47 views - 1 week ago

Quantum teleportation | Quantum computing 42

Quantum teleportation | Quantum computing 42 Ryan LaRose

93 views - 1 week ago

Superdense coding: How to send two bits with one entangled state | Quantum computing 41

Superdense coding: How to send two bits with one entangled state | Quantum computing 41 Ryan LaRose

117 views - 1 week ago

Can measuring half of a Bell pair send an instant message? | Quantum computing 40

Can measuring half of a Bell pair send an instant message? | Quantum computing 40 Ryan LaRose

69 views - 1 week ago

Proof of entanglement in a Bell pair | Quantum computing 39

Proof of entanglement in a Bell pair | Quantum computing 39 Ryan LaRose

51 views - 1 week ago

Why it's impossible to erase a quantum state: The no deleting theorem | Quantum computing 38

Why it's impossible to erase a quantum state: The no deleting theorem | Quantum computing 38 Ryan LaRose

37 views - 2 weeks ago

Why it's impossible to copy a quantum state: The no cloning theorem | Quantum computing 37

Why it's impossible to copy a quantum state: The no cloning theorem | Quantum computing 37 Ryan LaRose

96 views - 2 weeks ago

How to measure in other bases on a quantum computer | Quantum computing 36

How to measure in other bases on a quantum computer | Quantum computing 36 Ryan LaRose

71 views - 2 weeks ago

Why global phase doesn't matter for measurements | Quantum computing 35

Why global phase doesn't matter for measurements | Quantum computing 35 Ryan LaRose

69 views - 2 weeks ago

Revisiting quantum state distinguishability with POVMs | Quantum computing 34

Revisiting quantum state distinguishability with POVMs | Quantum computing 34 Ryan LaRose

42 views - 2 weeks ago

POVM measurements | Quantum computing 33

POVM measurements | Quantum computing 33 Ryan LaRose

81 views - 2 weeks ago

Summary of the postulates, projective measurements, and standard deviation | Quantum computing 32

Summary of the postulates, projective measurements, and standard deviation | Quantum computing 32 Ryan LaRose

41 views - 2 weeks ago

Projective measurements | Quantum computing 31

Projective measurements | Quantum computing 31 Ryan LaRose

133 views - 3 weeks ago

Why it's impossible to distinguish quantum states | Quantum computing 30

Why it's impossible to distinguish quantum states | Quantum computing 30 Ryan LaRose

239 views - 3 weeks ago

How to prepare entangled states in a quantum circuit | Quantum computing 29

How to prepare entangled states in a quantum circuit | Quantum computing 29 Ryan LaRose

84 views - 3 weeks ago

Quantum entanglement explained simply from first principles | Quantum computing 28

Quantum entanglement explained simply from first principles | Quantum computing 28 Ryan LaRose

96 views - 3 weeks ago

The postulates of quantum mechanics: Composite systems | Quantum computing 27

The postulates of quantum mechanics: Composite systems | Quantum computing 27 Ryan LaRose

567 views - 3 weeks ago

The postulates of quantum mechanics: Measurement | Quantum computing 26

The postulates of quantum mechanics: Measurement | Quantum computing 26 Ryan LaRose

122 views - 3 weeks ago

The postulates of quantum mechanics: Evolution | Quantum computing 25

The postulates of quantum mechanics: Evolution | Quantum computing 25 Ryan LaRose

62 views - 3 weeks ago

The postulates of quantum mechanics: State space | Quantum computing 24

The postulates of quantum mechanics: State space | Quantum computing 24 Ryan LaRose

220 views - 4 weeks ago

Heisenberg's uncertainty principle: Example | Quantum computing 23

Heisenberg's uncertainty principle: Example | Quantum computing 23 Ryan LaRose

46 views - 4 weeks ago

Heisenberg's uncertainty principle: Part 2 | Quantum computing 22

Heisenberg's uncertainty principle: Part 2 | Quantum computing 22 Ryan LaRose

39 views - 4 weeks ago

Heisenberg's uncertainty principle: Part 1 | Quantum computing 21

Heisenberg's uncertainty principle: Part 1 | Quantum computing 21 Ryan LaRose

109 views - 1 month ago

The polar and singular value decompositions | Quantum computing 20

The polar and singular value decompositions | Quantum computing 20 Ryan LaRose

148 views - 1 month ago

The commutator and anti-commutator | Quantum computing 19

The commutator and anti-commutator | Quantum computing 19 Ryan LaRose

55 views - 1 month ago

Operator functions: Part 2 | Quantum computing 18

Operator functions: Part 2 | Quantum computing 18 Ryan LaRose

118 views - 1 month ago

Operator functions: Solution to exercise evaluating a matrix function | Quantum computing 17

Operator functions: Solution to exercise evaluating a matrix function | Quantum computing 17 Ryan LaRose

64 views - 1 month ago

Operator functions: Part 1 | Quantum computing 16

Operator functions: Part 1 | Quantum computing 16 Ryan LaRose

268 views - 1 month ago

Tensor product properties and definitions | Quantum computing 15

Tensor product properties and definitions | Quantum computing 15 Ryan LaRose

152 views - 1 month ago

Solution to tensor products problem | Quantum computing 14

Solution to tensor products problem | Quantum computing 14 Ryan LaRose

93 views - 1 month ago

How to compute tensor products | Quantum computing 13

How to compute tensor products | Quantum computing 13 Ryan LaRose

105 views - 1 month ago

Tensor products: Part 1 | Quantum computing 12

Tensor products: Part 1 | Quantum computing 12 Ryan LaRose

155 views - 1 month ago

Linear algebra background continued: Eigenvectors and eigenvalues | Quantum computing 11

Linear algebra background continued: Eigenvectors and eigenvalues | Quantum computing 11 Ryan LaRose

152 views - 1 month ago

Linear algebra background continued: Solution to outer products exercise | Quantum computing 10

Linear algebra background continued: Solution to outer products exercise | Quantum computing 10 Ryan LaRose

73 views - 1 month ago

Linear algebra background continued: Inner products | Quantum computing 9

Linear algebra background continued: Inner products | Quantum computing 9 Ryan LaRose

111 views - 1 month ago

The Pauli matrices | Quantum computing 8

The Pauli matrices | Quantum computing 8 Ryan LaRose

152 views - 1 month ago

Linear algebra background: Change of basis solution | Quantum computing 7

Linear algebra background: Change of basis solution | Quantum computing 7 Ryan LaRose

80 views - 1 month ago

Linear algebra background | Quantum computing 6

Linear algebra background | Quantum computing 6 Ryan LaRose

156 views - 1 month ago

How a quantum algorithm works: Part 2 | Quantum computing 5

How a quantum algorithm works: Part 2 | Quantum computing 5 Ryan LaRose

130 views - 1 month ago

How a quantum algorithm works: Part 1 | Quantum computing 4

How a quantum algorithm works: Part 1 | Quantum computing 4 Ryan LaRose

148 views - 1 month ago

A brief history of quantum computing: Part 3 - Quantum computation | Quantum computing 3

A brief history of quantum computing: Part 3 - Quantum computation | Quantum computing 3 Ryan LaRose

158 views - 1 month ago

A brief history of quantum computing: Part 2 - Computation | Quantum computing 2

A brief history of quantum computing: Part 2 - Computation | Quantum computing 2 Ryan LaRose

164 views - 1 month ago

A brief history of quantum computing: Part 1 - Quantum physics | Quantum computing 1

A brief history of quantum computing: Part 1 - Quantum physics | Quantum computing 1 Ryan LaRose

620 views - 1 month ago