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Codes over Codes over GF(4) GF(4) Polynomials can be used and their transformations as shown here
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Codes over GF(4) Polynomials can be used and their transformations as shown here.

Dec 20, 2015

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Page 1: Codes over GF(4) Polynomials can be used and their transformations as shown here.

Codes over GF(4)Codes over GF(4)

Polynomials can be used and their transformations as shown here

Page 2: Codes over GF(4) Polynomials can be used and their transformations as shown here.

Codes Codes over over GF(4) GF(4)

and Pauli and Pauli MatricesMatrices

Page 3: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 4: Codes over GF(4) Polynomials can be used and their transformations as shown here.

From Symplectic Form to GF(4)

Page 5: Codes over GF(4) Polynomials can be used and their transformations as shown here.

Self Orthogonal & Self Dual

Page 6: Codes over GF(4) Polynomials can be used and their transformations as shown here.

Toric Codes of Kitaev 1997Toric Codes of Kitaev 1997

Page 7: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 8: Codes over GF(4) Polynomials can be used and their transformations as shown here.

Toric Code

Example

Page 9: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 10: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 11: Codes over GF(4) Polynomials can be used and their transformations as shown here.

Homological Codes Homological Codes

Page 12: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 13: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 14: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 15: Codes over GF(4) Polynomials can be used and their transformations as shown here.

Conclusions

• Reliable quantum computation can not be achieved without error control.

• Quantum error correcting codes were discovered in 1995 by breaking the barrier of quantum no-cloning theorem.

• Quantum error correction is a challenging, interesting, and rich field for research.

Page 16: Codes over GF(4) Polynomials can be used and their transformations as shown here.

• References• References

Page 17: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 18: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 19: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 20: Codes over GF(4) Polynomials can be used and their transformations as shown here.
Page 21: Codes over GF(4) Polynomials can be used and their transformations as shown here.