William Strickland - Profile and Journalist Details
Find journalists that align with your industry, location and vision. Unlock William Strickland's full journalist profile, including location, coverage topics, current employer, biography and preferences. Sign up today and start building journalist relationships that fuel your startup's growth.
Get connected with journalists today
William Strickland
Verified
Publisher, Industrial Machinery Digest
Beats
Content
By William Strickland, Bassel Heiba Elfeky, Lukas Baker, Andrea Maiani| PRX Quantum@ Fluxonium qubits are a promising alternative to the conventional transmon for quantum computation using superconducting circuits. The two lowest-energy wave functions are localized, distinct wells in phase space, leading to a suppressed transition-matrix element and longer bit-flip times. There also exists a magnetic flux “sweet spot,” where the qubit frequency is first-order insensitive to flux noise. However, the exact qubit characteristics depend on the exact circuit parameters.
By William Strickland, Bassel Heiba Elfeky, Lukas Baker, Andrea Maiani| Physical Review B@ Fluxonium qubits are a promising alternative to the conventional transmon for quantum computation using superconducting circuits. The two lowest-energy wave functions are localized, distinct wells in phase space, leading to a suppressed transition-matrix element and longer bit-flip times. There also exists a magnetic flux “sweet spot,” where the qubit frequency is first-order insensitive to flux noise. However, the exact qubit characteristics depend on the exact circuit parameters.
By William Strickland, Bassel Heiba Elfeky, Lukas Baker, Andrea Maiani| PRX Quantum@ Fluxonium qubits are a promising alternative to the conventional transmon for quantum computation using superconducting circuits. The two lowest-energy wave functions are localized, distinct wells in phase space, leading to a suppressed transition-matrix element and longer bit-flip times. There also exists a magnetic flux “sweet spot,” where the qubit frequency is first-order insensitive to flux noise. However, the exact qubit characteristics depend on the exact circuit parameters.
Company Info
Industrial Machinery Digest
IMD | Industrial Machinery Digest is a leading monthly publication in the industrial machinery sector, established in 1986. It serves as a vital resource for owners and managers of job shops, machine shops, OEM/MRO, contract manufacturers, and production line facilities across the United States. The company specializes in publishing and content creation, offering comprehensive coverage of metalworking and fabricating. IMD produces twelve monthly print issues and four quarterly digital issues, all of which are archived for 24/7 access. Additionally, IMD participates in around 20 national and regional trade shows each year, enhancing visibility for its clients in the industrial manufacturing market. Its readership includes active buyers, ensuring that the publication reaches a targeted audience. IMD is based in Pelham, Alabama.
'+1 800-366-0676
Founded: 1986