The current technologies are not as adept in efficient conversion at low powers. Current technologies for efficient THz generation require either operation at cryogenic temperature or, if one needs to operate at room temperature, intricate set-ups and powerful lasers (both possibilities lead to not...

The current technologies are not as adept in efficient conversion at low powers. Current technologies for efficient THz generation require either operation at cryogenic temperature or, if one needs to operate at room temperature, intricate set-ups and powerful lasers (both possibilities lead to not...

The ability to control the rate of chemical reactions is a critical aspect of reaction engineering. Since many important reactions used in chemical synthesis involve heterogeneous catalysis, a popular strategy to controlling their kinetics is to manipulate the efficacy of the catalysts...

Many current technologies aim to create extremely robust systems that minimize potential errors. This approach is different because it aims to create a safety net that predicts and mitigates failures as they occur to prevent the system from ever becoming unusable.

Many current technologies aim to create extremely robust systems that minimize potential errors. This approach is different because it aims to create a safety net that predicts and mitigates failures as they occur to prevent the system from ever becoming unusable.

Flexible substrates are light weight and highly resistant to impact damage. In addition, their bendability and foldability make them excellent for extension to very large area substrates. Currently, there is a general interest in using flexible substrates for all types of active and passive...

Flexible substrates are light weight and highly resistant to impact damage. In addition, their bendability and foldability make them excellent for extension to very large area substrates. Currently, there is a general interest in using flexible substrates for all types of active and passive...

Existing super-resolution (SR) algorithms used to upsample low-resolution videos focus more on the visual quality of upsampled video frames rather than the real-time processing capability. The computation cost required to process upsampled video frames causes a bottleneck to running these...

Other low-rank matrix approximation algorithms that perform SVD/rank-k SVD on a nxm matrix A (n>>m) require a O(nm2) runtime and O(nm) run space to compute SVD, which can be infeasible requirements for large matrices. The algorithms the Inventors discover do not require saving all existing...