Jenna McGrath

Aug 20, 2024 | energycentral.com | William B. Bice |Patrick Campbell |Jenna McGrath |Roland Estevez |Jeffrey M. Leider |Jaime Ramirez

As reported across news outlets on a near-constant basis, advances in artificial intelligence (AI) are driving demand for construction of new data centers that will house the infrastructure necessary to support AI advancement. This demand for computational power is in turn driving sharp increases in projected demand for electric power nationally, thereby fueling rapid deployment of capital to fund projects of unprecedented magnitude.

Aug 20, 2024 | mondaq.com | William B. Bice |Patrick Campbell |Jenna McGrath |Roland Estevez

As reported across news outlets on a near-constant basis, advances in artificial intelligence (AI) are driving demand for construction of new data centers that will house the infrastructure necessary to support AI advancement. This demand for computational power is in turn driving sharp increases in projected demand for electric power nationally, thereby fueling rapid deployment of capital to fund projects of unprecedented magnitude.

Aug 19, 2024 | lexology.com | Daniel D. Bartfeld |William B. Bice |Patrick Campbell |Jenna McGrath |Jaime Ramirez |Daniel J. Michalchuk | +2 more

As reported across news outlets on a near-constant basis, advances in artificial intelligence (AI) are driving demand for construction of new data centers that will house the infrastructure necessary to support AI advancement. This demand for computational power is in turn driving sharp increases in projected demand for electric power nationally, thereby fueling rapid deployment of capital to fund projects of unprecedented magnitude.

Jun 21, 2024 | biorxiv.org | D. Leonardo Garcia-Ramirez |Jenna McGrath |Ngoc Hà |Ngọc Hà |Jaimena H. Wheel

AbstractSpinal circuitry produces the rhythm and patterning of locomotion. However, both descending and sensory inputs are required to initiate and adapt locomotion to the environment. Spinal cord injury (SCI) disrupts descending controls of the spinal cord, producing paralysis. Epidural stimulation (ES) is a promising clinical therapy for motor control recovery and is capable of reactivating the lumbar spinal locomotor networks, yet little is known about the effects of ES on locomotor neurons.