rockn program aims atomic clocks portable

ROCKN PROGRAM AIMS ATOMIC CLOCKS PORTABLE REGISTRATION

NYU Steinhardt-Steinhardt Course Equivalencies NYU Shanghai-Abu Dhabi Course Equivalencies NYU Gallatin-Abu Dhabi Course Equivalencies NYU College of Arts and Science-Abu Dhabi Course Equivalencies You may also reference equivency tables by NYU school If a course does not have equivalency information, you should speak to your department and advisor to determine how the course might count towards your degree. To determine whether a course will apply towards your degree, there is italicized text before the description that explains how the course counts towards a specific NYU New York/NYU Shanghai major or program. Please check Albert for the most recent information regarding courses offered each semester. Please note: not all courses listed as equivalents between a NY school and NYU Abu Dhabi are offered every semester.

ROCKN PROGRAM AIMS ATOMIC CLOCKS PORTABLE REGISTRATION

This will help to make the registration process easier for students. Once a course between Abu Dhabi and New York or Abu Dhabi and Shanghai is deemed as equivalent, students are able to use either of the courses to satisfy prerequisite and/or degree requirements without further approval needed. Courses at the Abu Dhabi campus are being reviewed on an on-going basis to determine their equivalency to New York and Shanghai courses. ROCkN clocks will not be as precise as the best lab optical clocks, but they will surpass current state-of-the-art atomic clocks in both precision and holdover while maintaining low SWaP in a robust package.NYU Abu Dhabi offers approximately 500 courses in 26 majors and numerous multidisciplinary minors and specializations. ROCkN will leverage DARPA-funded research over the past couple decades that has led to lab demonstration of the world’s most precise optical atomic clocks. To address this scenario, DARPA has announced the Robust Optical Clock Network (ROCkN) program, which aims to create optical atomic clocks with low size, weight, and power (SWaP) that yield timing accuracy and holdover better than GPS atomic clocks and can be used outside a laboratory.

If GPS were jammed by an adversary, time synchronization would rapidly deteriorate and threaten military operations. A timing error of just a few billionths of a second can translate to positioning being off by a meter or more.

High-tech missiles, sensors, aircraft, ships, and artillery all rely on atomic clocks on GPS satellites for nanosecond timing accuracy. Synchronizing time in modern warfare – down to billionths and trillionths of a second – is critical for mission success.

Rockn program aims atomic clocks portable