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Track the Universe: One Signal at a Time!
Capturing cosmic signals with unparalleled clarity.
Amideast Lebanon Advisory Board Meeting
Presented Orbiton’s objectives on refining remote sensing techniques through adaptive noise filtering algorithms to mitigate radio frequency interference (RFI). Emphasized the project’s role in advancing Lebanon's infrastructure for real-time cosmic signal acquisition, vital for applications in high-resolution astronomical observations and environmental monitoring. Attended by notable figures such as Mr. Robert Tarazi, Chair of the Amideast Lebanon Advisory Board and Founder & CEO of Beton W.L.L., Qatar; Mr. Habib Debs, President and CEO of Advanced Technology Systems Co., United States; Dr. Georges Makhoul, CEO of Constellation Holdings, United Arab Emirates; Mr. Harry Nadjarian, Chairman and CEO of Industrial Motor Power Corporation, United States; and Former Ambassador of the United States to Oman, Ms. Greta C. Holtz.
American University of Beirut's (AUB) Undergraduate Research Physics Conference
Demonstrated Orbiton’s achievements in precision spectral analysis using the PSRT receiving system. This conference featured rigorous discussions on the implementation of pulsar timing arrays (PTAs) for detecting gravitational waves, where Orbiton presented novel approaches to noise-pattern analysis using adaptive filtering techniques to distinguish cosmic signals from terrestrial noise. Among the attendees were Professor Michel Kazan, Chair of the Physics Department; Professor Mohammad Haidar, Head of AUB's Magnetic Resonance Lab; Dr. Cynthia Saad, Senior Lecturer in Astrophysics; Dr. Ola Hosseiky Malaeb, Senior Lecturer in Plasma Physics; and Dr. Amara Al Sayegh, Senior Lecturer in System Optimization.
Cambridge Center for International Research (CCIR) Student Research Symposium
Invited to present at CCIR’s symposium (Top 1%) as a CCIR STEM Scholarship Awardee and a Cambridge Spotlight Scholar; Orbiton highlighted a refined methodology for RFI measurement and mitigation, specifically targeting low-frequency radio emissions surrounding black holes and magnetars. The presentation emphasized Orbiton’s novel approach to integrating RFI shielding techniques with signal reception from high-energy astrophysical sources, a project that captured the attention of 10 Nobel Laureates in attendance, including Dr. David Baltimore, Dr. Thomas R. Cech, Dr. William Daniel Phillips, Dr. Aaron Ciechanover, Dr. Robert Lefkowitz, and Dr. Barry C. Barish.
Secretary General Award Recipient by Lebanese American University's (LAU) President
Recognized by the LAU President for Orbiton’s breakthrough work on celestial object tracking using predictive modeling of the sun's position across L-band frequencies. This honor was awarded for contributions to real-time tracking algorithms and control systems, showcasing Orbiton’s potential to revolutionize automated radio telescopic tracking in observational astronomy. In attendance were Dr. Chaouki T. Abdallah, President of the Lebanese American University, and Ms. Annie Seferian, Director of Research and Innovation at LAU.