AI & Aliens: New Eyes on Ancient Questions // Richard Cloete // #288

Key takeaways

AI is fundamental in processing large volumes of data for detecting UAPs and classifying astronomical objects.
The Galileo Project’s innovative sensor suite and synthetic data generation tool, 'ErrorSynth', are critical in advancing the field of UAP identification.
Seeker Robotics aims to continuously monitor ocean environments, leveraging technology used in space research for marine biology and situational awareness.
The upcoming Vera Rubin Observatory will significantly enhance our capability to detect and classify interstellar objects.
Addressing the stigma around UAP research is essential for scientific exploration, and rigorous data collection methodologies are crucial to draw credible conclusions.

Summary

Exploring UAPs with AI

Dr. Richard Cloete elaborates on his involvement with the Galileo Project, where the primary goal is to monitor the electromagnetic spectrum to identify Unidentified Aerial Phenomena (UAPs). He explains their sophisticated sensor suite that includes infrared cameras and acoustic sensors. One of the pivotal elements in their research is a system called 'ErrorSynth', which generates synthetic datasets necessary for their AI models, addressing the lack of real-world data for UAP identification. Cloete emphasizes that their focus is on collecting data without bias, allowing the information to guide their findings.

AI Innovations in Astrophysics

Alongside his research on UAPs, Dr. Cloete collaborates with the Minor Planet Center employing AI techniques to classify potential interstellar objects. He highlights the significance of the upcoming Vera Rubin Observatory, which is expected to revolutionize astrophysical observations by gathering unprecedented amounts of data. The conversation delves into the importance of classifying objects accurately, as incorrect classifications could lead to overlooked threats to Earth from near-Earth objects.

Seeker Robotics and Ocean Exploration

Richard introduces his startup, Seeker Robotics, which aims to apply similar AI methodologies used in UAP research for monitoring the oceans. The startup intends to deploy Uncrewed Surface Vehicles (USVs) equipped with various sensors to gather continuous data on ocean life and environmental conditions. This dual focus allows the collection of valuable marine data while also potentially uncovering unusual phenomena in the ocean, bridging gaps in our understanding of both the atmosphere and oceanic environments. The concept is to provide a real-time data service that supports various scientific and governmental entities.

Show notes

Richard Cloete is a computer scientist and a Laukien-Oumuamua Postdoctoral Research Fellow at the Center for Astrophysics, Harvard University. He is a member of the Galileo Project working under the supervision of Professor Avi, having recently held a postdoctoral position at the University of Cambridge, UK.

AI & Aliens: New Eyes on Ancient Questions // MLOps Podcast #288 with Richard Cloete, Laukien-Oumuamua Postdoctoral Research Fellow at Harvard University.

// Abstract

Demetrios speaks with Dr. Richard Cloete, a Harvard computer scientist and founder of SEAQR Robotics, about his AI-driven work in tracking Unidentified Aerial Phenomena (UAPs) through the Galileo Project. Dr. Cloete explains their advanced sensor setup and the challenges of training AI in this niche field, leading to the creation of AeroSynth, a synthetic data tool.

He also discusses his collaboration with the Minor Planet Center on using AI to classify interstellar objects and upcoming telescope data. Additionally, he introduces Seeker Robotics, applying similar AI techniques to oceanic research with unmanned vehicles for marine monitoring. The conversation explores AI’s role in advancing our understanding of space and the ocean.

// Bio

Richard is a computer scientist and Laukien-Oumuamua Postdoctoral Research Fellow at the Center for Astrophysics, Harvard University. As a member of the Galileo Project under Professor Avi Loeb's supervision, he develops AI models for detecting and tracking aerial objects, specializing in Unidentified Anomalous Phenomena (UAP). Beyond UAP research, he collaborates with astronomers at the Minor Planet Center to create AI models for identifying potential interstellar objects using the upcoming Vera C. Rubin Observatory. Richard is also the CEO and co-founder of SEAQR Robotics, a startup developing advanced unmanned surface vehicles to accelerate the discovery of novel life and phenomena in Earth's oceans and atmosphere. Before joining Harvard, he completed a postdoctoral fellowship at the University of Cambridge, UK, where his research explored the intersection of emerging technologies and law.

Grew up in Cape Town, South Africa, where I used to build Tesla Coils, plasma globes, radio stethoscopes, microwave guns, AM radios, and bombs...

// MLOps Swag/Merch

https://shop.mlops.community/

// Related Links

Website: www.seaqr.net https://itc.cfa.harvard.edu/people/richard-cloete

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