Description

There's a very pretty picture on the front page right now of Bob Lazar's NHI craft reconstruction in his upcoming Gravitaur Project (https://projectgravitaur.com/) series, but here's the rub: the critical question is the technology.

Bob Lazar claims to have a Master's degree in Physics from MIT, and using it to get hired for this super secret project, gained detailed access to the inside of an NHI craft and its reactor. Are you telling me that the best he can describe about the most important part of the craft (https://projectgravitaur.com/products/bob-lazar-sketch-t-shirt) is this grade-school drawing (https://www.youtube.com/watch?v=oravlH5QoSY)?

As a physicist this reactor should've been his immediate analytical focus upon walking inside, not the chairs and stripper pole (https://projectgravitaur.com/cdn/shop/files/Artwork-Wireframe-S4-Effe…). What is the system diagram of this reactor? Let's talk about the construction of the "emitters" and "amplifiers." What did those interconnections look like, how did they perform 180 degree rotation while ensuring containment, what was the energy flow diagram of the system, and what were the material makeups of the reactor pods? What isotope of element 115 is stable, how is it utilized as fuel specifically, and what kind of energies are being transferred? Any physicist worth their salt *in a reverse engineering role* would have had answers to these types of questions within their first day on the job.

Don't let the pretty pictures distract you. These questions about the reactor are what should separate Bob between common grifter and reliable witness.

In the meantime, I guess here's some 3d renderings from his website with empty architectural symbols (https://www.ptc.com/en/blogs/cad/tips-and-tricks-adding-readable-dime…) to get you hyped.

Left: hangar desk, I guess? \/\/ Right: A sketch containing architectural angles that are meaningless without material science and aerodynamic explanations. (https://preview.redd.it/cqrz3qgvo0rb1.png?width=1076&format=png&auto=…)