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On 13 April, 2029, people looking towards the sky will see a speck of light streaking across it, which will quickly get brighter and faster. It will be travelling so fast that it will cross the width of the Moon in a minute and be as bright as stars in the sky.
Scientists have named the rock Apophis, after the Egyptian god of chaos.
Regarding their materials analysis work, I directed the following question to Dr Nolan
... "Is there a peer reviewed paper anywhere in the near future that the community can expect?"
Dr Nolan gave an extended response, which I will quote in full below:
"Yes...some initial studies showed unusual isotopic ratios and Jacques [Vallee] has talked about them publicly so I'm comfortable talking about that....
My point is at this stage, alright as much as some of these journals that have published this stuff are good, they are not the journals that anybody is paying attention to. The journals people are paying attention to are like, Nature materials, aeronautical journals....
So, right now what is going on are confirmations....
So we're getting these validations and we're checking with the necessary experts. Then, we'll write up a simple paper that will make no claim to anything, other than the fact that here's the composition of the stuff and here's the story of how it was found. End of story.
The hanging question there, is how did it get made? People don't play with isotopic ratios easily. Ask yourself what do people do with isotopic ratios now? What do we modify isotopes for, or what have you been doing with isotopes for the last 60 years? Blow stuff up...uranium and plutonium...imaging or killing ...cancer cells...
....The cost to change isotopic ratios is considerable, especially if the providence; some of these materials which date back decades, when the ability to make those changes was so costly that why would you make a big chunk of it and throw it out in the desert?...why would you bother?...
"So I wrote an internal memo to TTSA at the time I was involved with them and said these aren't alloys. These, do not think of them as alloys. We need to change the conversation. You need to call them metamaterials...if anything, you need to call them ultramaterials because metamaterials are pretty well understood....
So, I took some of the material from Jacques to some people at Stanford, and I said - that's interesting, and you tell them a little bit about it; well I have this or that instrument, and I'll get back to you, and tell you something about this, that, the other of it...whether you've seen this in any aeronautical industry materials before. And if they come back and tell me, yes this is something from Pratt and Whitley circa 1955, I'm like, thank you, now I can go do something else..."
What is needed, is a multi-pronged methodology along the lines proposed by Chris Cogwell, and a well documented chain of custody for samples. Then, if a sample does indeed indicate genuine anomalies, along the lines Cogwell suggests; and the full results; are available in an article in a peer reviewed materials science or similar journal, we may be able to claim that we do indeed have a "fragment"from the phenomenon.
Until then, in my opinion, we need to beware of undocumented proclamations of "special" materials which do "remarkable and extraordinary things."
Full story : On the difficulty of proving UAP "fragments" are extraterrestrial
- I'm sure that is how Zondo described some of them!
Until then, in my opinion, we need to beware of undocumented proclamations of "special" materials which do "remarkable and extraordinary things."
Hi John, You may attribute the following to me as a Pentagon Spokesperson; "I can confirm that the form DD1910 you asked about is a valid DD1910. The standard procedure is for blocks 1-7 on the form to be filled out by the submitter before sending to DOPSR; however, occasional exceptions have occured. The submitter is reponsible for any disclaimers on the form as approved amd also abiding by any amendments that may be included in addtional communications from the DOPSR to the submitter as part of the approval process.
Per Block 3 of this form DD1910, the submitter requested release of the videos solely for the research and analysis purposes by U.S government agencies and industry partners and not for general public release.
Regards Sue Gough
Pentagon Spokesperson
Defense Public Affairs Operations
USE OF NON-PUBLIC INFORMATION:
Even though you have left Government service, you still may not use non-public information to further your own private interests, or those of another, including your subsequent employer. Non-public information includes classified information, source selection data, information protected by the Privacy Act, proprietary information, and other information that has not been made available to the public and is exempt from disclosure....
ogc.osd.mil...
The program was nicknamed Advanced Aerospace Threat Identification Program (AATIP). People have had trouble trying to get documents out of the Pentagon by saying they want all documents on AATIP, and they have a hard time because that wasn’t the actual name of the program. “Advanced Aerospace Weapons Systems Application Program” is the actual name of the program. But AATIP was the nickname it went by.
Source : IRVA Conference 15th June 2018
“The world of military and civil aircraft is constantly evolving and it’s been exciting to work with scientists and engineers outside BAE Systems and to consider how some unique British technologies could tackle the military threats of the future,” explained BAE Systems Global Engineering Fellow Professor Nick Colosimo.
They envision the 3D printers of the future to be a lot more efficient, and a lot different than what we have available to us today. The BAE scientists believe that within this century they will be capable of growing Unmanned Air Vehicles (UAVs) using advanced chemistry and large chemical baths. The process would be capable of creating functional, near fully assembled drones for specific military operations within a matter of weeks.
“This is a very exciting time in the development of chemistry. We have been developing routes to digitize synthetic and materials chemistry and at some point in the future hope to assemble complex objects in a machine from the bottom up, or with minimal human assistance.
Creating small aircraft would be very challenging but I’m confident that creative thinking and convergent digital technologies will eventually lead to the digital programming of complex chemical and material systems,” explained Regius Professor at the University of Glasgow Lee Cronin, who is also the Founding Scientific Director at Cronin Group PLC, the company that is helping to develop the Chemputer.
I have also wondered whilst we have all been arguing/discussing/picking up this dogs dinner of awfulness; what if anything else has been going on that we haven't had the time or sight to pay attention to?