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originally posted by: penroc3
a reply to: mirageman
When i was first 'introduced' to strange aerial displays and a few rather unsettling close encounters with a black triangle type craft it really shook me to my core.
it is one thing to say you believe in ET or a secret space program, and it is another thing to see it feet away and seemingly interacting with you.
originally posted by: mirageman
a reply to: ConfusedBrit
Does that seem feasible? Tempt people with money and fame or threaten them with consequences. Wealth, Violence and Information are the three forms of power. It looks like first two may have been employed to prevent the latter getting out here.
The best scientist is open to experience and begins with romance - the idea that anything is possible.
www.irea.cnr.it...
Remote Sensing is a set of multidisciplinary techniques and methodologies that aim at obtaining information about the environment through “remote” measurements. In particular, microwave remote sensing uses electromagnetic radiation with a wavelength between 1 cm and 1 m (commonly referred to as microwaves) as a measurement tool. Due to the greater wavelength compared to visible and infrared radiation, microwaves exhibit the important property of penetrating clouds, fog, and possible ash or powder coverages (for example, in case of an erupting volcano or a collapsed building). This important property makes this technique virtually suitable to work in any weather condition or environment. Microwave remote sensing systems are classified into two groups: passive and active. Passive systems collect the radiation that is naturally emitted by the observed surface. In fact, objects emit energy at the microwave frequencies, although sometimes in an extremely small amount. These systems are generally characterized by relatively low spatial resolutions. On the contrary, active systems are characterized by the presence of their own source (transmitter) that “lights up” the observed scene and, therefore, can be used both at night and day, independently of the presence of sun. The sensor transmits a (radio) signal in the microwave bandwidth and records the part that is backscattered by the target towards the sensor itself. The power of the backscattered signal allows to discriminate between different targets within the scene, while the time between the sent and the received signal is used to measure the distance of the target. A system that operates in this way is called RADAR (the name stands for RAdio Detection And Ranging), and may allow to obtain a “microwave image” of the observed scene. The most commonly used microwave imaging sensor is the Synthetic Aperture Radar (SAR), that is a radar system capable of providing high-resolution microwave images. They have distinctive characteristics compared to common optical images acquired in the visible or infrared bands; for this reason, radar and optical data can be complementary, as they carry on a different informative contribution.
ethw.org...
The June 1978 launch of Seasat was the first civilian application of synthetic aperture radar, and it provided a powerful new tool to scientists studying the earth. Prior to Seasat, civilian image acquisition of the earth was via Landsat cameras, using visible light and providing resolutions in the tens of meters. Seasat operated until October of 1978, when it was disabled by a massive short circuit in its power system. Since that time, many SARs have flown on board the Space Shuttle.
orbit.dtu.dk...
Subpicosecond broadband THz transients are an excellent tool to study dynamics of ultrafast processes in semiconductors [11–14], which understanding is crucial for development of new electronic devices. Except of purely scientific applications of THz technology, numerous practical applications start to emerge. THz techniques have high potential in such opto-electronic areas as industrial control, pharmaceutics, medical diagnostics, security applications, high-speed wireless communication and art conservation [1, 15–17]. There are several milestones that have made THz spectroscopy well established scientific technique. As the first one, Fourier transform infrared (FTIR) spectroscopy developed in 1950’s should be mentioned [18, 19]. FTIR combines interferometry and broadband infrared detectors to achieve frequency resolution. Together with implementation of fast Fourier transform (FFT) algorithm and first computers, FTIR became a standard analytical method in the far- and mid-infrared range. The next important development in the THz range started in 1960’s with invention of maser and laser, which led to the invention of various THz gas lasers (e.g. CO2 pumped methanol laser at 2.5 THz [20]). A major development, which is also based on a fundamentally different approach to the THz spectroscopy, came with the discovery of ultrafast mode-locked lasers. The pioneering work was done in 1970s by D. H. Auston at Bell Laboratories [21], who used photoconductive dipole antennas to generate far-infrared radiation.
Whatever injured the men was close to them.It's almost certainly exactly what the men claim (Occam's razor and all that). The emitter was a mobile platform in the woods.
originally posted by: KilgoreTrout
a reply to: The GUT
I note here...
originally posted by: LaPlume
But for the record let me state this. We were trained specialists. We were not a bunch of keystone cops. We all took our job very seriously. We had the right to shoot people on sight if they breached our security so it was not a game for us it was real life and we were not a bunch of fools or incompetent security personnel. We were not mall cop security and I have seen some comments by people suggesting this or that we were drunk or stoned or whatever. That did not happen that I ever saw. Once I do know of a guy that was either hung over or a bit drunk from the night before on post and he was removed from post so fast his head spun. We had exercises every night to keep us on our toes and we never knew when an exercise would take place so, well, you get the picture. I just get offended when people suggest we were less than professional and not trained well. We were trained very well.
In the video you linked before, when he refers to his own sighting of a craft he goes into some detail about how he was very hung over from the party he had in his dorm room the night before when he went on duty...
...small detail, but...
originally posted by: mirageman
...I have three thoughts in closing.
1st - If it was a UFO why did Palmer and I see it and no one else?
2nd - Palmer was very "stand offish" and was later assigned to the AFOSI. I feel he was involved somehow in this and might even believe it was some sort of hallucination experiment like he may have sprayed me with something and I was given suggestive thoughts. I don't know just a thought here.
3rd - Why would all this brass come out of the wood work at one in the morning if there was not something going on?
I offer no explanation I still have no idea what I saw other than its size shape and lack of noise. As far as the others who had the big incident I have no doubt they believe they saw what they saw.
As a side note - I "snapped" and got kicked out of the service...
Source : 81sps.homestead.com...
The function of this protein is to facilitate the infection of the host organism. It is a virulence factor designed to induce pathogenesis.[3] One of the major virulence exotoxins is the toxic shock syndrome toxin (TSST), which is secreted by the organism upon successful invasion. It causes a major inflammatory response in the host via superantigenic properties, and is the causative agent of toxic shock syndrome. It functions as a superantigen through activation of a significant fraction of T-cells (up to 20%) by cross-linking MHC class II molecules with T-cell receptors. TSST is a multisystem illness with several symptoms such as high fever, hypotension, dizziness, rash and peeling skin.[3]
originally posted by: ConfusedBrit
Another small-maybe-bigger detail is Halt (quoted earlier) confirming that F-117s regularly flew over and landed at the bases. This was in response to the early-80s Butler Brigade having seen a triangular craft flying over Halt's own home whilst they were incessantly harassing him (and soon arrested).
Could Steve, in the midst of a hangover, have misidentified an F-117 in January '81?
Microwaves are never going to penetrate the woods. They can deal with fog. They would heat up the trees and foliage and not pass through.
www.cancer.org...
X-rays and gamma rays are both types of high energy (high frequency) electromagnetic radiation. They are packets of energy that have no charge or mass (weight). These packets of energy are known as photons. Because X-rays and gamma rays have the same properties and health effects, they are grouped together in this document. Both x-rays and gamma rays are forms of high-frequency ionizing radiation, which means they have enough energy to remove an electron from (ionize) an atom or molecule. Ionized molecules are unstable and quickly undergo chemical changes. If ionizing radiation passes through a cell in the body, it can lead to mutations (changes) in the cell’s DNA, the part of the cell that contains its genes (blueprints). Sometimes this causes the cell to die, but sometimes it can lead to cancer later on. The amount of damage caused in the cell is related to the dose of radiation it receives. The damage takes place in only a fraction of a second, but other changes such as the beginning of cancer may take years to develop.
www.britannica.com...
Aerial and ground-based gamma-ray spectroscopy is employed to support geologic mapping, mineral exploration, and identification of environmental contamination.
I see the craft. The lights dissipate. They want to know what symbols I'm seeing. I don't want to tell them, but I tell them. They want to know what I did next. I said I felt the symbols because they were raised. Tell them about the lights. White light. They already know about the lights. They are asking me if I see binary code? I see the binary code. They are slowing me down.
They [the time travelers] tell me when I was at the East Gate with John, they have five different stories to tell. Important to scramble dates. That's the unique thing about this - all stories are the same. They just have different dates... They are reading my story to me. The dates are just different. I'll remember. They are going to give me a warning... It doesn't make any difference if I talk about the story. They could care less. It's too unbelievable.
originally posted by: Baablacksheep
Anyone attending tomorrow?
What about you Mirageman?
m.facebook.com...
originally posted by: AdamE
Just a thought mirageman, what do you think about the idea of the Soviets targeting one of the SAR assets from the Zenit launch? If the rumours are correct, could a scenario such as this be feasible as to why the Soviets were (what seems) ready? They would have loved to get their hands on the tech?
Maybe the remnants of which affected Cash/Landrum case?
They failed?
An analysis by Mstislav Keldysh, head of the Soviet National Academy of Sciences, suggested that the Space Shuttle existed in order to lob huge, 25-megaton nuclear bombs from space directly to Moscow... The real danger was that the shuttle could do this by surprise. There would be little to no warning from early warning radars, and no defense.
To date, there is no evidence whatsoever that such mission was even seriously considered... But this paranoid line of thinking did leave a legacy, or two.
One of the legacies was the Soviet “Buran” shuttle program... Buran really was a weapon, with a planned capability to drop up to 20 nuclear bombs from orbit.
Source : jmkorhonen.net...
Since the start of the space age, most satellites have observed the Earth with cameras similar in principle to any tourist's. In 1978, however, the National Aeronautics and Space Administration launched a new kind of satellite that made images by bouncing radio waves off the planet. Known as Seasat, this radar craft saw land and sea in striking new ways, its images revealing narrow lines in the ocean -- tracings left by the passage of ships and subs. It somehow managed to distinguish signs of deep turbulence from the regular froth and heave of the sea. Seasat's feats came to an abrupt end in 1978 when the spacecraft failed unexpectedly after 100 days, with the Pentagon deeply ambivalent about its discoveries.
Experiments on the diffraction of neutrons and x rays by a piezoelectrically vibrating quartz crystal have shown the following phenomena: large increases of the diffracted intensity relative to the non-vibrating crystal, modulation of the diffracted beam and the appearance of forbidden reflections. Preliminary measurements and a qualitative explanation are reported.
The autokinetic effect (also referred to as autokinesis) is a phenomenon of visual perception in which a stationary, small point of light in an otherwise dark or featureless environment appears to move. It was first recorded by a Russian officer keeping watch, who observed illusory movement of a star near the horizon[citation needed]. It is presumed to occur because motion perception is always relative to some reference point, and in darkness or in a featureless environment there is no reference point, so the position of the single point is undefined. The direction of the movements does not appear to be correlated with involuntary eye movements, but may be determined by errors between eye position and that specified by efference copy of the movement signals sent to the extraocular muscles. Several researchers, including Richard Gregory, have shown that autokinesis occurs when no eye movements are recorded.[citation needed] Gregory has suggested that, with lack of peripheral information, eye movements which correct movements due to muscle fatigue are wrongly interpreted in the brain as movement of the perceived light.[1]
The amplitude of the movements is also undefined. Individual observers set their own frames of reference to judge amplitude (and possibly direction). Because the phenomenon is labile, it has been used to show the effects of social influence or suggestion on judgements. For example, if an observer who would otherwise say the light is moving one foot overhears another observer say the light is moving one yard, then the first observer will report that the light moved one yard. Discovery of the influence of suggestion on the autokinetic effect is often attributed to Sherif (1935), but it was recorded by Adams (1912), if not others.
Alexander von Humboldt observed the phenomenon in 1799 while looking at stars with the naked eye, but thought it was a real movement of the stars. Thus, he named them "Sternschwanken", meaning "swinging stars". It was not until 1857 that G. Schweitzer (Schweitzer, 1857), an early German psychologist, discovered that it was a subjective phenomenon. Many sightings of UFOs have been attributed to the autokinetic effect when looking at stars or planets.
The US Navy started studying autokinesis in 1945 in an attempt to explain vertigo experiences reported by pilots, but this "kinetic illusion" is now categorized as a vestibular-induced illusion: see vestibular system.
originally posted by: Baablacksheep
a reply to: mirageman
You really are trying to send me to Hull and back now aren't you?
But you could be missing out on excitement! There is supposedly something re a new witness. Added with that you are missing out rubbing shoulders with a few famous ones in the field!