26.05.2016
You can get an inexpensive one for about $7 from Amazon. A better one is listed at the bottom of this article. If you have read The Mars Records, Book 2, you will remember how when Michael was on Mars, he used to remote view himself back in time, to make sure that no one did anything to him after he was age recessed and time travelled back and put back on earth. But, at the end of his 20 years tour of duty on Mars, he returned to his normal time and earth. Three years after this, the military, with the occasional help of aliens, started abducting Michael, about once a month, and harvesting reproductive material from him, for the purpose of breeding more individuals like him. After this happened a few times, he had the thought of inspecting himself after an abduction, with a black light. Around the areas in the creases either side of his groin, where the scars had appeared, we saw a lot of patches of bright, pretty colors! The back ground to this story is the time when Stephanie got abducted and their two month old daughter was stolen from her womb by reptilians, with the help of some aliens.  (I am reacting as I write this. After the baby was stolen, there were at least two other times when Stephanie got abducted in the months afterwards.
After these abductions, we inspected Stephanie’s body with a black light to see if any of those weird colors appeared.
The shape of the yellow color was exactly what you would expect to see if Stephanie had been lying back in a chair, with both of her hands in bowls of yellow liquid.
If you are reading this article, it’s highly likely that you also have been abducted, otherwise you would have left this website a long time ago.
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That meant that for 20 years, there were two of him in the solar system at the same time; one on Mars and one on earth. Muscle testing showed that we were both majorly out of balance, which made no sense, since all we had been doing was sleeping.


There were none of the colors that appeared on Michael, but both times, we saw a clear, solid yellow, that was very slightly greenish, on Stephanie’s hands, demarcated by a diagonal line.
That is not very strange, because we believe that 30% of people have been abducted at least once. Do this for at least six weeks, as many abductees get taken once a month (although some are taken only once a year or less). Packaging should be the same as what is found in a retail store, unless the item is handmade or was packaged by the manufacturer in non-retail packaging, such as an unprinted box or plastic bag. Contact the seller- opens in a new window or tab and request a shipping method to your location. You have read and agree to the Global Shipping Program terms and conditions - opens in a new window or tab. Import charges previously quoted are subject to change if you increase you maximum bid amount. The x-ray pulses scatter from the molecule and the pattern of diffracted rays is recorded on a detector.Minitti and colleagues [1] used a beam of femtosecond hard-x-ray pulses to probe the transient states of a 1,3-cyclohexadiene (CHD) molecule as its ring structure opens after absorption of a photon of ultraviolet light (not shown). We believe that she was taken to be with her daughter, because the baby was losing the will to live, and something was transferred from mother to daughter, that restored this. Only then will you understand why this information will never be discussed on any UFO or Conspiracy site and will never be touched by broadcasters like Alex Jones, Jeff Rense or George Noory. If you reside in an EU member state besides UK, import VAT on this purchase is not recoverable.
The human military and the aliens work together, with the humans be the stooges for the aliens. Most of the people we communicate with have been abducted many times since they were children. Show moreFigure 1: Minitti and colleagues [1] used a beam of femtosecond hard-x-ray pulses to probe the transient states of a 1,3-cyclohexadiene (CHD) molecule as its ring structure opens after absorption of a photon of ultraviolet light (not shown). Maybe one day the military will wake up to the fact that they have been the fall guy, and what they should do instead. These products and information are not intended to diagnose, treat, cure or prevent any disease, disorder, pain, injury, deformity, or physical or mental condition. The structure of the initial and final states of the molecule are usually known, but the transition between the two often happens so quickly that scientists have to rely on theoretical simulations to determine the dynamical structures. Because every person's situation is different , the author of this article will not be held responsible for any negative results which come from reading or acting upon the information in this article. That is, one can see where an isolated molecule started and where it ended up, but one is left wondering how it got from one configuration to the other. This missing information is central to understanding how molecular reactions take place and to developing the tools to control them. We make no medical claims for any products, nor do we sell them or offer them for the treatment for any ailment.
Michael Minitti and colleagues [1] from SLAC National Laboratory, California, have now taken an important step towards imaging transient states by using femtosecond (fs) high-energy x-ray pulses to probe a reaction that takes place on a time scale on the order of 100fs.The field of femtochemistry [2] has been devoted to studying molecular reactions using spectroscopy with femtosecond laser pulses, which measures changes in the energy of the molecule as a function of time. It would be most useful to directly determine the structural dynamics of isolated molecules during a reaction.


However, the challenge is to simultaneously achieve sub-angstrom spatial resolution to map the position of the atoms and sub-100-fs time resolution to match the time scale of the dynamics. Diffraction experiments, either with electrons or x rays, can be used to measure the structure of molecules. As a wave scatters from different atoms in the molecule, these scattered waves will interfere on the detector. By analyzing this interference pattern, it is possible to obtain the distances between the atoms.
4, 641 (2010)About the AuthorMartin Centurion is an Associate Professor in the department of Physics and Astronomy at the University of Nebraska-Lincoln. Previously, electron pulses have been used to determine transient molecular structures in the gas phase because the scattering cross section is much higher for electrons than for x rays of comparable wavelength [3]. However, with the recent development of extremely bright hard-x-ray free-electron lasers (XFELs), it is now, in principle, possible to achieve atomic resolution with x-ray diffraction [4].In their study, Minitti and colleagues used femtosecond hard-x-ray pulses to perform a time-resolved x-ray diffraction experiment on 1,3-cyclohexadiene (CHD) molecules (Fig. After a one-year postdoc at Caltech, he was a postdoc at the Max Planck Institute of Quantum Optics in Garching until 2009, when he joined the University of Nebraska as an Assistant Professor.
The x-ray pulses were produced by the XFEL at the Linac Coherent Light Source at SLAC National Lab. His current research involves imaging ultrafast molecular dynamics, understanding the interaction of molecules with intense laser light, and developing new sources of bright ultrashort electron pulses. The CHD molecule has a ring structure that opens after absorbing a photon of ultraviolet (UV) light on a time scale of 100fs. The reaction was triggered with a femtosecond UV laser pulse (the pump), followed by an x-ray pulse (the probe) that is synchronized to the laser pulse. The x-ray pulse scatters from the sample, and the diffraction pattern is recorded on a detector. The wavelength of the pulses is important because the maximum spatial resolution that can be achieved is approximately equal to the wavelength. In this experiment, the wavelength was too long to obtain the atomic structures directly from the diffraction patterns, but the team found an alternative method to elucidate the structure of the intermediate states in the reaction. The authors used numerical simulations to calculate the many possible paths that the molecules could take from the known initial state, given the energy of the UV photon that is absorbed.To determine which trajectories actually take place in the experiment, Minitti and colleagues calculated diffraction patterns for all possible trajectories and compared them to the measured patterns. Using a mathematical tool known as nonlinear least-squares optimization, they found that only a few trajectories were needed to match the experimental results.
Next, they deduced the atomic structures from the simulated trajectories that best matched the data. Armed with these structures, the researchers were then able to generate movies of the molecular reaction and to determine that the reaction took place in 80fs.
The reaction time is consistent with previous spectroscopic measurements, but this experiment also provides information on how the shape of the intermediate states evolves in time.These results open a new direction in the effort towards making molecular movies. While time-resolved electron-diffraction experiments have finer spatial resolution than that attained here, the present method has demonstrated higher temporal resolution, which is needed to be able to follow the motion of the atoms during a reaction.




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