Slow motion video application for android,business strategy tips,movie maker mac snow leopard,marketing mix of hul pdf - Good Point

With how stressful life can be I hope to bring some sort of Escape from that anxiety, stress or Insomnia. I loved doing my ASMR inspired by Lydia video so I decided to pick another character I love.
Hello everyone I hope you enjoy this video dedicated to some holiday decor and yummy treats. The purpose of this page is to detail the Atom trapping and Cooling experiments being conducted at Manchester. The new apparatus which has been developed is aimed at providing a high density source of atoms for several different experiments in cold atoms. In these experiments, new types of collision processes are to be studied, including electron collisions from cold atoms, BEC's and from slow atomic beams. The Cold Atom Facility which has been developed in Manchester is a bright source of cold atoms, and is shown in Figure 1. Atoms emitted from the source can be laser collimated in the second stage of the experiment, which consists of a 6-way 200mm 316LN cross attached to the source chamber. Laser collimation can be accomplished either using an optical molasses, through a 2D MOT or by exploiting the transverse momentum transferred to the atomic beam as it traverses this region using angled mirrors. Atoms from the collimated source that enter the Zeeman slower (figure 5) are longitudinally cooled and compressed in phase space using a blue detuned laser which passes along the axis of the Zeeman slower.
The design of the apparatus in Manchester allows atoms to be cooled, trapped and accumulated very rapidly from the source, which operates continuously. It has been demonstrated that the trap density reaches saturation (where no more atoms can be trapped due to radiation trapping and other restrictions) within 1 second. The MOT1 chamber has been designed with numerous CF-70 ports to allow additional experiments to be connected to the chamber. Since the ratio of accumulation time to trapping time is 400:1, the apparatus will be able to continuously load different cold atom experiments from the main source while maintaining the maximum trapping density which can be achieved in each of these experiments. One of the goals in the design of this apparatus was to produce a well-collimated beam of atoms from the atomic beam source prior to laser collimation (see figure 1). There are several different types of atomic beam oven that can be used in these types of experiments, ranging from a simple crucible that directs atoms through a hypodermic needle (and hence produces a beam that is quite divergent) through capillary array sources (which are unsuitable for metal vapour targets as needed here), on through passively collimated sources as is used in Manchester for super-elastic scattering experiments from calcium and finally on to the most sophisticated (and most complex) sources which use a recirculating arrangement for collimation and recycling of the material under study.
Recirculating oven sources have several advantages over other sources (if they are suitable). Firstly, since the source only produces atoms which enter the atomic beam, there is very little waste of material.
As an example, the potassium source used in these cold atom experiments in Manchester has been operating for over 2 years without the need to refill the crucible. Secondly, the use of a condensation chamber surrounding the emitting nozzle means that vapour from the oven is re-condensed onto the inner walls of this chamber, to be fed back to the crucible. Figure 2 shows the recirculating oven that has been designed and commissioned in Manchester.
The condensation chamber is held at a temperature ~340K so that the potassium on the walls is in a liquid form. Potassium vapour that is directed through the output aperture of the condensation chamber becomes the atomic beam which is used in the experiments.
Close control of the recirculating oven temperature is achieved by using several constant current supplies which feed the tungsten heaters as shown in figure 2. Although not yet tested with Rb, it is fully expected that this atomic beam oven can be used with equal success using Rubidium (melting temperature 312K) as the chosen source. Rubidium will be used for the production of Bose Einstein Condensates (BEC's) and for other experiments in the near future. Details of this recirculating beam source are currently being written as a paper for submission to an appropriate journal. Following laser collimation using an optical molasses (figure 1), the atomic beam enters the Zeeman slower. The effective way to slow atoms down using lasers is to adopt the process of laser cooling where the spontaneous emission process is used as a mechanism to provide a dissipative force.
An atom initially travelling with momentum pA = MAv is subjected to laser radiation directed in the opposite direction, where MA is the mass of the atom and v is the velocity of the atom. Since linear momentum must be conserved, absorption of a photon from the field means that the atom must slow down. Firstly it is possible for a second photon from the laser field to stimulate the atom to decay back to the ground state.
Secondly, the atom may relax back to the ground state spontaneously (spontaneous emission process). IF the photon is emitted in the same direction as the incident photon, then the momentum of the atom will return back to it's initial value prior to the interaction pA = MAv, and so the atom velocity does not change. By repeating this process many thousands of times, the atoms will slow down until they are stopped. The process of compression of the velocity distribution occurs since atoms with different velocities will only come into resonance with the laser beam at certain times during the cycling process. The method adopted here changes the internal states of the atoms by application of a magnetic field, which perturbs the atomic transitions which are coupled together by the laser radiation field. Figure 4 shows the type of magnetic field that is required to ensure the atoms can be effectively slowed and cooled. Figure 5 and figure 1 shows Zeeman slower that has been designed for the experiments in Manchester.
3,500m of rectangular section aluminium wire is used to provide the field, wound onto the flight tube as 5 individual coils.
These coils are operated by 5 x 20A constant current supplies whose current can be tailored so as to produce the required field profile along the flight tube. Four additional coils are located at the exit of the Zeeman slower which disrupt the field so as to release atoms into the MOT chamber.
The Zeeman slower dissipates ~5,000W when operated at full current, and cooling of the slower is implemented by the external copper coils and by an internal water jacket next to the flight tube.
Six laser beams of appropriate polarization are directed at the centre of the coils (the trapping region) which act as an OPTICAL MOLASSES to the atoms which enter this region, as shown in Figure 7. The laser interaction acts as the velocity dependent frictional force that slows the atoms down, in the same way as inside the Zeeman Slower. Since the molasses component is velocity dependent, as the atoms slow down they will gradually stop moving (within these approximations). The magnetic field from the anti-Helmholtz coils in combination with the laser beams ensures that the force acting on the atoms also has a restoring component that drives the atoms back to the centre of the trapping region (this force depends on the distance from the centre of the trap).
Since the restoring component is distance dependent, atoms subjected to this component will perform simple Harmonic motion (within these approximations).
This does not happen, as the atoms may still absorb and emit photons from the laser field, leading to a minimum velocity that is given by the recoil momentum of the atoms undergoing these absorption and emission processes (the quantum limit). For potassium atoms in the experiment in Manchester, the temperature of the atoms in the trap has been measured to be ~250 micro-Kelvin.
The success of the apparatus in producing a bright rapidly accumulating source of cold atoms means that new experiments now become possible. The first experiments to be attempted will scatter low energy electrons from the cold atoms either produced from the Zeeman slower, or inside the MOT. For these experiments, a pulsed electron gun has been constructed and installed in the AC-MOT chamber to produce a low energy electron beam of up to 10 microamps current at energies from 2eV to 100eV.
Electrons from this source are directed at the trapped or slow atoms, so that they are ionized by the electron collision as shown in figure 11. In this case, momentum of incident electron beam is known, as is momentum of cooled or trapped atoms.
By measuring the recoiling ions, it is then possible to measure differential cross sections for ionization of these cold targets over the complete scattering geometry as shown in Figure 12. The graph shows the momentum which is transferred from the electron to the ionized potassium target as a function of the momentum of the neutral target, where both outgoing electrons are scattered symmetrically wrt the incident beam direction. By detecting one electron in coincidence with the ion momentum, it is possible to completely determine the cross section for all scattering geometries. This technique is also used in COLTRIMS experiments which exploit supersonically prepared target atoms, however by using cold atoms the sensitivity of the technique is enhanced many times. Further, since the momentum of the initial target can be controlled by the Zeeman slower, it is possible to take sensitive measurements at different angles so as to ensure accuracy in the data. Other experiments being considered include super-elastic scattering of electrons from trapped atoms, study of interaction of electrons with BEC's, and interaction of fermions with ultra-cold ensembles.
Watch this space for new results and developments in these collision experiments, including details of the AC-MOT! The Cold Atom Facility developed in Manchester has potential to deliver a high density of cold atoms to different experiments so as to allow multiple experiments to be performed from the one source. This page describes the atom trapping and cooling experiments being conducted in Manchester. Morgellons Disease Awareness - Morgellons Disease: Tips for healing lesions, oral care and environment   Information for dealing with Morgellons lesions using topical aids as well as FAR infrared technology. In the first of these experiments, new types of collision processes are to be studied, including electron collisions from cold atoms, BEC's and from slow atomic beams.
The first experiments to be attempted will scatter low energy electrons from the cold atoms either produced from the Zeeman slower, or as inside the MOT. For these experiments, a pulsed electron gun has been constructed and installed in the MOT chamber to produce a low energy electron beam of up to 10 microamps current at energies from 2eV to 100eV. This page describes the atom trapping and cooling experiments currently being conducted in Manchester. The apparatus produces a bright, cold atom source which competes with the best in the world for speed of accumulation of cold atoms into a Magneto-Optical Trap (MOT), and for the lifetime of atoms that are subsequently cooled and trapped.


These experiments will exploit the momentum transferred in the collision process to ascertain new information about the target interactions, and to study collisions with cold and ultra-cold targets for the first time. The apparatus consists of a recirculating oven source, which produces a quasi-collimated beam of atoms into the laser collimation stage. The cold atom facility that has been developed at Manchester, showing the various components of the apparatus and the laser beams which are used to cool and trap the atoms emitted from the source.
Large windows are attached to the cross to allow the collimating laser beams to enter this region.
In the present setup, optical molasses has been used to increase the collimation of the atomic beam prior to the Zeeman slower.
The aim of this design is to facilitate rapid trapping of the cold atoms, then transfer of these cold atoms to different experiments that are connected to the MOT1 chamber via these ports. In this way, experiments which have low cross sections (such as collisions experiments with electrons, neutrals or ions) will be possible in the near future. By ensuring this criteria is met, the vacuum chambers are far less polluted by unwanted atoms that are emitted from the source.
This means that the source can be operated for very long periods of time without the need to refill the crucible. The physical size of the condensation crucible and the output aperture then defines the collimation of the atomic beam that exits and therefore becomes the emerging atomic beam. The crucible is loaded with potassium (melting temperature ~337K) and the temperature of different components of the source are closely controlled. Surface tension ensures that the liquid potassium runs down the walls of the condensation chamber and is gravity fed back to the crucible (which operates at a temperature of ~650K).
The temperature of the condensation chamber is accurately controlled by passing a heated high temperature silicon oil through a sealed chamber within the walls of the chamber as shown. Since atoms emerging from the oven have a wide range of different velocities (as dictated by the Maxwell Boltzmann distribution), it is necessary to slow these atoms down so that they can be captured by the MOT. The laser frequency (wavelength) is set to be resonant with the atomic transition so that there is a high probability of absorption of a photon from the laser field by the atom, which is then promoted to an excited state. In this case (stimulated emission process) the photon from the atom emerges in the same direction as the photon in the laser field.
In this case, the atom has no 'memory' of how it was excited, and so does not know the direction of the incident photon. By ensuring that either the laser frequency or the atomic transition frequency is time (or space) dependent, compression can occur. One method that is used is to 'chirp' the slowing laser beam (figure 1) so that as the atoms slow down they remain in resonance with the laser beam. As the atoms slow down, the magnetic field is then adjusted so that the atoms remain in resonance with the laser beam (or they will Doppler shift out of resonance). A set of 'disruption coils' are used at the exit of the slower to ensure atoms can escape into the MOT chamber.
Picture of the Zeeman slower shown with the cooling coils surrounding the current carrying coils.
Inside this chamber is a twin set of coils setup to produce zero field at the centre of the coils (anti-Helmholtz configuration), as shown in figure 6. Movie of the atoms being trapped in the MOT from the Zeeman slower (first successful trapping with an accumulation time ~1sec, and aA  lifetime ~10 seconds). Collisional ionization of atoms from the Zeeman slower or within the MOT trap, showing the setup of the experiment which detects the recoiling ions from the interaction.
The collision for ionization of cold atoms from Zeeman slower and those trapped in the MOT.
The incident energy is 30eV, and the curves show the effect of the ionization process on the final ion momenta (velocity and angle) as a function of the scattering angle.
These experiments may be far ranging, depending on the apparatus that is connected to the source. You may use them for graphic design, web design, Photoshop art, 3d rendering, or even a basic desktop background. You may not sell or claim ownership of Unmodified images or textures, individual or in packs. Initial collimation of the atomic beam is achieved in the recirculating oven source through the use of small apertures as is shown in figure 2. In this way, atoms accumulated in MOT1 can be transferred to several different experiments where they can be recaptured for further study, or experiments can be directly conducted on the trapped atoms in MOT1. Since no atoms are emitted apart from those in the atomic beam, contamination of the vacuum chamber is virtually eliminated. In this way, atoms are emitted from the nozzle into the condensation chamber, where they are re-condensed onto the walls of this chamber. In this way, the complex temperature conditions which are essential for correct operation of this source can be maintained. Further, it is important to also compress the velocity distribution of these atoms so that they have a much narrower distribution at the exit of the slowing tube. In this case, the momentum of the atom will return back to its original value pA, and there is NO slowing of the atom by the laser beam.
All information in the lesions section comes from individuals that have dealt with extreme skin problems and have found ways of managing them using non-pharma products. The Zeeman slower is shown without the cooling coils which surround the current carrying coils, and the liquid nitrogen trap has yet to be installed onto the source chamber. In the first experiments using this Facility, potassium atoms have been cooled and trapped.
Once the atoms enter MOT1, they experience frictional force due to the laser interaction and a restoring force due to the magnetic field, so that they rapidly cool to a temperature ~250 micro-Kelvin around the centre of the trap.
The mix will not stop new itch spots or bumps and lumps, but it will get RID of existing ones without leaving a trace. Without proper flora the body is open to many different type of skin infections since the flora is our immune defense against invaders. You can also open capsules of probiotics and not just one since you are covering a large area Beware that in the morning the liquid will have absorbed into your skin or evaporated leaving lots of crumbs and it's messy. I also learned and am not surprised that scientists are discovering that humans are missing certain key bacteria from the skin that the human body requires. There is also a clinical trial underway to study the skin of children across USA."??Posted Oct.
At the store I found Absorbine Jr Cream and although it did burn for about 2-3 minutes after a short amount of time enduring I found it to be soothing and took the itching and pain away. After a few days of applying 2-3 times per day I found that it actually pulled out alot of all the horrible things that were under the massive very deep crusted lesions on my arm (can be seen before and after photo).After some success I began looking at the ingredients and determined all the natural things that it was made from, one of which was camphor (another good one is wormwood and aloe), and began trying other over the counter camphor based items by looking at the percentage of camphor within each product. The ones I currently have now are all microscopic and can no longer be seen with the naked eye. However I will say that while the camphor I believe is helping to rid my internal system, it also has a price of the purging and expelling (so it has not been an easy pain free task), but I know I am healing. The camphor bottle has a stopper in the top allowing only one drop at a time, and once I did get too many drops which caused a euphoric sensation through my body. Again everything in moderation!!I also use a bottle of Vaposteam in hot baths for soaking that has camphor. The oil in the camphor and the aroma baths soften the skin, pull the fibers out, clear the sinuses, and help relax for a good nights sleep as well. Much to my amazement I actually saw tons of blue fibers pour out of the lesion right before my eyes (I had never seen them come out of my body like that, usually when fiber bundles were present with the naked eye I would wake in the morning to find them there).After several months of taking it internally I had concerns that I may be hurting my blood, kidneys or liver and told my doctor what I was doing and requested referrals for urinalysis and bloodwork. Just as a test I stopped taking it once and within a week the clumps of fibers returned, so I began again which took another week for it to get back in my system to get relief again. I sometimes now take a break for a day or two if I am doing good, but don't go more than 2 days without at least a few drops.Disclaimer I am not advising anyone to use any of the items I choose to use for myself, you and you alone are responsible for your own healing and research, I am merely telling what has worked for me!?Posted Oct. She used this formula on the face and on the eyelids with no problem and claims her eyebrows and eyelashes are growing back.
Her before and after photo shows the improvement, but I am not publishing them as it reveals her face.
Her formula contains DMSO which some feel is controversial, so do your own research and decide if it's the right direction for you.
This is the only thing that ever worked without destroying my skin.I got onto the idea of DMSO.
It is a carrier and contrary to what experts say it is not harmful, you can research it yourself if you haven't already done so.
I believe the DMSO carries the other oils deep into the skin and  kills the "what ever they are". You won't be able to get them all out and yes some may die in the skin and cause a breakout, but over time is will subside. It's taken me over a year now as certain section of my face were harder to deal with specifically the chin and cheeks. You don't have to wash your face but rinse it and apply a very thin layer at night before you go to bed. It seems now that I may never be rid of this completely but it is manageable. I was using antibiotics and I'd have to smear it on everyday and still not get rid of this and those antibiotics are not good for you.
Most of my pores are tight like they were when I was young. FAR Infrared Using a FAR infrared sauna suit, Donna Staehr was able to clear up lesions that had been present for two years all over her body.
With her permission, I'm sharing her "before" and "after" photos as well as her story (in italics).
I couldn't breath properly, couldn't even walk to my letterbox without puffing and wheezing. I'm still not healed, but it's more maintenance now, and these days I'm trying to fix all the damage done to the body—a long road as you know.


If I had to buy a unit right now, I would not purchase this unit again but would go for a suit or blanket that envelopes the entire body as I think these would be much more effective then having a pad.
Learn how Infrared Therapy will benefit your healthHow does Far Infrared Therapy really work?The infrared light increases cellular metabolic rates by triggering mitochondria activity.
The build up of toxins in a health body could block the normal blood circulation and impair the cellular energy. When FIR waves are applied, the water molecules that encapsulate the toxins get heat up, and start to vibrate. This vibration reduces the ion bonds of the atoms that are holding together the molecules of water. Scientists in Japan report that in the FIR treatment of clogged capillary vessels, heat expands the capillaries and then initiates the start of a process to dissolve hidden toxins.
Far Infrared thereby promotes elimination of fats, chemicals and toxins from the blood: Poisons, carcinogenic heavy metals - toxic substances from food processing - lactic acid, free fatty acids, and subcutaneous fat associated with aging and fatigue - excess sodium associated with hypertension - and uric acid which causes pain. Furthermore, if sebaceous glands are activated, accumulated cosmetics in pores can be eliminated through the skin (sweat and oil glands) rather than by the kidneys.3) Far Infrared stimulates enzyme activity and metabolism - One hour under the Hotouse improves metabolism. Furthermore, it increases growth of cells, DNA syntheses, and protein synthesis all necessary during tissue repair and regeneration. Excellent for healing burns, scar tissue and skin problems.6) Far Infrared relieves nervous tension and relax autoneuro muscles thereby helping the body make the most of its intended healing abilities. I am mentioning this because people with Morgellons know they flair when they sweat and it was like that for me as well but NOT when I sweated from FIR. It is the furthest red on the spectrum and that spectrum of light is a very healing kind of light for humans and animals too.Incidentally the military has used FIR for ages for detoxification purposes. I always thought it was normal for me to run low, as I can never remember not running low.It doesn't seem to be normal though, because now that it's up, it stays up, I'm feeling good.
None of this is medical advice and all of it is based on only my own VERY un-scientific observations. His experience is that if lesions ooze onto clothing, you can spread the infection via the fabric.
Sometimes I back the square with another square which is "dry" on the back of the first honey soaked dressing square.
I treat new lesions immediatly before they get worse. The manuka honey        One unique advantage is manuka honeys ability to rapidly re-granulate the wound after the expulsion process. It also has the unique ability to stimulate immune cells at the wound site, something that no over-the-counter or Rx product can do. This works well for me because I do not have to endure pain as previously, because manuka honey is an excellect analgesic.
Massage it in and they come to the surface before they can grow laterally in the skin layers.
When he tells me he finds something that works, I pay particular attention because he has been hitting this disease hard. Tests on the morg bacteria on slides shows that it does kill the bacteria that makes the gels. Had a major breakout of lesions on one side of my face. Sure enough, there are those courageous and marginally insane folks who refuse to succumb to the drill and are healing their own teeth.
It was tough, and at times scary but the tooth did heal." I'd like to share my experience with oil pulling using coconut oil.
Three or four times in the three years since getting Morgellons, a sore has popped up on the roof of my mouth near the teeth. In the past, it has taken up to two weeks to fully go away because brushing the teeth rips open the sore which bleeds.
The last time I got one of these sores I decided (after two days) to begin coconut pulling. I swished the oil around 20 minutes? in the morning upon awakening and in the evening before bed. Since then, I've continued to do coconut pulling at least once in the morning.? I have to admit, I'm pretty obsessive when it comes to my teeth.
Things I have used on my teeth over time. Bentonite clay Rub the gums with it before bed (and leave it in the mouth).
It's fine if you end up swallowing it in your sleep as it's very healthy and helps with detoxification.
For those that take Bentonite internally as a detoxifier, note that it should be taken away from supplements.Garlic is a natural antibiotic I have experimented with extensively for fighting infection both internally and externally for years and can attest to it's antibiotic properties.
I've used this method on my teeth before I even had Morgellons with good results. If you feel you've got a serious infection in your tooth, taking garlic internally, might be a secondary support to your system.
Make sure there is food in your stomach before ingesting raw garlic as it can burn in the most brutal fashion.
Use only a half clove (or less) at a time to make sure your stomach is okay before taking a whole clove.
Also, some cultures like the Chinese, believe too much garlic overstimulates the liver, which can cause fitful sleep. If you have a bad abcess in the mouth, and feel the infection has progressed to a serious stage, you will need to determine if antibiotics are the way to go. I had a really bad infection (pre-Morgellons) that I took antibiotics for and feel that was the best choice at the time. At the time of writing, I believed that I had had some sort of infestation in my apartment.
However, if you do have a bug problem in your environment, these tips should get rid of it.
I've written more about the need to get confirmation that there really is a problem in your environment on the "Reflections" page. Do not breathe in the fumes if you can help it and don't stay in any room you are treating! Make a point of using them in sealed areas or bins and open windows or use an exhaust fan to ventilate afterwards. Some people buy the diffusers that have a candle in them. Menthol usage for dirty laundry (do not use menthol crystals in the washing machine) —Clothes are a big reinfection point.
The whole idea behind using the bin with crystals is that you want to kill anything in the laundry BEFORE you put it in the wash so that you are not exposing yourself to re-infection when you handle it at the washer.
You'll get the feel for how much you should use over time. After the clothing has been mentholating for a few hours, you can reach in and turn the laundry ensuring that everything in the bin has been well exposed to the menthol.
When you are ready to turn off the heating element, pull the plug rather than opening the bin. This works well—especially if you have things like down coats.You can do your shoes this way too or any other items you are unsure of!
Using menthol crystals on furniture (such as a couch) —Buy a big plastic drop-cloth from a hardware store with as thick a plastic as is available and 'TENT' your couch. I wouldn't make a habit of wearing unwashed mentholated clothing as I believe it is unhealthy to inhale the vapors over a long period. Some people have tried to mentholate rooms. Open dresser draws, closet doors, and try to keep in mind that you want to make sure as much air circulation gets around things as possible. Don't do this if you have fishtanks in the room, and make sure to protect your pets by keeping them out. Computer Equipment —I disassembled all my equipment including cords and put them into a big bin with mothballs. It did the trick.Mothballs are nasty and toxic, this is a last resort solution and I suggest you do your best to limit exposure especially when it comes to inhaling. Also, note that certain plastic foams will absorb the odor of the mothballs and there is no way to get that smell out. If you have a problem in an isolated area such as a room, I'd put a bin right outside the door with diatomaceous earth? in it, or methol crystals. I encourage those wanting to interact with others in the Morgellons communtiy to join the forum (or the many other Facebook groups). Gratitude to Rayelta Nayar? for all her hard work preparing these!Note that I am not publishing the below pdfs as recommendations. I'm not endorsing nor do I follow any of the protocols below, yet, feel the public should have easy access to the information and form their own opinions about them.
Reflections Awareness Poster Links Ayla's Art Contact Ayla Morgellons Disease: Tips for healing lesions, oral care and environment   Information for dealing with Morgellons lesions using topical aids as well as FAR infrared technology. It's not a cure, but it WILL rid each and every lesion if the application is consistent. You can also open capsules of probiotics and not just one since you are covering a large area Beware that in the morning the liquid will have absorbed into your skin or evaporated leaving lots of crumbs and it's messy. Her formula contains DMSO which some feel is controversial, so do your own research and decide if it's the right direction for you.
It is a carrier and contrary to what experts say it is not harmful, you can research it yourself if you haven't already done so.
You won't be able to get them all out and yes some may die in the skin and cause a breakout, but over time is will subside. It's taken me over a year now as certain section of my face were harder to deal with specifically the chin and cheeks.
I was using antibiotics and I'd have to smear it on everyday and still not get rid of this and those antibiotics are not good for you.



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