The human body is a collection of a large number of cells. The cells are constantly growing, developing, differentiating, regenerating, and apoptosis. The cells divide themselves and constantly self-renew. Adults have about tens of millions of cells per second undergoing division. During the process of cell division and growth, they constitute the atomic nucleus and extranuclear electrons of the most basic unit of the cell. These charged bodies move and change at high speed. They also continuously emit electromagnetic waves, which is called the biological energy field. The electromagnetic wave signals emitted by the human body represent the specific state of the human body. Under different states of human health, sub-health, disease, etc., the electromagnetic wave signals emitted are also different. In the traditional medicine of the ancient civilizations of the world, the energy in the human body was quite clearly and deeply described. Chinese believe that the vitality of the human body is related to the energy field. The term qi was invented more than three thousand years ago to collectively refer to bioenergy. Qi can be divided into yin and yang.
氣可分為陰與陽，人體的健康以達到氣的陰陽平衡為佳，即陰與陽應協調。人體總體有總體的陰陽屬性，個別系統有個別系統陰陽平衡，器官組成有器官組成的陰陽，細胞也有細胞的陰陽。任一個層次的陰陽能量失衡，就會造成該層次的疾病現象，由分子到細胞，由細胞到器官，再由器官到系統，進而延伸到人體，最後形成疾病狀態。印度傳統醫學認為人體的能量( prana )過中脈、左脈和右脈等三個主要的通道在人體中運行，而三脈的交會點就是脈輪( Chakra，能量中心 )，主要有海底輪、臍輪、太陽輪、心輪、喉輪、眉心輪、頂輪等七輪，印度的氣輪理論與中醫相似，任何一個系統失衡即造成疾病現象。根據這些年的研究，中國與印度的能量理論，並非只是一種哲學思維，而是有實證醫學的基礎，如中醫師的把脈，即可偵測人體能量失衡狀態，由此判定病狀；印度醫者則由觀察人體週邊氣輪的顏色來判定疾病，此兩種醫療都已有數千年歷史，只是無論是把脈或觀氣輪，都需要很深厚的經驗，具有極度的主觀色彩，缺乏客觀標準，因此較不容易被現代科學所接受，慢慢的學習的人就減少，因而使能量醫學一直落在西方實證醫學之後。
進入二十世紀後，由於近代物理學的進步，使人類對生命、物質了解跨進了一大步，尤其是量力物理所解釋的”物質的最小單位為量子(即能量體)”，巨觀的物質世界來自於微觀的量力現象的顯現。意思就是說，物質是由能量組成，不同物質來自於不同能量組成，因此若能偵測能量，即能偵測到物質，根據此一原理，科學家開創出新一代”氣的醫學或能量醫學”理論。二十世紀初期，幾位諾貝爾獎物理學得主在物質與能量的關係上，獲得劃時代的新發現。西元1905年，愛因斯坦(Albert Einestein)發現光電效應，他把光當作子彈射擊在金屬上，結果許多電子被彈出，因此他就將光視為量子，之後，光的量子即被稱為「光子」。愛因斯坦提出他最著名的質量轉換方程式:E=MC２，亦即物質與能量是同一回事，質量只是能量的一種方式而已。1923年，法國的德布羅意(Louisde Brolie)王子發現電子在運行的時候，居然同時間伴隨著一個波的產生，他在博士論文中提出一個假設:所有物質都可以用波來描述，他稱之為物質波。這個理論暗示了物質不再只是粒子，物質亦將有波的性質，因此物質將會受到能量波動的影響而改變物化性質。1925年，瑞士蘇黎世大學物理教授薛丁格(Erwin Schrodinger)由愛因斯坦的文章中獲知德布羅意物質波的概念，於是他決定利用波動的數學模式來描述物質，最後他提出了轟動20世紀物理史的薛丁格波動方程式。薛丁格爾肯定的說:「波，只有波才是唯一的實在。不管電子也好，光子也好，或者任何粒子也好，他們的本質都是波，也都可以用波動方程式來表達基本的運動方式。」
物理學家狄拉克（Paul Dirac）博士於1926年提出量子場論 (Quantum Field theory)，他是研究量子場論的先驅，他認為粒子是一個連續波動場中濃縮聚集的現象，因此要描述一個物質必須同時包含位於場中間的濃縮體及往外無限擴展的量子場。1940年代晚期，物理學家理查費曼(Richard Feynman)、朱利安·施温格(Julian Schwinger)和朝永振一郎(Sinitiro Tomonaga)將狄拉克原來略粗糙的量子場論進一步修正為量子電波動學(Quantum Electrodynamics)理論，他們通過減掉一個無窮大量來得到有限的結果。由於方程複雜，無法找到精確解，所以通常用級數來得到近似解，不過級數項越來越難算。雖然級數項依次減小，但是總結果在某項後開始增大，以至於近似過程失敗。儘管存在這一危險，QED(量子電波動學)仍被列入物理學史上最成功的理論之一，透過這個理論人們可以更精確描述光與物質交互作用時之場效應(Field Effect)。
Based on these dazzling theories, we can find a new note for Qigong. The universe is originally filled with particles, and each particle or material actually implies an invisible quantum wave field, so the universe is a world full of energy fluctuations. Each human body is made up of cells, and each cell can form a certain field by itself. We can call it a biological energy field. The human body is a multi-celled living body composed of many tissues and organs. In order to maintain the normal operation of the body, each cell needs to continuously transmit energy and information to each other to ensure the coordination of the organs. In the theory of Chinese medicine, the concepts of qi, meridian and acupoint are the originators of true energy medicine.Qi is the energy or message of the biological field. Meridian is the conduit for conducting energy information. Acupoint is the node of energy information conversion. It is very easy to understand the relationship between traditional Chinese medicine and energy medicine. The biological field can transmit energy and information through the electric field, magnetic field, electromagnetic field, gravitational field, meson field, quantum field, sound field, etc., so the biological field is the best signal transmission medium for the human body. Under the action of the bioenergy field, the biomolecules in the human body are polarized, and the water molecules are arranged in a certain order, so that the directional movement of the electrons and the movement of the particle flow can be formed. Thereby strengthening the biological energy of the human body, thus It improves the biological state of the human body and can strengthen the human life state. When we learn about qigong, we actually learn to adjust the biological energy field so that the offset human energy field can return to normal, and the degraded physical condition will also be improved by the qigong.
In the early stage of human onset, firstly, the structure of the human body, and the structural elements start to change. The normal motion of the electrons that makes up the atom start to decay at the first state. Due to the correlation between the electron motion and the magnetic field, once the resonant magnetic field of the normal electron changes, the information will be transmitted through the channel from the atom to the molecule, from the molecule to the cell, from the cell to the organ and cause chaos and destruction. As a result, an abnormal physiological state occurs. Over time, this may cause cell damage and abnormal body organs, and the disease will also occur. The QRS quantum resonance detector is a new instrument for analyzing this kind of phenomenon. It can directly collect electromagnetic waves from organisms or substances into the instrument. Take out the required components from the measured substances, and then compare them with reference to a preset standard waveform to calculate the degree of abnormality. Determine whether the waveform of the sample turns into chaos is analyzed by the Fulis analysis method. According to the waveform analysis result, if the magnetic field of the sample has become confusing, the instrument will send the magnetic field waveform and emit a non-resonant sound with echo. If the magnetic field is not disordered, the instrument emits a resonant sound without echo. For example, cancer, when molecules of normal tissues accumulate, the difference between the magnetic field waveform of the tissue and the standard waveform becomes large, and thus the probability of generating a non-resonant sound increases. It can be seen from the above that the quantum resonance detector measures the magnetic field generated by the electron motion and the energy emitted by the base group, and the two can be summarized as quantum. This technique is called quantum analytic method. In 1923, physicist De Broglie proposed the material wave theory: any particle has its own characteristic wavelength, such as a single atom-derived information belongs to the X-ray range (1 pm ~ 10 nm); the molecule emits The information belongs to the ultraviolet range (170 to 400 nm); the wavelength of human cells is in the microwave range (0.1 to 30 cm); and the wavelength of the earth is 3.6 × 1061 cm. The wave also has a resonance characteristic, that is, superposition can occur when two waves of the same wavelength meet each other. This resonance principle also exists in sound waves, electromagnetic waves, and all substances. When it is necessary to identify whether the two waves are the same, qualitative identification can be obtained from whether or not resonance occurs, and the weak magnetic field energy measuring device is developed according to this principle, so this device is also called a quantum resonance detector. The matter and the organism are composed of infinite atoms, and the magnetic field formed by the organism is a micro-Gaussian or milli-Gaussian magnetic field, that is, a weak magnetic field. The quantum resonance detector can measure the transverse wave magnetic field (quality wave) and the longitudinal wave magnetic field (coarse dense wave, compression wave). These two magnetic fields are energy reactions accompanying the movement of electrons and elementary particle groups. Therefore, the energy information of the organisms is concentrated in the composite wave, and the synthetic waves must be decomposed and recognized to obtain the correlation degree of resonance with respect to healthy and normal waveforms. First, the electromagnetic wave of the micro-magnetic field is presented as a full standard transaction function in Fourier's analytical method (Fourier). The standard waveform of the investigation project is proposed, and then compiled into a code information input database. When it is necessary to detect, the code waveform is used as a fishing needle, and the synthetic wave emitted by the living body is transmitted to the analysis loop of the quantum resonance detector. After being decomposed into a single regular approximate waveform, the fishing needle is identified and then subjected to resonance comparison to calculate an abnormal program The degree of association with the wave is being caught. According to the above results, the resonance indicates that it is in the normal range, and the resonance failure indicates that different degrees of lesions appear The severity of the lesions can be quantified to 0 to ±22 levels, and each level can be characterized as a characteristic waveform of which lesion.The key to the application of quantum resonance detector in medical diagnosis is to establish an accurate and detailed database of vital signs and electromagnetic waves. The analytical program and device can be used for electromagnetic wave analysis of all materials, and only need to adjust the corresponding precision and resolution. A standard sign model must be established at the beginning of the research process. Dr. Zhang takes the determination of various wavelengths of normal hepatocytes as an example. Firstly, normal human hepatocytes are cultured by bioengineering techniques, and the model wavelength is detected. After a large number of detection coincidences, the commonality and specificity of the waveforms are found, and then combined with a large number of clinical cases are screened. A similar waveforms are found from the synthetic waves of healthy people for correlation analysis. At this time, the information (function) of various electromagnetic waves related to hepatocytes can be initially determined, and further, various cases of liver diseases can be made. For clinical testing, the 0 to ±22 graded lesion criteria can be determined step by step, and the normal function is adjusted accordingly. At the same time, it is necessary to carry out diseased cell culture, compare laboratory data with clinical case data, thereby eliminating various influencing factors and unnecessary clutter. After repeated round-trip screening and data accumulation, the characteristic wavelengths of each indicator can be determined, and information of various functions and digital forms can be stored in the database. Dr. Zhang said that in the whole process of screening and measurement, it involves many fields, like biomedicine, physics, quantum mechanics, calculus, and electronic technology. Therefore, it must be researched by professionals in various disciplines to ensure that the data reaches 93% to 94% accuracy.
In the early stage of human onset, the movement of the electrons making up the atom first causes an abnormality, leading to a change in the regular energy transfer from the atom to the molecule then to the cell, and finally causes an abnormal physiological state. The quantum resonance detector can analyze the abnormality of the electromagnetic wave. The normal human organ tissue in the database and the magnetic field data of hundreds of diseases will be recalled and compared with the abnormal wave. The result is that the severity of the lesion is quantified by -22 to 0, while the healthy human body is different by individual. The state of health varies from 0 to ±22. For the fuzzy causes that are generally considered to be difficult to quantify, such as emotional stimuli, over-sensitive sources, etc. Quantitative values can be used to reflect the severity, and the benign and malignant tumors’ early, middle and late stage can be detected is also quite sensitive. The outstanding advantage of this detection method is that the detection process is non-invasive. Dr. Zhang pointed out that some of the current medical diagnosis needs to be sampled and sliced, which will increase the risk of infection and cause psychological stress to the patient. While quantum medical diagnosis only needs to contact the sensor, there will be no impact (including B-ultrasound, X-ray, etc., although there is no wound, affect cell growth). Hair and urine can be used for testing, so under the premise of constantly improving the database, the application of quantum medical diagnostic methods will continue to expand.
The drug to be tested is placed on the test plate together with the patient's hair, and the difference between the quantified value of the patient's lesion information and the quantified value of the same lesion code measured. When the drug is not taken, the quantitative effect of the drug works to improve the lesion, as the volume price. Detecting the quantitative titer of the drug to improve various pathological conditions, form the relevant pharmacodynamics for quantum pharmacodynamics. This method has broad prospects for the screening of Chinese herbal medicines, the early identification of the efficacy of compound preparations and the identification of authenticity of medicines. At present, a variety of weak magnetic field energy measuring devices have been developed and marketed internationally. In 1989, Ronald Wyndeck of the United States first invented an ultra-high sensitivity weak magnetic field energy measuring device with code analysis function called MRA. Later, Japan introduced the MRA system from the United States, and soon the modified models such as MAR-Special and MAR-Classic appeared. The basic components of this type of instrument are multi-wave oscillators and radio tubes. However, the US FDA once banned the use of such primary stage instruments in medicine in the early 1990s. In 1996, the Japanese developed several models: LifeFieldTestre (LFT); MAXLifeFieldAnalyzer (LFA); AMV; QuantumReonacerSpetrometer (QRS). In 1998, Korea also developed a fully automatic Q-MAR type device. Other countries have VEGA and MORAAGupRoll. Among them, the VEGA model is mainly produced in Germany. At present, there are more than 25,000 units in daily medical treatment, and there are 5,000 units (QRS) in Japan for auxiliary application in daily treatment. There are 20 units in Taiwan (including QRST and Q-MRT). Model) used in daily medical treatment. On May 27, 2001, China's first QRS quantum resonance detector was successfully developed.
Any organism consists of molecules, and molecules are made up of atoms, and atoms are made up of nuclei and electrons. The electrons rotate around the nucleus to generate a magnetic field that emits electromagnetic waves. Quantum is the unit of energy and the unit of wave. According to quantum mechanics, each particle has its own corresponding matter wave, and the wave has a resonance characteristic. When two waves of the same wavelength meet, wave superposition can occur and increase. The resonance of a wave is a macroscopic representation of quantum resonance. In the early stage of human onset, firstly, the structure of the human body, and the structural elements start to change. The normal motion of the electrons that makes up the atom start to decay at the first state. Due to the correlation between the electron motion and the magnetic field, once the resonant magnetic field of the normal electron changes, the information will be transmitted through the channel from the atom to the molecule, from the molecule to the cell, from the cell to the organ and cause chaos and destruction. As a result, an abnormal physiological state occurs. Over time, this may cause cell damage and abnormal body organs, and the disease will also occur. Disease can be diagnosed by collecting biological waves from biological lesions into a computer and comparing them to standard biological waves (biological waves of normal organisms). The organism is a complex, and the emitted waves are also complex waves. The quantum resonance detector collects signals from the sensor, including not only the complex wave of the organism, but also the clutter generated by a small amount of external interference. The key to collecting signals is how to select the biological waves of the detected items from the composite wave. The quantum resonance detector uses the resonance principle of the wave to fold and amplify the biological wave of the detected item through the resonance of the wave, so that it is easy to select all the biological waves of the detection project, and the unwanted biological waves and impurities are The wave is filtered out.
The quantum resonance detector is a new type of instrument for analyzing this phenomenon. It can directly collect electromagnetic waves from organisms or substances into the instrument, take out the required components from the measured substances, and then compare them with reference to a predetermined standard wave to calculate the degree of abnormality. Use the Fourier analysis method to determine whether the waveform of the sample is into chaos. According to the waveform analysis result, if the magnetic field of the sample is into chaos, the instrument will send the magnetic waveform and emit a non-resonant buzzer; if the magnetic field is not disordered, the instrument will emit a resonance beep. For example, cancer, when molecules of abnormal tissues accumulate, the difference between the magnetic field waveform and the standard waveform of the tissue becomes large, and thus the probability of generating a non-resonant buzzer increases. It can be seen from the above that the quantum resonance detector measures the magnetic field generated by the electron motion and the energy emitted by the base group, and the two can be summarized as quantum. This technique has become a quantum analytical method, and its application in clinical medicine has become quantum medicine.
According to the theory of pathology, when the human body is ill, the tissue cells change at first. The changes in tissue cells are caused by changes in the biomolecules that make up the tissue cells. Molecules are composed of atoms, which in turn are composed of nucleus and extranuclear electrons. When atoms bind to a component, electrons have their specific laws of motion. Therefore, for the configuration of biomolecules and their changes, intermolecular interactions, the activities of the outer electrons in the atom play an important role. Due to the correlation between electron motion and magnetic field, different biomolecules will radiate specific electromagnetic energy. That is to say, the biomolecules of the lesion are not the same as the electromagnetic energy radiated by the normal biomolecule. The human body is made up of many different types of biomolecules. The electronic motion of these biomolecules produces a complex bio-wave of the human body. Then, by detecting and analyzing this composite bio-wave, it is possible to detect the health of the human body in detail. Tongkang information detector uses the original feedback voltage sensor to obtain these composite bio-wave information. The acquisition of this information is based on the principle of biological feedback. A large number of human standard biological waves are built in the detector. The detector adds a built-in human body standard biological waveform as an induced electric wave to the human body. Under the stimulation of the induced electric wave, the human body makes an unconscious physiological feedback. The detector collects the excited signal, compares it with the standard biological wave, and uses the complex analysis operation of the computer software to calculate the difference, which is represented by the quantized value of -22 ~ +22, and displays, saves and prints the result.
The measured object of the weak magnetic field energy measuring device is a micro-Gauss/Milli-Gauss magnetic field in the living body and the substance. There are two kinds of magnetic fields, one is a transverse wave magnetic field (quality wave) which can be measured by a conventional method, and the other is a longitudinal wave magnetic field (coarse dense wave, compressed wave) which cannot be measured. The weak magnetic field energy measuring device is capable of sensing both magnetic fields. The magnet is removed from the measuring table to a distance, and the inverse ratio of the measured energy value to the quadratic equation of the distance is reduced. The longitudinal wave magnetic field is generated by the resonance of the basic particle group and electrons in the support medium of electron motion. The definition of this basic particle swarm is the basic structural unit of all matter. Therefore, it is named after the base. The energy of the so-called qi is a kind of foundation energy, which is an entropy convergence type. The standard magnetic field is coded into the weak energy measuring device, and then the comparative search is performed to determine whether the weak magnetic field emitted by the living organism or the organism is changed. The standard magnetic field can be memorized by conducting minerals, trace metal elements and oxygen into the water, which is called magnetized water. If you drink this magnetized water, it can enter the corners of the cell tissue and correct the chaotic magnetic field in the living body to restore the body to health. Measuring the weak magnetic field of the organism makes it possible to diagnose and treat the disease early. In addition, it is also used for water quality measurement, drug effectiveness, pesticide determination in food, etc. a wide range of applications. In the 21st century, the weak magnetic field energy measurement device will be attracting attention as an advanced medical and technology related industry.
Introduction of Quantum Resonance Detector
All living things and matter have extremely weak magnetic fields that are generated when electrons rotate around the nucleus. To measure this magnetic field, the Fuli's analytical method can be used to calculate and code the standard magnetic field waveforms of organisms and objects (eg, liver, code D273) and store them in a quantum resonance detector. During the detection, the magnetic field waveforms of the collected organisms (hair, blood, urine) and objects are sent to the analytical loop in the quantum resonance detector, and the resonance analysis and comparison with the standard magnetic field in the quantum vibration detector are performed to calculate Abnormal program. According to the waveform analysis result, if the magnetic field of the object to be tested is not disordered, the quantum resonance detector will also send the waveform and emit a resonance sound without echo. Resonance is normal, non-resonance means lesion, the weight of the lesion is quantified by -22 to 0. The larger the negative value, the more severe the disease, and the quantitative value of healthy human body is between 0 to +22. Now assume that the fluctuation value of vitamin C is 800. If the wavelength of the fluctuation value of 800 is input into the human body through the quantum resonance detector, the body will make a physiological reaction, and the computer can calculate whether the person lacks vitamin C. Related reaction items include: herbs, bacteria, viruses, parasites, allergens, minerals, heavy metals, radiant electromagnetic waves, aromatherapy preparations, organs, chromosomes, and many other classes of substances. According to the above principle, if you want to make a preliminary health check in the future, you may not need to spend expensive inspection fees No ultrasonic scanning, no computerized tomography, no blood test or X-ray are needed. Just holding the sensor or use urine (hair also works), you can get more than 5,300 health information in your body in a few minutes. For example, gastrointestinal problems, toxin levels in the body, immune function, organ function, cancer crisis, normal spine structure, and even personal emotional state of mind can be measured clearly, which helps to analyze the overall health of the whole person.
The human body is a collection of a large number of cells. The cells are constantly growing, developing, differentiating, regenerating, and apoptosis. The cells divide themselves and constantly self-renew. Adults have about tens of millions of cells per second undergoing division. During the process of cell division and growth, they constitute the atomic nucleus and extranuclear electrons of the most basic unit of the cell. These charged bodies move and change at high speed. They also continuously emit electromagnetic waves, which is called the biological energy field. The electromagnetic wave signals emitted by the human body represent the specific state of the human body. Under different states of human health, sub-health, disease, etc., the electromagnetic wave signals emitted are also different. If these specific electromagnetic wave signals can be measured, the life of the human body can be measured. Quantum medicine believes that the most fundamental cause of illness is the change of the spin and orbit of electrons outside the nucleus, which causes atomic changes in the constituent materials, and then causes changes in biological small molecules, which in turn cause changes in biological macromolecules, and then cause changes in whole cells. Finally, it causes changes in the organs. Because electrons are a charged body, when the spin and orbit of electrons outside the nucleus change, the electromagnetic waves emitted by the atom will change. The electromagnetic wave changes that occur in human diseases and changes in the body's nutritional status are extremely weak. Usually only nano-Gauss to micro-Gauss, by means of the sensor or directly measuring the frequency and energy of the weak magnetic field of the hair, after being amplified by the instrument and computerized, compared with the standard quantum resonance spectrum of the disease and nutritional indicators set inside the instrument. The corresponding value from negative to positive is output, and the magnitude of the quantity indicates the nature, extent and nutritional level of the disease. Finally, the clinician analyzes the test results. For example, cancer cells are different from normal cells, and the electromagnetic waves emitted by cancer cells are different from normal cells. Quantum resonance detection of tumors is a standard wave of cancer cells to the specimen. If there are cancer cells in the body, resonance will occur and the instrument can detect this signal. The more the number of cancer cells, the stronger the signal and the more the value Negative values. If there are no cancer cells, no resonance will occur, and the value will tend to be positive. This is similar to the principle of listening to radio. There are a lot of radio waves in the air. If you want to listen to a specific radio station, so just adjust the radio to that frequency. Then you will be able to listen to the radio station. The quantum resonance is using this principle to detect, in short QRS.
During QRS technology in the design of the instrument, the normal human organ tissue and the magnetic aura of hundreds of diseases are respectively coded and stored in the computer. The malignant tumor code is F005. When a patient develops a malignant tumor, the patient's urine is placed on the QRS test board to determine whether the patient resonates with the computer-set F005 code to make a diagnosis. If it is not resonating, it is characterized as a malignant tumor; resonance is denied a malignant tumor. Therefore, the inspection method has the advantages of being simple, fast, and easy to operate. The quantum resonance instrument is simple, fast and sensitive for the diagnosis of diseases and the cause of the disease, and the magnetic aura of the whole body is measured by the hair, urine and blood containing water. Because the human body is at the beginning of the disease, the first thing is that the electron movement of the atom is abnormal, and then the microscopic structure of the atom to the molecule to the cell, the magnetic aura information is disordered and even destroyed. Through the measurement of the weak magnetic aura of the human body, the lesion and degree of the organ can be found early, and the quantitative value is represented by -21 to 0. The quantitative value of healthy human body is mostly between 0 and +21. The greater the negative value, the heavier the condition, and the quantitative symptoms and causes of the fuzzy that are generally considered to be difficult to quantify can be quantified to help us judge the severity of human injury. The object of the quantum resonance health detector is a micro-Gauss/milli-Gauss magnetic field in organisms and matter.
There are two kinds of magnetic fields, one is a transverse wave magnetic field (quality wave), and the other is a longitudinal wave magnetic field (coarse dense wave, compression wave). The Quantum Resonance Health Detector is capable of sensing both magnetic field waves. Matter and organism are composed of innumerable atoms, and the magnetic field emitted by this composite is measured in the form of synthetic waves. To analyze the components of this complex synthetic wave, use Fourier analytical method, using the full standard orthogonal function, first form various standard waveforms, and then compare the waveforms emitted by the organism and the substance to calculate the correlation between the two degree of association. The beauty of this method is that according to the code input, only the information related to the code can be taken out for processing.