We humans happen to be harnessing biological processes to generate life just a little sweeter ever due to the fact the very first developments in agriculture. Tapping into life's processes to produce items such as cheese, bread, and beer (the essentials) has been going on for 1000s of years. Now, there's a entire location of digital micro imaging for biotechnology investigation which encompasses the vast applications of those biological processes.
The field of applied biology referred to as biotechnology makes use of living organisms and bioprocesses to accomplish really amazing factors. Biotechnology is utilized in engineering, technologies, medicine, as well as other fields requiring bioproducts. Biotechnology is also used in genetically modified foods, transgenic crops and animals, biopharmaceuticals, recombinant DNA technologies, and bioremediation.
Leading organizations in micro imaging investigation are making use of new technologies that allows for the extraction of even the smallest biomaterials from heterogeneous tissue and cell colonies. The secret behind the technique is actually a pure, contact-free optical approach that's gentle sufficient to facilitate micro dissection and also the manipulation of living cells in culture. The finest digital microscope come equipped with the newest in laser technologies. This will allow for contact-free and contamination-free specimen capture and micro dissection.
Researchers who use digital micro imaging for biotechnology analysis report a vast increase in workflow speed. The image is displayed working with an integrated camera onto a monitor or projection screen. Integrated color management guarantees for brilliant pictures in accurate color. By bypassing the require for eyepieces, digital micro imaging technologies avoids painful muscle tension and eye strain. Anything that travels quicker than ever on the planet these days is information and facts. With integrated E-mail function and remote viewing, sharing function and discussing function with partners is less difficult than ever. Now, researchers can get the function they have to get done more rapidly, wherever they are.
In modern day medicine, biotechnology has promising applications in a quantity of areas. Drug production and pharmaceuticals have each produced ready use of biotechnology. Modern techniques of manufacturing pharmaceutical items usually make use of biotechnology. Biotechnology 1st saw use in pharmaceutical manufacturing with recombinant DNA engineering to modify Escherichia coli bacteria. This resulted inside the production of human insulin.
Before this strategy was found, insulin was extracted from the pancreas glands of cattle and pigs. While animal-derived insulin is mostly powerful in treating diabetes, allergic reactions were noted to oftentimes take place. This can be accredited to the subtle differences among insulin derived from humans and farm animals.
Genetic researchers were in a position to produce two genes for every on the two protein chains that comprise the insulin molecule. The genes are then inserted into plasmids amongst a group of genes that are activated by lactose. The result is two insulin-producing genes activated by lactose. By inserting the recombinant plasmids into Escherichia coli bacteria and combining the two protein chains, the metallurgical microscopes generates as a lot as one hundred,000 molecules of human insulin.
Before recombinant DNA was made use of to modify bacteria and develop the human growth hormone, the hormone had to be extracted from the pituitary gland of cadavers. As opposed to animal derived-insulin, animal development hormones have no therapeutic upshot for mankind to date. The hormone was consistently seeing substantial shortages because it took fifty cadavers to provide a single year's provide with the development hormone.
Digital micro imaging for biotechnology analysis is also used in gene therapy, a vital approach involved in treating cancer. The technologies and tactics behind gene therapy are still in developmental stages; having said that, it has been utilised with some achievement for treating or curing genetic and acquired illnesses for instance cancer and AIDS. Biotechnology has also identified use in genetic testing, for example prenatal diagnostic screening. There are many benefits of making use of this technologies to test and discover about a fetus. Presymptomatic testing for any quantity of different diseases and problems is feasible, and also the sex in the future baby may also be determined.Click Here
Tuesday, January 22, 2013
Sunday, January 13, 2013
About Diverse Varieties of Microscopes
As you realize that microscope is an instrument that may be employed to magnify the tiny objects. Along with the advance of technology, it has led to substantial discoveries in biologic fields. This instrument has also skilled several improvements and innovations. As the result, inside the market, you may uncover many types of microscopes. A number of them include things like the compound microscope, Scanning Election Microscope (SEM), dissecting microscope, and Transmission Electron Microscope (TEM).
Related to compound one, you are able to find it in most science and biology classrooms. This device is electrically operated. It utilizes light to boost the cell image. For viewing, it has a number of lenses.
Deals with dissecting 1, this sort of microscopes has low magnification. It is also powered by light. It's much better than a compound a single since it can view the objects larger. Even, it may view the objects in 3 dimensions. It is also known as stereo microscope.
Meanwhile, a Scanning Electron Microscope (SEM) uses electrons to produce the image. So, this device will not use the light in making an image. Related to a stereo microscope, it may develop three-dimensional image with higher magnification and resolution. Even, it features a greater focus depth.
Transmission Electron portable? metallurgical microscopes (TEM) is equivalent to SEM. To produce an image, it makes use of electrons as an alternative to light. The material of this device should be extremely thin. Making use of electrons, it provides the viewer the high resolution and magnification. As the outcome, it could develop two-dimensional images.
To get these types of microscopes , you are able to locate them at universities. You can also obtain them at hospitals.
Monday, January 7, 2013
four Important Factors in Acquiring Digital Cameras For Microscopes
A digital microscopes camera is a necessity for all those who want or must be involved with micro photography. As an illustration, some hobbyists enjoy capturing pictures of microscopic objects. Other folks may have to do so simply because they are students within a biology or chemistry class. Nonetheless other individuals may possibly be expert scientists who take images on the specimens they study. But regardless, ahead of you invest in your camera, you are going to must take into consideration four vital points.
POINT #1: A definition. You should know that micro photography refers towards the hobby or science of taking photographs together with the help of a microscope. Consequently, we're talking about images of your tiniest of specimens. Obviously then, the two principal factors you will really need to do that are a microscope as well as the camera which attaches to the scope. For by far the most part, digital cameras for microscopes resemble any other digital cameras. Even so, they usually have some type of digital camera microscope adapter along with a ideal?digital microscope camera eyepiece.
POINT #2: Your budget. There's a wide selection of prices in this field, so you are going to must decide what your price range will enable. Even though quality is of top significance, you do not wish to go broke obtaining your microscope and / or camera.
POINT #3: The individual / persons using the microscope / camera. Whether or not this may be kids and / or students making use of it or much more specialist scientists matters lots. The excellent, in conjunction with prices, varies substantially. The cheaper setups are those that are totally integrated. That may be, the camera is really portion from the microscope, together with its different optic components. These units are transportable, sturdy and cost-effective. Having said that, additionally they usually have low magnification levels. Their normal use is for students inside the classroom or for kids as sort of a exciting hobby.
For the older hobbyist or much more professional thoughts, there's the self-contained microscope camera. This can be a microscope with digital camera which sits atop the all-purpose microscope. This really is not that costly, but has more flexibility with all the camera zoom. In the higher finish may be the digital camera that's separate however, thanks to a particular adapter, attaches to a separate microscope. The expert will commonly use this configuration, simply because it provides the highest zooming capability and enables you to use special viewing options.
POINT #4: The particular accessories you will require. You will find separate accessories which have been typically needed to connect your camera for your microscope--and in the end for your camera or monitor for viewing the pictures. A single accessory is a particular stand which holds your camera and holds the specimen that you are studying. Other circumstances will have the camera mounted towards the microscope, either by placing an eyepiece on the camera or by means of a camera adapter.
Then, as soon as you've taken photos from the specimen, these photos have to be viewed someplace. Sometimes this could be on a video or computer monitor. This signifies you'll want the cable to connect the camera towards the monitor and perhaps a video technique to record the images. Far more typically, although, you will connect your camera to a personal computer through an USB port and cable. When you intend to accomplish this, be certain, before you obtain your digital microscope camera, that you simply possess a spare USB port.
If you use a stand-alone digital camera / adapter setup, you might have to settle for viewing the image on the camera's LCD screen although you capture the full-resolution picture onto your memory card. As long as you clearly comprehend these 4 factors, you will have the ability to make sure you select the ideal digital microscope camera for your purposes.
Digital Microscope - Eight Factors Why You must Have it Now!
Welcome the Digital Age via a digital microscope! With its eight positive aspects to be enjoyed, all other microscope will look little in comparison, pun intended.
Integrated Illumination
With optical microscopes, the separate illumination makes for a additional complicated setup and lesser precision in reproducing the same image. Keep in mind that a compact adjust in illumination makes for a significant change within the image seen via the microscope.
Not so using the very best?digital microscope ! Its integrated illumination implies that preliminary setup procedures are virtually eliminated. Plus, you may reproduce exactly the same image over and more than once again exactly since the illumination essentially remains the exact same.
No Target Disassembly Required
To make setup much easier, you don't have to disassemble - cut up, chop down, procedure - the target given that it could possibly be studied as is, due to the transportable lens on the microscope. Generally, it's a point-and-magnify procedure where you just point the lens in the direction of the target and then magnify it based on your demands. As such, you may make quick evaluation from the target!
Finer Depth of Field
Of course, optical microscopes can deliver magnifications of 1000 instances. On the other hand, the depth of area suffers in comparison to a digital microscope by no less than 20 occasions! If you need finer facts with the target, you simply ought to adjust the concentrate and voila! You have a clearer and deeper image with the target.
Depth Composition and 3D Display
In addition to depth of area, you might be also provided with sharper pictures of targets. This enables for 3D projections that represent the target conditions at the minutest detail, which is not often feasible with an on line?digital microscope restricted to 2D pictures. Consider on the detailed studies potential with the subtleties of the target!
Zoom Lens Feature
Unlike an optical microscope with its knobs to enhance magnification, a digital microscope has a zoom lens function that allows for swift and easy magnification. You do not need to lose sight in the target although looking for the optimal magnification at which you could study it in detail.
All-Angle Study
There are occasions when you simply need to view the target at all angles without losing concentrate. In digital gear just like the microscope, this can be produced potential through the 360-degree rotational capabilities of the digital microscope's camera. Other functions like the multi-viewer method plus the origin examine function, if it's readily available, also deliver for mentioned versatility.
Easy Share in Actual Time
In an optical microscope, everyone has to take turns peering in the eyepiece simply to get a comparable view in the target, that is time-consuming, to say the least. With all the digital variety, the image in the target might be projected on a larger screen and, therefore, many persons can see exactly the same image at as soon as. This really is an excellent tool within a class setting.
Easy Save
Unlike an optical microscope exactly where the process of saving the pictures may be complex - from microscope to media to computer - its digital counterpart enables for direct saving on its onboard tricky disk drive. And also the greatest factor is the fact that it is possible to organize the images straight on the microscope!
So, with all these benefits of a digital microscope, isn't it about time that you simply get one particular fro yourself?For more info, please really feel free of charge to visit our webiste www.microscopebiz.com.
Integrated Illumination
With optical microscopes, the separate illumination makes for a additional complicated setup and lesser precision in reproducing the same image. Keep in mind that a compact adjust in illumination makes for a significant change within the image seen via the microscope.
Not so using the very best?digital microscope ! Its integrated illumination implies that preliminary setup procedures are virtually eliminated. Plus, you may reproduce exactly the same image over and more than once again exactly since the illumination essentially remains the exact same.
No Target Disassembly Required
To make setup much easier, you don't have to disassemble - cut up, chop down, procedure - the target given that it could possibly be studied as is, due to the transportable lens on the microscope. Generally, it's a point-and-magnify procedure where you just point the lens in the direction of the target and then magnify it based on your demands. As such, you may make quick evaluation from the target!
Finer Depth of Field
Of course, optical microscopes can deliver magnifications of 1000 instances. On the other hand, the depth of area suffers in comparison to a digital microscope by no less than 20 occasions! If you need finer facts with the target, you simply ought to adjust the concentrate and voila! You have a clearer and deeper image with the target.
Depth Composition and 3D Display
In addition to depth of area, you might be also provided with sharper pictures of targets. This enables for 3D projections that represent the target conditions at the minutest detail, which is not often feasible with an on line?digital microscope restricted to 2D pictures. Consider on the detailed studies potential with the subtleties of the target!
Zoom Lens Feature
Unlike an optical microscope with its knobs to enhance magnification, a digital microscope has a zoom lens function that allows for swift and easy magnification. You do not need to lose sight in the target although looking for the optimal magnification at which you could study it in detail.
All-Angle Study
There are occasions when you simply need to view the target at all angles without losing concentrate. In digital gear just like the microscope, this can be produced potential through the 360-degree rotational capabilities of the digital microscope's camera. Other functions like the multi-viewer method plus the origin examine function, if it's readily available, also deliver for mentioned versatility.
Easy Share in Actual Time
In an optical microscope, everyone has to take turns peering in the eyepiece simply to get a comparable view in the target, that is time-consuming, to say the least. With all the digital variety, the image in the target might be projected on a larger screen and, therefore, many persons can see exactly the same image at as soon as. This really is an excellent tool within a class setting.
Easy Save
Unlike an optical microscope exactly where the process of saving the pictures may be complex - from microscope to media to computer - its digital counterpart enables for direct saving on its onboard tricky disk drive. And also the greatest factor is the fact that it is possible to organize the images straight on the microscope!
So, with all these benefits of a digital microscope, isn't it about time that you simply get one particular fro yourself?For more info, please really feel free of charge to visit our webiste www.microscopebiz.com.
Sunday, December 9, 2012
Diverse Sorts of Microscope
The microscope is an instrument used in science for generating smaller sized objects look bigger. microscope?sales was created very first and made in the 1950's in Middleburg, Netherlands. It was then credited by two eyeglass makers who're Hans Lippershey and Hans Janssen. The name microscope was then provided by Giovanni Faber in 1625. Magnifying object may be the primary excellent for working with a microscope. The total magnification from the lens could be 10x far more. Resolution in the image is important since it will give you a full view on what the object matter is. There are many varieties of a microscope according to the usage for every single object.
Optical
It is known to be the very first invention as well as the most typical o all forms of microscopes. This can be created with two components separately, that is plastic or mirror-type. The refractive glass focuses a light into the eye and or a different light detector wherein a mirror-type microscope also did the identical. A strategy named Sarfus is performed to improve up the visibility of nanometre films. A further aspect will be the ultraviolet light who gives an eye detail to an image provided from the object. The phase contrast microscopy is usually a technique made use of to get a light via a translucent specimen and modified the contrast inside the image. Now digital microscopes have been employed as an upgrade version for the optical microscopes.
Electron
The electron microscope was invented inside the year 1940. It consists of an insulator, electron gun, binocular viewer, a photo plate, and handle panel. The shape of a cylindrical tube about two meters extended. In contrast for the light microscope supplied by on line?digital microscope , the electron microscope visualizes objects making use of a thin of swiftly moving electrons that interfere together with the specimen placed inside the tube. The electrons are emitted from the cathode in the leading with the tube and then accelerate by the anode. They then pass by way of a modest aperture which types them into a beam and into the vacuum inside the tube. Simply because distinct regions of the specimen are variously transparent to electrons, various amounts of electrons with changed energy passed by means of these regions. At the end of your tube, the electrons are collected on fluorescent or photographic film or on the screen that generates an image of the specimen. The beam that reaches the film consists of the diverse amounts of electrons that pass by means of a particular area of the specimen. This distinction is accountable for the contrast inside the film. The original image developed from the polarizing microscope is often black and white. And it's not possible to find out directly using the eye.
Optical
It is known to be the very first invention as well as the most typical o all forms of microscopes. This can be created with two components separately, that is plastic or mirror-type. The refractive glass focuses a light into the eye and or a different light detector wherein a mirror-type microscope also did the identical. A strategy named Sarfus is performed to improve up the visibility of nanometre films. A further aspect will be the ultraviolet light who gives an eye detail to an image provided from the object. The phase contrast microscopy is usually a technique made use of to get a light via a translucent specimen and modified the contrast inside the image. Now digital microscopes have been employed as an upgrade version for the optical microscopes.
Electron
The electron microscope was invented inside the year 1940. It consists of an insulator, electron gun, binocular viewer, a photo plate, and handle panel. The shape of a cylindrical tube about two meters extended. In contrast for the light microscope supplied by on line?digital microscope , the electron microscope visualizes objects making use of a thin of swiftly moving electrons that interfere together with the specimen placed inside the tube. The electrons are emitted from the cathode in the leading with the tube and then accelerate by the anode. They then pass by way of a modest aperture which types them into a beam and into the vacuum inside the tube. Simply because distinct regions of the specimen are variously transparent to electrons, various amounts of electrons with changed energy passed by means of these regions. At the end of your tube, the electrons are collected on fluorescent or photographic film or on the screen that generates an image of the specimen. The beam that reaches the film consists of the diverse amounts of electrons that pass by means of a particular area of the specimen. This distinction is accountable for the contrast inside the film. The original image developed from the polarizing microscope is often black and white. And it's not possible to find out directly using the eye.
Choosing a Digital Microscope For Teachers and Students
Technology has grow to be an integral part of education inside the latest instances. With the advent of digital microscopes operating on different sorts of laboratory experiments has turn into easier than ever ahead of. most effective?digital microscope were earlier utilized only by scientists for investigation purposes. Having said that, this engineering has successfully been implemented in the education technique at the same time. Before such engineering is often introduced towards the students, it can be crucial that teachers as well are conscious of the benefits of applying digital microscopes. This would make certain smooth flow of instruction allowing the teachers to move on from notion to actual application.
For instance, explaining cell multiplication or plant development is of no use if students are certainly not in a position to visualize it. Even when the teacher draws a diagram to clarify the concept in a improved manner, basically viewing a phenomenon features a a great deal a lot more lasting impact. Students are very keen on knowing new ideas and aspects of a subject. Nonetheless, lectures will need not be lengthy and boring rhetoric of technical words. With instruments just like the digital microscope mastering has become extra interactive, where students can right away view the idea becoming taught. For example, while teaching structures of rock or sand, the teacher can quickly show the structures by displaying the image on the pc monitor or by connecting through the projector. This enables the complete class to in fact view what's being taught, therefore enhancing the capability to comprehend the topic in total.
To insure the metallurgical microscope is as practical as you can for classroom implementation, several elements really should be deemed:
Magnification: Level and flexibility of magnification is vital. The magnification ranging from 10x to 200x presents a clear view with the object getting studied, be it a rock sample or structure of a cell.
Resolution: Resolution is a different major aspect. When the photos shall be viewed on a sizable laptop or computer monitor or by way of a information projector, high resolution is essential so the image top quality doesn't distract students. A resolution of 1280x1024 is proposed.
Flexibility: A digital microscope need to be tough and flexible. The hand held digital microscope is incredibly useful due to the fact it may be moved to the specimen rather than the specimen becoming moved to it. It makes it possible for students to explore soil and rock specimens in an investigative manner. Additionally, it permits students to press the scope against their arm or hand to view sweat seeping via the pores. This can not quickly (if at all) be observed with a classic microscope.
Price: Expense effectiveness is vital in education. A high-quality hand held digital microscope is often obtained for beneath $200.
Software: Computer software developed for education use can also be a will have to. The software need to allow students to zoom in to determine greater detail, must allow students to take time-lapse movies also as still pictures and common movies, and should really let students to measure specimens. Captured images can then be printed and attached with all the lab report or be utilised within a PowerPoint presentation.
Students are more receptive to theory when it really is taught alongside actual application. As an example, students may not have the ability to seriously visualize the life cycle of an insect, only because they have under no circumstances seen it in real. Some digital microscopes are packaged as part of an educational kit to create implementation a great deal less difficult. The SmartScope is usually packaged using a Life Cycle specimen kit displaying the life cycle of a moth in 4 stages, eggs, caterpillar, pupae and moth. This can be a incredibly good way of making the students recognize the basic stage, where the teacher can explain how they are comparable or different from other insects.
The digital microscope has definitely empowered teachers and students alike. Teachers are now doubly equipped to explain diverse concepts though conveniently relating it towards the actual planet. The implementation of such technologies at the school level, has offered education a additional investigation based method than basically being instructional.Professional Service
For instance, explaining cell multiplication or plant development is of no use if students are certainly not in a position to visualize it. Even when the teacher draws a diagram to clarify the concept in a improved manner, basically viewing a phenomenon features a a great deal a lot more lasting impact. Students are very keen on knowing new ideas and aspects of a subject. Nonetheless, lectures will need not be lengthy and boring rhetoric of technical words. With instruments just like the digital microscope mastering has become extra interactive, where students can right away view the idea becoming taught. For example, while teaching structures of rock or sand, the teacher can quickly show the structures by displaying the image on the pc monitor or by connecting through the projector. This enables the complete class to in fact view what's being taught, therefore enhancing the capability to comprehend the topic in total.
To insure the metallurgical microscope is as practical as you can for classroom implementation, several elements really should be deemed:
Magnification: Level and flexibility of magnification is vital. The magnification ranging from 10x to 200x presents a clear view with the object getting studied, be it a rock sample or structure of a cell.
Resolution: Resolution is a different major aspect. When the photos shall be viewed on a sizable laptop or computer monitor or by way of a information projector, high resolution is essential so the image top quality doesn't distract students. A resolution of 1280x1024 is proposed.
Flexibility: A digital microscope need to be tough and flexible. The hand held digital microscope is incredibly useful due to the fact it may be moved to the specimen rather than the specimen becoming moved to it. It makes it possible for students to explore soil and rock specimens in an investigative manner. Additionally, it permits students to press the scope against their arm or hand to view sweat seeping via the pores. This can not quickly (if at all) be observed with a classic microscope.
Price: Expense effectiveness is vital in education. A high-quality hand held digital microscope is often obtained for beneath $200.
Software: Computer software developed for education use can also be a will have to. The software need to allow students to zoom in to determine greater detail, must allow students to take time-lapse movies also as still pictures and common movies, and should really let students to measure specimens. Captured images can then be printed and attached with all the lab report or be utilised within a PowerPoint presentation.
Students are more receptive to theory when it really is taught alongside actual application. As an example, students may not have the ability to seriously visualize the life cycle of an insect, only because they have under no circumstances seen it in real. Some digital microscopes are packaged as part of an educational kit to create implementation a great deal less difficult. The SmartScope is usually packaged using a Life Cycle specimen kit displaying the life cycle of a moth in 4 stages, eggs, caterpillar, pupae and moth. This can be a incredibly good way of making the students recognize the basic stage, where the teacher can explain how they are comparable or different from other insects.
The digital microscope has definitely empowered teachers and students alike. Teachers are now doubly equipped to explain diverse concepts though conveniently relating it towards the actual planet. The implementation of such technologies at the school level, has offered education a additional investigation based method than basically being instructional.Professional Service
Friday, October 26, 2012
Developing New Renaissance Technology, the Difference Between Aesthetics and Ethics
It has been observed that an inadequate understanding of the fundamental difference between aesthetics and ethics brings about an inevitable collapse of cultures. This ignorance, in part, has been forced upon the general Western populace through an illogical mixture of religious and politically organised core curriculum studies that dominate the philosophies of Western scientific culture. Spin doctoring to present illogical aesthetics as passionately held ethical beliefs, brings about an unsustainable concept of the living process, leading to social disintegration.
Because of this problem, the fate of global civilisation now hangs in the balance. Although the difference between aesthetics and ethics is now measurable, the present panic obsession with failing global economic rationalism prevents genuine investigation on this issue. However, the newly emerging chemistry of quantum biology as a medical science, is revealing the nature of the technologies needed for the healthy or ethical betterment of the global human condition.
Quantum mechanics includes the property called 'Observer Participancy'. It is necessary for someone looking through a powerful microscope at a very small part of the fabric of the material universe to use light in order to see it. Because the light can alter the structure of the small fabric being looked at, the observer is considered to be participating in the structure of the universe. Quantum biology is about how the energies of the material universe entangle with the optics of Plato's spiritual, or holographic reality in order for creative consciousness to evolve.
It is quite acceptable to associate ethics with this process of evolving consciousness. That idea was basic to the ancient Greek life-science called the 'Science for Ethical Ends', which was also associated with the 3rd Century BCE Greek 'Science of universal Love'. Recently, a new chemistry of life was discovered, which its three Nobel laureates in Chemistry discoverers refer to as Fullerene Chemistry. Pagan Platonic ethical science is now fundamental to the discovery of their new medical science, because Buckminster Fuller derived his life-science engineering principles from it.
Harvard University's Novatis Professor, Amy Edmonson, in her online book titled 'A Fuller Explanation-The Synergetic Geometry of R. Buckminster Fuller', published in 1987, explains that Fullerene chemistry is directly associated with Platonic ethics. On page 36 of her book, Professor Edmonson writes that Fuller derived his human survival mathematics from ancient Greece. On the following page is a subtitle, 'Plato's Discovery' in which the ancient mathematics used by Fuller are presented in detail.
The foundation of Western culture's ethical disposition was constructed upon the aesthetics postulated by Immanuel Kant. This can no longer be considered to be a logical concept. Several independent corrections to Kant's logic have taken place, in which the upgrading of his 'Aesthetics' resulted in quantum mechanics being advanced into the quantum biology. One of the scientists who pioneered this process was the 19th Century mathematician Bernard Bolzano, considered to be one of the world's greatest logicians.
Edmund Husserl, in his 'Prolegomena to a pure logic' in 1900, was familiar with Bolzano's 'Theory of science', which was a correction to Kant's 'Aesthetics'. Bolzano's logic led to the discovery of fractal logic ethics. The people who helped to frame 20th Century science such as Benoit Mandelbrot, Bertrand Russell and Albert Einstein were quite unable to grasp Bolzano's genius understanding about fractal ethics. Now that Bolzano's logic is an integral part of the now accepted universal Platonic-Fullerene holographic reality, the nature of incredible new human survival technologies have become obvious.
In 1972 Dr Candace Pert discovered the Molecule of Emotion, from which the nature of the entanglement of the material universe with the spiritual holographic reality can be readily deduced. The original Western life-science was correct, ethics belongs as a force to generate healthy biological growth and development through space-time. Proof of this fact was discovered during the 1980s by the science-Art Centre in Australia. Its discovery of a life-force governing optimum biological growth and development through space-time was reprinted in 1990 from the 20th Century World literature by the world's largest technological research institute, IEEE Milestone Series in Washington. Immanuel Kant's 'Aesthetics' can only generate ethical intuitions that provide inspiration to make practical use of ethical information, generated through evolving space-time,for the betterment of the human condition.
It is now possible to realise how aesthetics can be used to create cultural chaos. For example, the aesthetics of Thanksgiving Day when families come together to celebrate family life, is an accepted inspirational concept. However, thanking a God for receiving food, when millions of inarticulate children throughout the world are starving, implies a rather unethical understanding of the Classical Greek science of universal love.
Religious politicians use aesthetic spin doctoring in order to claim that their aesthetic reasoning is the basis of fundamental ethical knowledge. An example of this is Cambridge University's continual reprinting since 1932 of the philosopher, F M Cornford's, essay, titled 'Before and after Socrates', in which Plato is considered to be one of the greatest fathers of the church. That concept remained in use as prescribed core curriculum student studies throughout the world up until the present time. It is unethical nonsense, because Platonic mathematics was outlawed by the Church, as the work of the Devil, under the governorship of Pope Cyril of Alexandria in 415, and that has never been repealed.
Because of this problem, the fate of global civilisation now hangs in the balance. Although the difference between aesthetics and ethics is now measurable, the present panic obsession with failing global economic rationalism prevents genuine investigation on this issue. However, the newly emerging chemistry of quantum biology as a medical science, is revealing the nature of the technologies needed for the healthy or ethical betterment of the global human condition.
Quantum mechanics includes the property called 'Observer Participancy'. It is necessary for someone looking through a powerful microscope at a very small part of the fabric of the material universe to use light in order to see it. Because the light can alter the structure of the small fabric being looked at, the observer is considered to be participating in the structure of the universe. Quantum biology is about how the energies of the material universe entangle with the optics of Plato's spiritual, or holographic reality in order for creative consciousness to evolve.
It is quite acceptable to associate ethics with this process of evolving consciousness. That idea was basic to the ancient Greek life-science called the 'Science for Ethical Ends', which was also associated with the 3rd Century BCE Greek 'Science of universal Love'. Recently, a new chemistry of life was discovered, which its three Nobel laureates in Chemistry discoverers refer to as Fullerene Chemistry. Pagan Platonic ethical science is now fundamental to the discovery of their new medical science, because Buckminster Fuller derived his life-science engineering principles from it.
Harvard University's Novatis Professor, Amy Edmonson, in her online book titled 'A Fuller Explanation-The Synergetic Geometry of R. Buckminster Fuller', published in 1987, explains that Fullerene chemistry is directly associated with Platonic ethics. On page 36 of her book, Professor Edmonson writes that Fuller derived his human survival mathematics from ancient Greece. On the following page is a subtitle, 'Plato's Discovery' in which the ancient mathematics used by Fuller are presented in detail.
The foundation of Western culture's ethical disposition was constructed upon the aesthetics postulated by Immanuel Kant. This can no longer be considered to be a logical concept. Several independent corrections to Kant's logic have taken place, in which the upgrading of his 'Aesthetics' resulted in quantum mechanics being advanced into the quantum biology. One of the scientists who pioneered this process was the 19th Century mathematician Bernard Bolzano, considered to be one of the world's greatest logicians.
Edmund Husserl, in his 'Prolegomena to a pure logic' in 1900, was familiar with Bolzano's 'Theory of science', which was a correction to Kant's 'Aesthetics'. Bolzano's logic led to the discovery of fractal logic ethics. The people who helped to frame 20th Century science such as Benoit Mandelbrot, Bertrand Russell and Albert Einstein were quite unable to grasp Bolzano's genius understanding about fractal ethics. Now that Bolzano's logic is an integral part of the now accepted universal Platonic-Fullerene holographic reality, the nature of incredible new human survival technologies have become obvious.
In 1972 Dr Candace Pert discovered the Molecule of Emotion, from which the nature of the entanglement of the material universe with the spiritual holographic reality can be readily deduced. The original Western life-science was correct, ethics belongs as a force to generate healthy biological growth and development through space-time. Proof of this fact was discovered during the 1980s by the science-Art Centre in Australia. Its discovery of a life-force governing optimum biological growth and development through space-time was reprinted in 1990 from the 20th Century World literature by the world's largest technological research institute, IEEE Milestone Series in Washington. Immanuel Kant's 'Aesthetics' can only generate ethical intuitions that provide inspiration to make practical use of ethical information, generated through evolving space-time,for the betterment of the human condition.
It is now possible to realise how aesthetics can be used to create cultural chaos. For example, the aesthetics of Thanksgiving Day when families come together to celebrate family life, is an accepted inspirational concept. However, thanking a God for receiving food, when millions of inarticulate children throughout the world are starving, implies a rather unethical understanding of the Classical Greek science of universal love.
Religious politicians use aesthetic spin doctoring in order to claim that their aesthetic reasoning is the basis of fundamental ethical knowledge. An example of this is Cambridge University's continual reprinting since 1932 of the philosopher, F M Cornford's, essay, titled 'Before and after Socrates', in which Plato is considered to be one of the greatest fathers of the church. That concept remained in use as prescribed core curriculum student studies throughout the world up until the present time. It is unethical nonsense, because Platonic mathematics was outlawed by the Church, as the work of the Devil, under the governorship of Pope Cyril of Alexandria in 415, and that has never been repealed.
Subscribe to:
Posts (Atom)