Technology has led to the invention of new methods of treatment and diagnosis. There are numerous reasons for the application of technology into creature’s body. The reasons range from therapeutic to leisure purposes. In the medicinal field, computer-based know-how has been used to analyze and treat illnesses. Women are also at the center of technological use. This is because implants and intrauterine device applied as contraceptives allow women as well as the society to control the birth rates. Thus, computer knowledge has enhanced the management of human beings and activities hitherto. This leads to increase in competences in the health zone. Nevertheless, there are difficulties associated with this endeavor. For recreational purposes, individuals have constantly used technology to decorate their bodies or change some of the physical characteristics. A good example includes physical surgeries determined to alter the physical outlook. These issues will be extensively dealt with in this essay.
Implementing Technology into Human Bodies
The implementation of technology into the body has raised a lot of concerns in the public. Sophistication of materials used and the ethical issues form the bases of opponents’ arguments. However, the future comes with new inventions that human beings will be unable to avoid. The invention of microchips to be place in the wits will eliminate the carrying of portable phones. This is because people will carry technology with them as embedded into their body. In addition, individuals will not be required to carry their computerized banker machine cards or ATMs to access funds. Microchips that carry personal information and integrated into their bodies will be utilized in doing so. This reduces theft and the possibility of loss of documents. The introduction of retinal implant enabled the blind to overcome the physical challenge of seeing. However, the expertise is in the inception stage, thus, it cannot be availed to the community. Contrary, the tests carried out by scientist have resulted in positive outcomes, an action that gives experts the morale to pursue its implementation.
Conversely, there are drawbacks connected to the function of wireless set of connections. People or anyone can interfere with the network within a certain defined radius. This poses some dangers to the individuals operating on these platforms. For example, when an operating bodyware apparatus, such as a powered exoskeleton is interfered with by an external network, it is deemed to experience malfunction, an action that is detrimental to the health of the patient. Therefore, this essay expounds on the implementation of modern technology into the body. Specifically, the research focuses on the applied sciences in solving physical and social problem related to technological advancement.
In this section, information about the evolution in the technological sector will be outlined and discussed into detail. It incorporates looking at the available information materials on human-machine integration.
Nanotechnology is one of the skills that have led to breakthrough of new and advanced systems. It is associated with the operation of the mind. This means that devices used to monitor the activities in the brain can give accurate information about the status of particular organs. Brain damage and other abnormalities can be fixed through the application of diverse technologies. Magnetic resonance imaging (MRI) is utilized by hospitals in scanning brain topology. Functional MRI is specifically applied in the determination of oxygen concentration rife in the wits. These activities are carried out upon activation and stimulation of brain components that seems in-active. The location of loci helps administer the necessary cure to the sick. According to Baura, medical devices came into being during the civil war (Baura, 2012). The checkup devices were used to reinstate self-esteem to warfare victims.
Health practitioners were occupied in an intensive lives saving mission during this period. Some of the technological devices that aided people to live long included prosthetic limbs, artificial hearts, hearing aids and contraceptive implants. However, the most amazing of these technologies that have been invented by human beings is brain technology. Tranhumanists denotes that man is in a constant evolution process. The next stage of development or evolution is to integrate human brains with computers. This led to the structuring of cybernetic singularity theory by Ray Kurzweils which states that computers capabilities will resemble human brains (Duncan, 2010). The convention of the two components will result to a transhuman being. A lot of questions arise from the ethical environment surrounding transhumanists and the ideologies hitherto.
Contrary, proponents outline that the microchip inserted on one part of the brain would facilitates efficiency. This insinuates that a person will not be required to carry a cell phone or a PC. When a cell phone is misplaced, an individual is deemed to waste a lot of time looking for it. The combination of technological pieces with human body leads to the creation of a new creature known as cyborg. The technological elements will be in command of the other components. The integration will present some challenges to scientist in the sense that human body is subject to hormonal change. The technology part lacks the human touch and feelings hence make the individual unresponsive to social life. The endeavor disassociates humans from their social life and tends to act like machines.
Freeman and Saidoo outlined that the technological advancement taking place in the society is geared at solving the social and technical problems we face in our day to day life. Moreover, human beings would like to live long despite having to grapple with physical challenges (Freeman & Saidoo, 2013). The attempts by scientist to change the law of nature are seen to be acts against religious norms. Christians and other spiritual faiths in the global setup, believe that God is supreme and the only person supposed to make decisions in regards to the life of humans. It automatically demystifies attempts by scholars to invent new methods and techniques to make life longer. To an extreme end, the opponents argue that it is an act geared at creating life and imitating the works of God.
Fuchs and Schmid resolute to oversee the practice come into being. They both hold the inspiration that development is inevitable and human beings are part and parcel of the process (Fuchs & Schmid, 2011). Therefore, they support the implementation of various technological devices into the soul to help people overcome various shortcomings. They pay particular attention to artificial devices such as heart, ear, limb and eyes. Somebody may lose his/her body part in an accident or through illness. It insinuates that an individual will be unable to conduct his or her duties in the normal way. The impairment may be so severe that the person becomes completely dependent on others in conducting fundamental duties. He/she will visage a number of problems as family members have to put up with the burden of caring for patient.
In some cases, the victims may not be financially stable to cater for the treatment in healing the wounds left behind as a result of his/her involvement in accidents. The only option left for medical practitioners is to amputate the leg and replace it with an artificial one. This will help bring back the normal life of the human being. It is through the replacement process that a person will be in a position to move from one place to the other. If this process or technology was unavailable; then human beings would die from the effects of untreatable diseases. In the same category of technologies, we have eye replacement and use of Google eyes to visualize or help the blind to see. The act of losing an eye(s) is the most painful thing that can happen to man. This is because eyes help people to see where they are going and view obstacles while walking. Thus, one can move back or sideways to avoid corrosion. Lack of the sense of sight renders an individual helpless hence depends on others while moving from place to place.
Google expertise enhances visualization by the sightless. Originally, the technology was largely applied by service personnel’s who included the law enforcers and armed forces. This would enhance the soldier’s mission in attacking their enemies for they were at an advantaged position. They were aided through their visual status at the battle field. For the blind, the eye technology would use some glasses and lens to receive the light. It marked the start of a ordinary life for the blind. It also marked a milestone in the utilization of modern technology in the field of biology (Pray, McSweeney, & Parker, 2014). In addition, a new life and dawn in the verve of a physically challenged individual changes abruptly. These are the limitations that technology has been able to solve so far. The issue about microchip is not developed fully to be practice in the public. However, the progress made by scientist gives insights into the benefits of the initiative (Ware, 2012).
Some of the advantages attributed to these technological adventures includes: improved health status, high efficiency in service delivery, eliminating dependency levels and reducing the medical cost. In consideration to the reduction of medical costs, the platforms offer one-time solution to physical diseases such as replacement of an ailing heart and limb. Efficiency comes in as a result of improved medical conditions. An example includes a person suffering from a heart or kidney failure. Diagnoses and further management procedures consume a lot of moment in time and money. Having an artificial organ reduces time spend in the hospital by patients.
Design and Methodology
The research applies qualitative techniques such as survey to bring together and evaluate data. The survey questions will be developed and provided to selected experts who will fill in and provide their data by responding and replying the completed survey to the sender. Direct emailing will be utilized in this case to send survey questions to selected participants. Thus, the type of research is descriptive in the sense that the endeavor seeks to determine the connection amid dependent variable and independent variables.
The procedure followed in the compilation of facts is as follows:
Assembling information involves pre-study on the topic of discussion. This help learners ascertain the specific details to be looking for in the research. Thus, it is an imperative step in this course. Second, preparation of questions and plan for the research program to be conducted. These questions are set according to the research program and design. It also entails choice of contributors. The next tread is the discharge of the research plan. The acquired data is then analyzed through the qualitative processes available. The analysis is connected to the hypothesis developed to either support or disapprove it.
The research questions to be answered through the research are as follows:
- How has technology affected human life?
- Does implementing technology have any effect on social life of communities?
- What are the advantages of integrating technology into the human body?
Technology affects human life in a direct manner. Human principles affect the execution of technology. These values are governed by ethics and human factors that are independent. In order to solve the stalemate, factors that affect independent variables must be harmonized before implementation. The individual wits are run by neurons that send messages to the cerebral cortex. Therefore, the message is interpreted and an action is undertaken and communicated through the neurons which are discharged to different part of the body to act accordingly. Thus, the introduction of external components will alter the functioning of the brain. Human action and normal reaction to events will also change. An image of the human brain is provided below.
Figure1 represent the Brain
All body parts are connected to the spinal cord through nerves. In case of any irritation of the body by external factors, the soul reacts through the brain by sending the necessary agents to fight the external objects. In addition, a painful encounter is first experienced in the brains before the rest of the body can respond (Pray, McSweeney, & Parker, 2014).
The brain is affected in a number of ways by the alien object. First, it may reduce its sensitivity to detect various messages sent through the spinal cord. This means that a malfunction is deemed to take place when an object assumes the role of controlling the body. Second, there are possibility of damaging the brains and components such as the cortex. In case of damage, the brain is unable to carry out its duties. Therefore, multiple failures increase the possibility of suffering from a mental disease. It is therefore unethical to have an external object that destroys the brain. The last effect is miscommunication. Increased traffic into the brain makes it work extensively. Tension arises hence rendering its nerves tedious. Slow execution of data/issue is more likely to take place at the prevailing situation.
The variables are as follows:
- Dependent variable- technology
The dependent variable is influenced by external factors that are subjected to independent variable. This means that human actions and values determine the adaptability and execution of technological plans. Technology is a component of many things. These involve security issues, privacy and efficiency in service deliver. These factors must be considered before coming up with a plan to oversee the implementation process.
- Independent variable-human values
Human values emanates from the social life that they exist in. Feelings and emotions that dictates how human react and face challenges must be incorporated when integrating technology to some of the body parts. Technology may have negative effects on the hormones and other agents that regulate body temperature and emotion change.
Data Collection and Analysis
The collection of information starts by selecting of the target audience. The technique to be utilized for the selection process involved stratified sampling. This insinuates that target population will be grouped into different categories/strata depending on their level of knowledge. Then one person will be chosen randomly from one group to represents the others. A total of twenty participants will be surveyed. The survey questions will be availed through individual email. The replied emails will be analyzed by the researcher. Before sending the email, the researchers have to contact the recipient to get approval for participation in the endeavor. They will also give assurance of the privacy of data provided.
The application of data is only for the designated research. These documents will be destroyed upon the structuring of a formal analysis to avoid disclosure risks. Another issue that emanate from ethical behavior includes the avoidance of personal questions that may anger or irritates the recipient. In case personal data are required, the information will be deleted immediately after recording the data. The destruction of the material/primary source will follow afterwards.
In summary, the research focuses on the benefits and evolution of technology. The brain is used to store and retrieve data when needed. Therefore, events and occasions experienced in the life of a person are registered in the brains. Having the brain interfered with from an external source renders it effective. However, there are challenges associated with the endeavor. They include malfunctioning, privacy and threats of interference. If an external object is inserted into the brain and it encounters malfunctioning; it will jeopardize the ability to think abstractly. Rectifying the microchip may require surgery, an action that is detrimental to the health of an individual. This may take place severally hence posing a health risk to clients. Privacy issues on other side involve things to do with the protection of personal data. These microchips are run through internet or equivalent networks.
From a wider perspective, the internet platforms used in banking and institutions has suffered multiple hacking endeavors. The hackers use Fitch emails and other techniques to access private information from a personal computer or a technological device. In case of a hospital facility, patient’s data has severally leaked to the public. The misuse of such data presents some challenges to people and causes suffering to the affected. The United States government has used a lot of money to fight hacking activities because it violates privacy rules. However, cases of theft through the application of critical data are still on the higher edge. This is the same case that will occur in the event microchips are applied to store data.
The network is susceptible to identity theft. This will be the worst thing that happens to individuals who engage in this endeavor. Lastly, we have interference. Networks can be changed or altered to function in away destined by the operator. The instructions fed into the networks lead to the production of particular results. In situations where the network is exposed to external networks, it may receive diverse instructions. The functioning of the microchip changes hence causing harm to the individual. This amounts to illegal interference which is unpreventable within a defined radius.
In conclusion, the human body is a component of many parts. All the parts work in unisons to attain a common goal. The nerves connect each of these parts to the brain. Thus, the brain is the central part of the body that is responsible of carrying out a number of activities. Some of the activities conducted by the brain include coordination of sensory gland and regulating the body temperatures. Information from all parts is registered in the brain and retrieved when need arises. This means that it is the most important part in the whole temple. Therefore, developing technology that work side by side with this part can facilitate or hinder functionality. This is because of the nature and volume of activities hosted and performed by the organ. A lot of caution must be observed when dealing with sensitive parts such as the brain.
Baura, G. D. (2012). Deep Brain Stimulators. Medical Device Technologies, 11(3), 297-314. doi:10.1016/b978-0-12-374976-5.00014-1
Duncan, J. (2010). How intelligence happens. New Haven: Yale University Press.
Freeman, M., & Saidoo, K. (2013). Assistive technologies and other support for people with brain impairment. Brain Injury, 27(9), 1090-1091. doi:10.3109/02699052.2013.794976
Fuchs, H., & Schmid, G. (2011). Nanotechnology: 6 (2nd ed.). Weinheim: Wiley-VCH.
Pray, J., McSweeney, K., & Parker, C. (2014). Implementing Human Factors Engineering in Offshore Installation Design. Offshore Technology Conference, 22(2), 123-150. doi:10.4043/25167-ms
Ware, C. (2012). Information visualization: Perception for design. Boston: Morgan Kaufmann.