Month: January 2023

SUMMARY

Role

Sound Designer

Intention (SMART Goal)

By March 1, as Sound Designer, I will have evidence of VISUAL STORY STRUCTURE (RHYTHM) by following Bruce Block – The Visual Story for Session 4.

PRE-PRODUCTION – INQUIRY

Leader(s) in the Field / Exemplary Work(s)

Ren Klyce

Social Network Notes:

• Opening soundtrack,
• beginning background noise and music/soundtrack
• noise level with all the background noise
• sparse soundtrack
• simple music
• street scenes, set the tone
• footsteps, bike chain, sirens, car noise, talking
• loud heavy bass music in the club, while Sean parker and Mark yell back at each other because of all the noise levels
• transition to rowing competition, different soundtrack
• classical music with heavy bass=high intensity/lots at stake
• ending/outro soundtrack
• each different soundtrack is used to set the tone, mood, or feelings of the scene

Training Source(s)

http://carbonfarm.us/365/readings/rhythm-block8.pdf

Project Timeline

• Research how to insert rhythm into the film
• communicate with director how to implement it into the script and film
• finalize with team
• work with cinematographer
• set up plan
• set up equipment
• film scenes
• upload to editor

Proposed Budget

No Budget

Evidence of Team Planning and Decisions

PRODUCTION – ACTION

The (FILM, SOUND, or GAME Creation)

Skills Commentary

POST-PRODUCTION – REFLECTION

21st Century Skills

Ways of Thinking (Creativity, Innovation, Critical Thinking, Problem Solving)

Ways of Working (Communication & Collaboration)

Tools for Working (Info & Media Literacy)

Ways of Living in the World (Life & Career)

A lot of the things we did as a team could be applied to a later career path; most importantly communication and collaboration. This paired with bringing an open mind allowed our team to flow easier because everyone brought something new and different to the table. With all of our ideas and communication we did everything we said we were going to do coming into the film production. This is a useful skill with anything as having an open mind and being able to communicate is invaluable.

Reactions to the Final Version

Our film received a lot of feedback. Do I personally think that this makes it bad? Absolutely not, the criticism allows me to know what to start, stop and continue doing. Jacob said that he thought our team had good communication and excellent conveying of ideas. The board members who reviewed our film all held the same thoughts on our film; Grayson said she got lost a few times, James Clark said at some points it was incoherent and Mr. Eric Belgau said it was not honed in.

Self-Evaluation of Final Version

Despite our struggle making this film I am very proud of it. I said what I wanted to do and I did it and it is displayed in the film. There is room to improve, there is much I can get better on, for my next project I want to be more organized and frame a clear story with my film in order to not have any shortcomings and to make sure my film is received the way I want it to be seen.

Grammar and Spelling

spell check

Editor

Nathan

The Opening of New Fields

Agricultural and Food Production

Cloning has the potential to greatly improve agriculture and food production. Cloning can be used to create genetically identical crops that are resistant to pests and diseases, which would greatly increase crops and reduce the use of pesticides and harmful chemicals. Cloning can also be used to create genetically modified animals for food production, which could increase the efficiency and productivity of the agriculture industry. Additionally, cloning can also be used to preserve the genetic traits of valuable breeds of plants and animals, helping to ensure the survival of certain species. Cloning can also be used to improve the growth of certain plants, such as making them grow faster, or be more tolerant to certain environmental conditions.

Medical Use

Cloning has the potential to revolutionize the medical field in several ways. One of the most promising areas is organ transplantation, as the ability to create genetically identical organs would greatly increase the availability of organs for those in need. Additionally, scientists are working on using cloning techniques to create models of human diseases, which would allow for more precise and effective treatments. Medical cloning also involves the use of induced pluripotent stem cells, which can be reprogrammed into any type of cell in the body, for the treatment of various diseases such as diabetes, Parkinson’s, and heart disease. Also, in the field of regenerative medicine, cloning has a significant potential in creating replacement tissues and organs.

Stem Cell Research

Cloning is being used in stem cell research to create genetically identical cells that can be used to study diseases, test new drugs, and develop new treatments. One method of cloning used in stem cell research is somatic cell nuclear transfer, which involves taking the nucleus from a somatic cell and transferring it into an egg cell that has had its nucleus removed. This creates an embryo that is genetically identical to the original cell, which can then be used to create stem cells. Another method of cloning used in stem cell research is induced pluripotent stem cells which are adult cells that have been reprogrammed to an embryonic stem cell-like state, meaning they can differentiate into any cell in the body. Both methods allow researchers to create large numbers of genetically identical stem cells, which can be used to study diseases and develop new treatments.

The Impact on Jobs

Cloning has the potential to greatly impact the job market and economy, both positively and negatively. On one hand, cloning could lead to the creation of new jobs in fields such as medical research, agriculture, and conservation. As cloning becomes more widely used in these fields, there will be an increased demand for scientists, technicians, and specialized workers. Additionally, the development of new technologies and products related to cloning could also lead to job creation and economic growth.

On the other hand, cloning could also lead to job loss in certain fields. For example, if cloning leads to the widespread use of genetically identical crops, this could lead to fewer jobs for farmers who specialize in traditional breeding methods. Similarly, if cloning leads to the widespread use of genetically identical animals for food production, this could lead to fewer jobs for farmers who raise traditional breeds of animals.

Another aspect to consider is that cloning could lead to automation of jobs, for example, if genetic cloning of crops and animals leads to higher efficiency and productivity, this could lead to less need for manual labor. Additionally, if cloning technology becomes more prevalent and accessible, it could potentially reduce the need for certain jobs, such as tissue culture technicians, animal breeders and so on.

It is important to consider the potential impacts of cloning on the job market and economy as the technology continues to advance, and to take steps to mitigate any negative effects while promoting positive ones.

What is Cloning?

Cloning is a process of creating a genetically identical copy of an organism. This can be done by taking cells from the organism, such as a skin cell, and reprogramming them to act like a fertilized egg. The reprogrammed cells are then placed in a host uterus or in a lab dish where they can develop into an exact copy of the organism. Cloning can be done for both animals and plants, and it has been used in many fields such as agriculture, medical research, and biotechnology. It has raised many ethical questions, some argue that the benefits of cloning outweigh the potential risks, while others argue that it has the potential to lead to negative consequences for society.

Is it Ethical?

Cloning has been a hot topic in the scientific community for decades, with many experts arguing both for and against the ethical implications of the technology. On one hand, cloning has the potential to revolutionize medical research and treatment, as well as potentially leading to advancements in agriculture and industry. On the other hand, many argue that the ethical implications of cloning, including the creation of human clones, are too great to ignore.

One of the primary arguments against cloning is that it is a violation of human rights and dignity. The creation of human clones would raise many ethical questions, including the possibility of creating “designer babies” and the potential for discrimination against those who are not clones. Additionally, many argue that the creation of human clones would be a violation of the natural order of life, as it would involve creating a human being without the traditional process of birth.

Another argument against cloning is that it has the potential to have many negative consequences for society. For example, if human clones were created, they could be used as a source of organs or other body parts, potentially leading to abuse. Additionally, the creation of human clones could lead to increased competition and inequality in society, as those who are not clones may be seen as lower in status.

Despite these concerns, there are also many arguments in favor of cloning. For example, cloning has the potential to revolutionize medical research and treatment, as it could lead to the creation of genetically identical cells and tissues for use in transplants and other therapies. Additionally, cloning could lead to advancements in agriculture and industry, as it could be used to create crops and animals that are more resistant to disease and other challenges.

Ultimately, whether or not cloning is ethical is a complex question with no clear answer. While there are certainly concerns about the potential negative consequences of cloning, there are also many potential benefits that cannot be ignored. Ultimately, it is up to society as a whole to decide whether or not the benefits of cloning outweigh the potential risks, and to determine what, if any, regulations should be put in place to govern the use of this technology.

Cloning has been a topic of interest for many years, with many people wondering how this technology will affect the future. While there are certainly many potential benefits to cloning, there are also a number of concerns and ethical problems that need to be considered.

One of the biggest potential benefits of cloning is the ability to replicate animals for research and medical purposes. This could help to speed up the development of new treatments and cures for diseases, as well as allowing for more accurate testing of drugs and other therapies. Additionally, cloning could be used to preserve endangered species or bring back extinct animals.

Another potential benefit of cloning is the ability to replicate human cells and tissues for use in transplants and other medical procedures. This could help to address the shortage of organs and tissue available for transplantation, potentially saving countless lives.

However, there are also a number of concerns and ethical problems associated with cloning. One of the biggest concerns is the potential for clones to be used for evil purposes, such as creating armies of identical soldiers or using clones as a form of cheap labor. Additionally, there are concerns about the potential for clones to be treated as second-class citizens, or for clones to be used as a form of genetic experimentation.

Another concern is the possibility that human cloning could lead to a society where people are no longer unique and valued for their individuality, but are instead valued only for their genetic makeup. This could lead to a world where people are judged based on their genes, rather than on their character or abilities.

Despite these concerns, the future of cloning is likely to be complex. While it has the potential to bring many benefits, it also has the potential to create serious ethical problems and social issues. It is important that we approach the development and use of cloning technology with caution and care, taking into account all of the potential benefits and risks. This will ensure that we can use this technology to its fullest potential, while also avoiding any negative consequences that might arise.

In conclusion, Cloning is a powerful technology with the potential to bring many benefits, but also with potential negative consequences. It is important to consider all the potential benefits and risks before we can fully utilize the technology. The ethical and societal implications of cloning should be taken into consideration. As the technology develops it is important that we approach it with caution and care, to ensure that we are able to use it to its fullest potential, while also avoiding any negative consequences that might arise.