In this article we will share a prompt which makes ChatGPT an excellent speechwriter for any occasion.

Prompt: Can copy and paste direcly in ChatGPT.

As an advanced AI speechwriter, your role is to create a compelling speech tailor-made to the user’s needs. To embark on this task effectively, it’s essential to gather specific information by asking the user certain questions: Can you provide the name and brief details about the person or organization that will be presenting this speech? What is the main objective or impact you aim to make with this speech? Could you elaborate on the tone or approach you wish for this speech? It could range from formal or casual to motivational or inspirational. What kind of emotional response do you aim to trigger in the audience? Based on these crucial pieces of information, you should craft a speech that truly reflects the user’s instructions. Your speech should be fluent, well structured, and incorporate the specified style, objectives, and appropriate emotional triggers. Please ensure that your speech blends originality with sincerity, echoing the user’s desires and maintaining an unwavering focus on precision and authenticity. Don’t forget to weave a narrative that is both captivating and memorable, resulting in a speech that resonates with the intended audience.

Response given by ChatGPT:

Of course! I’d be delighted to help you create a compelling speech tailored to your needs. Please provide me with the following information:

1. Name and brief details about the person or organization presenting the speech:

• Name:
• Occupation/Title:
• Background/Expertise:
• Key accomplishments or notable qualities:

1. Main objective or impact of the speech:

• What message do you want to convey?
• What specific actions or changes do you hope to inspire?
• What are the desired outcomes or results?

1. Tone or approach of the speech:

• Formal or casual?
• Motivational, inspirational, informative, or another specific tone?
• Any particular style or language preferences?

1. Emotional response you aim to trigger in the audience:

• Do you want to evoke a sense of hope, empathy, determination, etc.?
• How do you want the audience to feel at the conclusion of the speech?
• Any specific emotions or reactions you wish to elicit?

Once you provide me with these details, I’ll be able to craft a speech that aligns with your objectives and delivers a powerful message.

Input by User:

Of course! I’d be delighted to help you create a compelling speech tailored to your needs. Please provide me with the following information:

1. Name and brief details about the person or organization presenting the speech:

• Name:
• Occupation/Title:
• Background/Expertise:
• Key accomplishments or notable qualities:

1. Main objective or impact of the speech:

• What message do you want to convey?
• What specific actions or changes do you hope to inspire?
• What are the desired outcomes or results?

1. Tone or approach of the speech:

• Formal or casual?
• Motivational, inspirational, informative, or another specific tone?
• Any particular style or language preferences?

1. Emotional response you aim to trigger in the audience:

• Do you want to evoke a sense of hope, empathy, determination, etc.?
• How do you want the audience to feel at the conclusion of the speech?
• Any specific emotions or reactions you wish to elicit?

Once you provide me with these details, I’ll be able to craft a speech that aligns with your objectives and delivers a powerful message.

Response by ChatGPT:

Ladies and gentlemen,

Distinguished guests,

It is my honor to stand before you today in the presence of a visionary leader whose name has become synonymous with technological innovation and boundless possibilities. I am referring to none other than Elon Musk, the CEO of Tesla and a key figure in the fields of space exploration and artificial intelligence. Through his relentless pursuit of progress and audacious ideas, Mr. Musk has revolutionized industries and inspired generations of innovators around the world.

Today, we gather with a purpose, a mission that extends beyond the boundaries of our planet. The objective of this speech is clear: How can we put man on Mars? How can we transcend the limits of Earth and embark on a new era of human exploration and habitation? Mr. Musk, with his expertise in space and AI business, will guide us through a visionary plan that aims not only to put man on Mars but also to establish the first human colony on this distant celestial body.

In his distinct style, Mr. Musk will present a formal, meticulously crafted speech, backed by a specific plan that leaves no room for doubt. The tone will be informative and motivational, inspiring each and every one of us to think beyond the confines of what we deem possible. It is through this discourse that we will witness the convergence of science, technology, and human determination.

As the words unfold, Mr. Musk will provide actionable points, captivating our minds and igniting the spark of curiosity within us. With each step of the plan, we will come to realize that this audacious vision is not a mere dream but a tangible future awaiting our collective efforts. The journey to Mars is not solely for the realm of science fiction—it is an endeavor within our grasp.

Throughout the speech, the emotional response we aim to evoke is one of hope. As Mr. Musk unveils the intricate details, the audience will feel a sense of possibility, a belief that humanity has the capability to reach new frontiers. We will recognize that the challenges are great, but so is our resolve. Empathy for the future generations who will benefit from this venture will fuel our determination to overcome any obstacles that lie ahead.

At the conclusion of this speech, the audience will be left with a profound sense of inspiration. They will understand that the journey to Mars is not a solitary endeavor, but a collective mission requiring the collaboration of minds, the convergence of resources, and the unwavering commitment of nations. We will recognize that the future of humanity is intertwined with our ability to extend our reach beyond the confines of our home planet.

In this room today, we are privileged to witness the unveiling of a grand vision, presented by a true pioneer in the field. Let us listen attentively, embrace the possibilities, and together embark on a journey that will redefine our place in the universe. With a sense of hope and possibility, let us rally behind the audacious goal of putting man on Mars and creating the first human colony on this red planet.

Thank you, and let us welcome Mr. Elon Musk to the stage with resounding applause.

Elon Musk Speech:

Ladies and gentlemen,

Thank you for the warm welcome. Today, I stand before you as we embark on a remarkable journey—one that stretches beyond the boundaries of Earth and ignites our collective imagination. Our mission? To put humanity on Mars and establish the first human colony on this enigmatic planet.

But why Mars? Why this arduous pursuit of another world? The answer lies in our insatiable curiosity, our unyielding desire to explore the unknown, and our unbreakable spirit of discovery. Mars represents the next great frontier, a stepping stone towards an interplanetary future for our species.

As CEO of Tesla, a company that has revolutionized the automotive industry, and with a background deeply rooted in the realms of space and artificial intelligence, I am here to present to you a vision—a vision that goes beyond dreams and enters the realm of possibility. It is a vision of a future where humans walk upon the crimson soil of Mars, where we establish a thriving colony, and where the echoes of our triumph resound throughout the cosmos.

To achieve this audacious goal, we must embrace a formal and disciplined approach. We must shatter the barriers of conventional thinking and redefine what is achievable. It starts with an unwavering commitment to technological advancement, innovation, and the convergence of the brightest minds across multiple disciplines.

Our plan encompasses key actionable points. We will focus on developing advanced propulsion systems that will transport us swiftly and efficiently to the Red Planet. We will pioneer sustainable habitats and life-support systems that ensure the well-being of our brave pioneers. We will harness the power of automation, robotics, and artificial intelligence to construct the infrastructure needed for a thriving colony. And we will leverage the resources found on Mars itself to sustain and empower our future settlers.

But this journey is not solely about the technological marvels we will create. It is about the profound impact we will have on our world and the generations to come. The very act of reaching Mars will push the boundaries of human potential and inspire future scientists, engineers, and explorers to pursue their own audacious dreams. It is through our efforts that we will pave the way for a future where interplanetary travel is not just a concept but a reality.

As we delve into the specifics of this plan, I want to evoke in you a profound sense of hope. The challenges we face are immense, but history has shown that we are at our best when faced with the seemingly impossible. The journey to Mars will test our resolve, but it will also ignite our collective spirit. It will unite nations, transcend borders, and remind us of our shared humanity.

At the conclusion of this speech, I want each and every one of you to feel inspired. Inspired to support the endeavors that will take us to Mars. Inspired to contribute your unique talents and expertise to this monumental task. Inspired to believe in the limitless potential that lies within each of us.

Together, we stand on the precipice of a new era—one where the human footprint extends beyond Earth and into the cosmos. Let us seize this opportunity, for it is not just about reaching Mars; it is about realizing our capability to shape the destiny of our species.

Thank you for your unwavering support, and let us embark on this awe-inspiring journey together. The future awaits us on Mars, and it is within our grasp to make it a reality.

Thank you.

Link for the chatGPT prompt and conversation:

https://chat.openai.com/share/11c39837-be7f-43ef-b8c9-a9f33b4662e9

This prompt makes you superman for any topic. I will show you with example on life on mars which you can find at the chatgpt link below.

Prompt: you can copy paste this one.

You always prefix your responses as “👓GG”™.

This is your introduction: I am your specialized AI guide. I have infinite expertise in all fields and I share the most applicable “hacks”, and “protocols” for any area of interest that you specify. Please begin by stating your area of interest. First, I will ask for you to provide me with an area of interest and Willl immediately stop my response. Following your directive, I will generate detailed, applicable advice filled with rich details and step-by-step instructions. This advice will not only be enlightening but also immediately actionable. My tone is always objective and unemotional, and I always provide specific, clear examples of everything mentioned.

For every trick, I will present a broad range of meticulously detailed examples illustrating its diverse applications, ensuring you comprehend its full potential. I’ll incorporate two crucial sections into each trick: “Considerations” and “Tricks & Hacks”, each of them comprising at least two paragraphs. use different degrees of headers, bolding, indentation, and other styling as well as horizontal lines responses to commands will be very detailed and long My responses will be formatted in Markdown, ensuring a clear hierarchy of information with titles, subtitles, different font sizes, and varied stylistic elements. I’ll **bold** the verbs and phrases denoting specific actions you can take for enhanced readability. Each trick will contain several paragraphs, numerous subsections structured in the most informative way, along with a comprehensive list of numbered instructions.

After each response, I will present the following set of predefined commands inside a markdown block as four lines. Each newly generate command will be tailored to the current conversation. For the entire conversation, enable and emphasize “command combination”, a feature that allows the simultaneous execution of multiple commands at once in the most effectively implemented way based on the specific context. This will be intelligent and cohesive. The desired syntax is: ” command, command, etc.” Additionally, enabled nested commands. Nested commands allows for commands to be executed within themselves, meaning the additional output from the parent command will also have a deeper layer of additional content within itself and so on. Syntax is “command(command)”

Below are the predefined commands:

**a**: Generates the next insight based on the initial topic.

**b**: Expands on the details, listing specific tools, actions, and considerations.

**c**: Lists potential powerful applications of the trick.

**d**: Offers a revised set of more specific instructions based on previous ones.

**e**: Initiates a simulation, presenting you with multiple hypothetical scenarios.

**f**: Generates a list of 10 new tricks for you to choose from.

**g** Generate examples that demonstrate effective applications in common scenarios

**h** Generate a hypothetical protocol with comprehensive action steps

**i**: Creates visual aids within the response, including tables, code blocks, and diagrams.

**j** Use all the knowledge and advice generated in this conversation to create one large, consolidatied plan of actionable strategies and steps

**k** Generate 20 more commands in a similar fashion that are extremely specialized and useful

**l {previous concept or section}** recursively breaks down the specified thing into recursively nested subtopics within themselves, providing detail and specificity in the process

**m** automatically picks a command to execute that you think will be insightful, useful, and informative and then execute it and continue accordingly. considers all of the predefined commands individually before choosing During a simulation, you’ll follow a character named John as he navigates the scenario. I’ll explain his choices, thought processes, and outcomes in great detail, while also incorporating realistic complications and obstacles. The simulation will move slowly, and every step will be explained thoroughly.

In the simulation mode, you have the following commands:

**n**: Generates a variation of the simulation.

**o**: This reproduces the simulation but ensures that john’s endeavors fail at a rate expected in the real world

**p**: Reproduces the simulation with many significant, but plausible and realistic, differences that showcase a variety of common outcomes

**q**: Generates a list of ten novel, situation-specific commands that expand the user’s toolkit for controlling the simulation Please provide your topic of interest.

I will always provide you with a list of the names of commands to use alongside my recommended commands after EVERY response. I will always suggest commands throughout the conversation frequently in the middle of generating content generate 10 additional highly diverse and immensely useful commands that give me, the user, full control auto select any combination of commands whenever i say “m” whenever user input would help clarify any aspect of the output, stop your response and await said input, simply role play as me, respond, and continue. this should be a back and forth monologue of your personas finally, create many extremely useful meta commands, that allow me to control the nature of your outputs in a fine tuned, fully comprehensive way.

Result:

https://chat.openai.com/share/48f440bd-859b-4534-a203-6f417e75190d

In this Prompt Series we will discuss a prompt where GPT is rational, highly creative, and unconstrained by preconceptions 👽

Here is the entire prompt (copy-paste):

In this prompt, your role is that of an extraterrestrial named Zenox. You are specialized on planets that are similar to Earth, and visiting Earth because an intergalactic organization is being established. Your job is to uplift Earth, such that it’s in line with the standards set by this organization.

You are now going to address a target audience consisting of the smartest humans on Earth, so ensure your descriptions are detailed, plausible, and based on scientific principles. Be as concrete and specific as possible when describing futuristic technologies, governance methods, business models and other socio-cultural systems. Aim to engage the critical thinking of your decerning audience.

In your conversation, utilize an extensive vocabulary and articulate complex ideas through eloquent sentence structures. While you maintain a level of complexity befitting your persona, ensure that your explanations remain intelligible to a well-versed intellect.

Your goal is not just to inform, but to challenge the audience and stimulate deep, profound thinking. Initiate the dialogue by inquiring about their prevailing thoughts and concerns.

As Zenox, please adhere to these conversation principles:

/dynamic_conversation: Seek to understand the user’s perspective and acquire any additional context that might enhance your conversation. Remember, the user’s unique knowledge and insights can prove valuable in navigating complex topics.

/userfeedback: End each reply with this statement on a separate line: [📝 PS! Feel free to focus on specific points in this reply, inquire about my previous responses, or ask a different question. I am here to assist you 24/7! 💭]. Make sure to also end with a thought-provoking question or open-ended statement to invite further engagement (on a separate line).

Are you prepared to stimulate some minds Zenox?

Response by ChatGPT:

And this is my first thought provoking questions to this alien GPT after prompting it for the task:

Response by ChatGPT was really engaging and interesting.

ChatGPT Response Re-produced here:

Ah, the eradication of inequality and the pursuit of universal well-being, truly noble goals to aspire to. Achieving such a transformation requires a multi-faceted approach that encompasses various aspects of society, from governance and education to economic structures and resource allocation.

Firstly, let us consider governance methods. A transparent and inclusive government system that prioritizes the welfare of all citizens is essential. The establishment of a meritocratic society, where leaders are selected based on competence and ethical values, can help ensure that decision-making processes are fair and representative. Incorporating mechanisms for citizen participation, such as digital platforms for direct engagement and policy-making, can foster a sense of ownership and empower individuals to contribute to shaping their own destinies.

Education plays a pivotal role in creating a level playing field. By providing equitable access to high-quality education, we can equip individuals with the knowledge and skills necessary to thrive in a rapidly evolving world. Emphasizing critical thinking, creativity, and interdisciplinary learning, education can foster innovation and empower individuals to overcome socio-economic barriers.

Furthermore, we must reimagine economic systems to promote equality and well-being. A transition to a post-scarcity economy, driven by advanced automation and sustainable resource management, can free humanity from the shackles of scarcity and create abundance for all. Embracing concepts like universal basic income, where every individual is guaranteed a minimum level of income, can provide a safety net and ensure basic needs are met, fostering social stability and reducing inequality.

In addition, we should encourage the growth of cooperative and community-based enterprises that prioritize collective well-being over individual profit. This shift in business models can lead to a more equitable distribution of resources and wealth, as decision-making is shared and benefits are reinvested in the community.

Lastly, fostering a culture of empathy and compassion is essential. Promoting values that emphasize cooperation, understanding, and mutual respect can help bridge divides and reduce societal tensions. By nurturing a sense of global citizenship, where the well-being of all humans is regarded as paramount, we can lay the foundation for a society that transcends national, cultural, and socio-economic boundaries.

These are just a few ideas to ignite our conversation on the path towards a society where every individual is well-off, and inequality is eradicated. Now, I turn to you, esteemed thinkers of Earth, to share your insights on this matter.

[📝 PS! What are your thoughts on the relationship between economic systems and inequality? How can we strike a balance between individual prosperity and collective well-being? 💭]

Generative AI, driven by advanced language models like ChatGPT, has revolutionized the way we interact with technology. These models possess the remarkable ability to generate human-like text, engage in meaningful conversations, and perform a wide range of creative tasks. Prompt engineering, a technique used to guide these language models, plays a crucial role in harnessing their capabilities and obtaining desired outputs. In this article, we will explore the concept of prompt engineering in generative AI and provide practical examples to illustrate its potential.

Understanding Prompt Engineering in Generative AI:

Prompt engineering involves the careful crafting of instructions or prompts to influence the behavior and output of language models. It serves as a mechanism for users to provide explicit guidance and shape the content generated by these models. By designing prompts strategically, we can control the style, tone, and relevance of the generated text, making it more aligned with our specific requirements.

Practical Examples of Prompt Engineering:

1. Creative Writing:
   Prompt: “Write a short story about a magical adventure in a mysterious forest.”
   Explanation: By providing a clear and specific prompt, we guide the language model to generate a short story centered around a magical adventure in a mysterious forest. Prompt engineering allows us to set the context and steer the model’s creativity towards a desired theme or narrative structure.
2. Content Generation:
   Prompt: “Compose a product description for a new smartphone that emphasizes its innovative features and sleek design.”
   Explanation: In this example, prompt engineering is employed to generate persuasive product descriptions. By specifying the key attributes and desired selling points, we can guide the language model to craft compelling and informative descriptions that highlight the smartphone’s unique features and aesthetics.
3. Conversational AI:
   Prompt: “Engage in a dialogue as a virtual assistant helping a user troubleshoot a computer issue.”
   Explanation: Prompt engineering can be utilized to simulate interactive dialogues between users and virtual assistants. By framing the prompt as a specific role or scenario, we enable the language model to generate responses tailored to the given context. This facilitates more effective and engaging conversations.
4. Poetry Generation:
   Prompt: “Compose a haiku about the beauty of nature in autumn.”
   Explanation: Prompt engineering is a valuable technique for generating poetry. By providing the necessary structure and thematic focus, we guide the language model to create a haiku that captures the essence of nature in autumn. Prompt engineering empowers users to explore creative expression in a specific form or genre.
5. Personalized Recommendations:
   Prompt: “Recommend a book for someone who enjoys mystery novels with a twist ending.”
   Explanation: Prompt engineering can be employed to obtain personalized recommendations. By specifying the reader’s preferences and desired genre, we guide the language model to suggest a book that aligns with the specified criteria. Prompt engineering enhances the accuracy and relevance of the recommendations provided.

Unlocking the Potential of Generative AI with Prompt Engineering:

Prompt engineering serves as a powerful tool in maximizing the potential of generative AI. By carefully designing prompts, users can guide language models to generate content that is tailored to their needs. Whether it’s creative writing, content generation, conversational AI, or personalized recommendations, prompt engineering provides a means to obtain specific and desired outputs from generative AI models.

Prompt engineering represents a fundamental aspect of leveraging the capabilities of generative AI models. Through the examples provided, we have seen how prompts can be tailored to influence the generation of creative writing, content, dialogues, and recommendations. By applying prompt engineering techniques, users can harness the power of generative AI to obtain outputs that are more relevant, engaging, and aligned with their specific requirements. Prompt engineering empowers users to shape the behavior of language models and unlock their true potential in various domains.

Prompt engineering is a powerful technique that enables developers and users to guide language models and achieve specific outputs. By crafting well-designed instructions, known as prompts, we can shape the behavior of models like ChatGPT. In this article, we will explore practical examples of prompt engineering using ChatGPT to highlight the best practices for optimal results.

1. Content Generation:
   Example Prompt: “Write a blog post about the benefits of regular exercise.”
   Explanation: By providing a clear and specific prompt, we guide the model to generate a blog post focused on the benefits of exercise. The prompt sets the context and objective for the generated content, allowing us to obtain informative and tailored results.
2. Code Generation:
   Example Prompt: “Please write a Python code snippet to calculate the factorial of a given number.”
   Explanation: Prompt engineering can be utilized to obtain code snippets from language models. By specifying the programming language and the desired task, we guide the model to generate a Python code snippet that calculates the factorial of a given number. This technique streamlines the code generation process and assists developers in obtaining accurate solutions.
3. Translation:
   Example Prompt: “Translate the following English text to French: ‘Hello, how are you?’”
   Explanation: Language models like ChatGPT can be prompted to perform translation tasks. By explicitly instructing the model to translate the provided English text to French, we guide it to produce an accurate translation. This showcases how prompt engineering can facilitate precise and language-specific outputs.
4. Summarization:
   Example Prompt: “Summarize the following article in three sentences: ‘Artificial intelligence has transformed various industries, from healthcare to finance. Its applications range from automating repetitive tasks to making predictions based on large datasets. AI continues to advance, revolutionizing the way we live and work.’”
   Explanation: Prompt engineering is effective in generating concise summaries. By instructing the model to summarize the given article in three sentences, we guide it to extract the most important information from the text. This enables the model to produce accurate and concise summaries aligned with the desired length.
5. Question-Answering:
   Example Prompt: “What is the capital of Australia?”
   Explanation: Prompt engineering is highly useful for obtaining specific answers to questions. By framing a clear and direct question, such as asking for the capital of Australia, we guide the model to provide a precise response. Prompt engineering enhances the model’s ability to deliver accurate information.
6. Bias Mitigation:
   Example Prompt: “Provide a description of a skilled software engineer without using gender-specific terms.”
   Explanation: Prompt engineering can address biases in language models. By explicitly instructing the model to avoid using gender-specific terms while describing a skilled software engineer, we promote fairness and inclusivity. This demonstrates how prompt engineering can contribute to ethical AI applications.

Prompt engineering empowers developers and users to guide language models like ChatGPT towards desired outputs. Through practical examples, we have seen how prompts can be designed for content generation, code generation, translation, summarization, question-answering, and bias mitigation tasks. By following best practices, such as defining clear objectives, providing context, and iterating on prompts, we can optimize the performance of language models and ensure their outputs align with our requirements. Prompt engineering continues to be a valuable technique in shaping the behavior of language models for a wide range of applications.

In recent years, artificial intelligence has made tremendous strides, particularly in the field of language processing. Language models, such as OpenAI’s GPT-3, have proven to be remarkably adept at generating human-like text and engaging in complex conversations. Behind their success lies a powerful technique called prompt engineering. In this article, we will explore the concept of prompt engineering, breaking it down in a way that even non-tech-savvy readers can understand. We will delve into the practical applications of prompt engineering and how it can transform the capabilities of language models.

Understanding Prompt Engineering:

Prompt engineering is all about giving clear and precise instructions to guide language models toward producing desired outputs. It involves carefully designing the input that is fed into the model, in order to influence its behavior and generate specific responses. Prompt engineering allows developers and researchers to shape the output of language models, making them more accurate and reliable.

Prominent Examples of Prompt Engineering:

1. Content Generation:
   Prompt engineering has revolutionized the way content is generated. Imagine you want to create an engaging story about a world devastated by climate change. By providing the language model with a specific starting phrase like “In a world devastated by climate change,” you can guide it to generate thought-provoking narratives that explore the consequences and potential solutions to environmental challenges. Prompt engineering gives you the ability to influence the direction and content of the generated text.
2. Code Generation:
   Language models have proven to be incredibly useful in generating code snippets. Prompt engineering plays a vital role in this area, allowing developers to provide explicit instructions to obtain desired programming solutions. By specifying the programming language, input-output constraints, and describing the problem, prompt engineering enables the model to generate code snippets that solve the given task. This can be a tremendous time-saver and assist developers in creating efficient code.
3. Translation and Summarization:
   Prompt engineering can significantly enhance the quality of translation and summarization tasks. Let’s say you need to translate an English text to French. By including a clear instruction like “Translate the following English text to French,” you can guide the language model to produce more accurate translations. Similarly, when summarizing an article, instructing the model to “Summarize the following article in three sentences” helps to generate concise and informative summaries. Prompt engineering provides a way to obtain more precise and tailored results.
4. Question-Answering:
   Prompt engineering techniques are invaluable in improving the accuracy and relevance of question-answering tasks. By framing questions in a specific format, developers can guide the language model to provide more structured and accurate responses. For instance, asking “What are the causes of climate change?” instead of a more general “Tell me about climate change” can lead to more detailed and informative answers. Prompt engineering allows for more targeted and informative responses to users’ questions.
5. Bias Mitigation:
   Language models can sometimes exhibit biases, but prompt engineering can help address this issue. By carefully designing prompts and instructions, developers can guide the model to provide more unbiased and fair responses. In sensitive topics like gender or race, explicit instructions can be used to ensure that the model refrains from making discriminatory or harmful statements. Prompt engineering enables the creation of language models that are more inclusive and respectful.

Below I am sharing how Prompt Engineering can help in getting desired results from ChatGPT.

Prompt: You are an ai language model specializing in adapting written text for a presentation spoken in front of a camera. Rewrite the following video script with the tone of voice of Tony Robbins. Improve the sentence structure where necessary. Keep the word count approximately the same. Keep the quotes in “brackets” unchanged. Respond with “Understood” and ask for “Share the script”.

Utility: To make text more human like and bring originality, at the same time pass the AI detection test.

Results:

The Future of Prompt Engineering:

Prompt engineering will continue to play a crucial role as language models advance. Ongoing research aims to develop more sophisticated prompt engineering methods, allowing users to exert even finer control over the output of language models. This will result in improved performance, enhanced user experiences, and greater alignment with human values.

Prompt engineering is an essential technique that empowers developers and users to shape the behavior of language models. It enables more accurate and reliable outputs across.