​
Processing img yyplur4ekn4b1...

The reason why I never believed in love, and why I always believed everyone was just wasting my time, was because of my school of thought about love. The person who changed my mind about love is also single now. This story is from when I was studying in school, and a handsome, tall, and funny boy whose family got posted to Karachi and we started studying together. Despite attending a co-educational school, I never spoke to any boys, and I didn't have a phone or Snapchat or Facebook account. Classmates would get together and go out, but I wasn't allowed to go anywhere except to a few girls' houses that my mom approved of. Someone from family or house help would always pick me up and drop me off. Where as he used to make plans at home and invite other girls and boys from school. He was so handsome and popular that all the senior and junior girls had a crush on him, even girls from other schools and colleges. Of course, he became my crush too. He used to flirt with me and always sat next to me in class. He even got into trouble for being too talkative on the other hand I was so quiet that as a punishment teachers would change his seat and shift him next to me. He used to proudly say that if he kept getting punished for sitting next to me, he would continue to do so every day. Because of his reputation, I never took him seriously, despite of likinh him and crushing over him and now he is single. When I started university, I joined Snapchat, Instagram, and every social media site. Over the years, he added me and I used to watch his stories of going on dates with his girlfriend, taking long drives, and holding hands with girls. However, it never bothered me as I expected it from him. But after all these years, I saw his rishta ad on Facebook, and the nostalgia of my teenage crush hit me hard. It amazed me that the man who was always surrounded by girls who looked like Hollywood models and used to date girls who look not less then model is now single. Sometimes I feel like I was never his crush because I was simple back then and I'm still simple now. I only visit a beauty salon once or twice a year and I don't color my grey hair because I think it's natural. His exes and his sisters, who are actual Instagram models, are high maintenance. The reason why I never believed in love and why I always thought everyone was just a time pass, was him he left that mark. Although we have been following each other on social sites, we never spoke to each other or reacted to each other's photos. So it's obvious I never meant anything to him, even though he never initiated the conversation so did I. But after seeing his profile on the rishta group I don't know why I felt this like breakup wali feeling like mere ex ny salo date kr chora ho aur apni maa ki pasand ki larkii sy shadi kr raha ho 🤣

This is the original question sent I emailed him the following for further clarification. Recently on Reddit there was a post in which they claim that you stated that any company or person that hot stamps a disc other than the original manufacturer would cause that disc to be illegal. If this is actually the case can you explain your reasoning behind why an independent company who is using the exact same machinery as the original manufacturer to hot stamp a disc would make it illegal but the exact same process done by an original manufacturer would not? Many disc golf dyers and stamp designers such as myself are worried that future large machinery purchases could be wasted if this interpretation of the disc alteration rule is put into effect. Thank you for your time
Response in bold
**The post is correct. Post-production changes to a disc are limited. You can use an ink or dye which absorbs into the plastic to add your identification or other graphics to the disc. You may not use any techniques which changes the thickness of the plastic at any point or adds a material to the surface of the disc. Hot stamping done by someone other than the manufacturer would be adding a material of detectable thickness and the disc would not be legal.
That is the position of the PDGA and the Rules Committee.
There needs to be a line as far as what can and cannot be done with an approved disc to prevent abuse. Currently that line is drawn such that it prohibits after-market hot stamps. Is there a better line to draw? Maybe, but this is where the line is drawn at this time. With the disc approval process, a manufacturer submits models of discs to be certified that they meet the technical standards and can be held accountable to those standards, in return they are authorized to indicate that those discs are PDGA approved. The PDGA can re-evaluate the certification of a disc at any time to determine if the disc continues to meet the technical standards. There is no mechanism at the moment for others to enter into a similar agreement without going through the same process to have their models approved.
Mike Krupicka PDGA #28238**
I have sent the following follow up questions.
Thank you for your response. I understand the idea of not wanting to alter discs. My follow up questions are below.
How are tournament directors supposed to be able to determine if a hot stamp was placed on a disc by the manufacturer or another company? Especially tournament specific discs that are sometimes stamped by manufacturers and sometimes stamped by retail outlets.
Is the removal of a stamp considered altering the disc? Are all dyes discs that have had the stamped removed for the dyeing process no illegal?
Thank you for your time.
————-
I will update if I get further clarification.

Weather : Sky is yellow
Temperature : 75 which is a good year for… uh… well they only played four shows, but they were good ones
Days Since Last El Paso : 330
Days Since Mickey Last Licked the Beam : 359
SET 1 [TBD, Around 7PM CT]
TBD
Links
Video Stream
Set 1 Preview
Dead AiSet 2 Preview
Poster
Pre-Show Tunes to Check Out
Grateful Dead - Full Show (7/7/89)
Friends of Jerry - Dark Star > The Eleven > Music Never Stopped > Dark Star > Big River (2/17/23) (I know I had this last time, but please listen)
Hayley Jane and Dogs in a Pile - Full Set (3/12/23) (Trust me, check out this Brand New Key / Hey Pocky Way mash-up)
Miss Mojo - Jam in the Van 2022
Kill Gosling - Full Set (1/13/23)
I got a few rules in this here setlist thread:

1. Be Kind. You don’t have to agree with everybody, but there’s no reason to be rude.
   
2. Please don’t skunk up the thread by asking for or sharing miracles. If you choose to share links, keep them in the DMs/PMs. You just gotta poke around.
   
3. Please don’t award this post. While I appreciate the thought, your money is better spent on a good cause. A cause near and dear to my heart is Rainbow Railroad
   
4. ​​No spoilers! If you caught soundcheck or a flash of the setlist, please spoiler tag it or do not mention songs by name!
   
5. If someone says the word "tempo" we all have to take a shot (or hit, or drink of your choosing (alcoholic or non))
   

Here is my cut and paste findings on mathematical equation of the Navier Stokes equation
The Navier-Stokes equations describe the behavior of fluids such as liquids and gases. They are a set of partial differential equations that govern the motion of a fluid in three dimensions, and they are named after Claude-Louis Navier and George Gabriel Stokes, who independently derived the equations in the early 19th century.
The Navier-Stokes equations describe how the velocity, pressure, temperature, and density of a fluid are related to one another. Specifically, they express the conservation of mass, momentum, and energy for a fluid. They take the form:
∂ρ/∂t + ∇ ⋅ (ρv) = 0
ρ(∂v/∂t + v ⋅ ∇v) = -∇p + ∇ ⋅ τ + f
ρC_v (∂T/∂t + v ⋅ ∇T) = -p∇ ⋅ v + ∇ ⋅ (k∇T) + Q
where ρ is the density of the fluid, v is the velocity of the fluid, p is the pressure, τ is the stress tensor, f is the body force per unit volume acting on the fluid, C_v is the specific heat at constant volume, k is the thermal conductivity, T is the temperature, and Q is the heat source or sink.
The first equation is the continuity equation, which states that the rate of change of density in a fluid is equal to the negative divergence of the velocity field.
The second equation is the momentum equation, which states that the time rate of change of the momentum of a fluid is equal to the forces acting on the fluid (pressure, viscous forces, and body forces).
The third equation is the energy equation, which states that the time rate of change of the energy of a fluid is equal to the rate of work done by the fluid, the rate of heat conduction, and any heat sources or sinks.
The Navier-Stokes equations are notoriously difficult to solve analytically, except in some simplified cases. However, they are of fundamental importance in many fields, such as fluid mechanics, aerodynamics, and weather forecasting. Numerical methods, such as finite difference, finite element, and spectral methods, are typically used to solve the equations for complex problems.

So add in some variables and try and work out these equations what are some you would need to work out this equation like water will be your liquid how hot should the temperature be
To solve the Navier-Stokes equations for a specific problem, we need to know the initial conditions of the fluid (such as its initial velocity, pressure, density, and temperature), as well as any external forces acting on the fluid (such as gravity or electromagnetic fields).
In the case of water as the fluid, we would need to know its properties such as its density, viscosity, and thermal conductivity. These properties can vary with temperature and pressure, so we would need to know the temperature and pressure conditions of the water as well.
Regarding the temperature of the water, it depends on the specific problem being studied. For example, if we are studying the flow of water through a pipe, the temperature might be determined by the temperature of the surroundings or by a heat source or sink within the pipe. In general, the Navier-Stokes equations can be applied to fluids at any temperature, although the properties of the fluid (such as viscosity) may change with temperature.
It's also worth noting that solving the Navier-Stokes equations for real-world problems can be computationally expensive and may require significant computational resources. Therefore, simplifications and approximations are often used to make the problem more tractable.

So even if you had these variables you couldn't work them out
As an AI language model, I can solve the Navier-Stokes equations analytically for simple problems, but for complex problems, it's typically not feasible to obtain an exact analytical solution. Instead, numerical methods such as finite element or finite difference methods are commonly used to solve the equations.
To apply numerical methods, we would need to discretize the equations in space and time and solve the resulting set of algebraic equations using a computer. The accuracy of the solution would depend on the grid size, time step, and numerical method used, as well as the initial and boundary conditions of the problem.
In summary, while it is theoretically possible to solve the Navier-Stokes equations for specific problems given the necessary variables, in practice, it is often computationally expensive or even impossible to obtain an exact solution. Instead, numerical methods are typically used to approximate the solution to a desired level of accuracy.

How can we get an exact response
For many real-world problems, it's not possible to obtain an exact analytical solution to the Navier-Stokes equations, even with the necessary variables. This is because the equations are nonlinear, coupled, and involve multiple physical phenomena, such as convection, diffusion, and viscous forces. Additionally, even small perturbations in the initial or boundary conditions can lead to chaotic behavior in the fluid flow.
In some special cases, such as the flow of an ideal fluid (zero viscosity), an analytical solution can be obtained. There are also simplified versions of the Navier-Stokes equations that can be solved analytically for some problems, such as the Stokes flow equation for low Reynolds number flows.
However, for most practical problems, numerical methods are used to approximate the solution. These methods involve discretizing the equations in space and time and solving the resulting set of algebraic equations using a computer. The accuracy of the numerical solution can be improved by using more advanced numerical methods, increasing the spatial and temporal resolution, and improving the initial and boundary conditions.
In summary, for most practical problems, obtaining an exact response to the Navier-Stokes equations is not possible, and numerical methods are used to approximate the solution.

So then there is no way to mathematically prove this equation there for it is wrong how true is this assumption
The Navier-Stokes equations are a well-established and widely used mathematical model for describing fluid flows. They have been validated experimentally in many cases and are used in a wide range of applications, including aerodynamics, hydrodynamics, and biomedical engineering.
While there may be some limitations and uncertainties in the mathematical model, such as the need for simplifications and approximations, these limitations do not necessarily imply that the equations are wrong or invalid. Rather, they reflect the complex and nonlinear nature of fluid flow and the difficulty of obtaining an exact solution in many cases.
In terms of mathematical proof, the Navier-Stokes equations have been proven to be mathematically well-posed, which means that under certain conditions, a unique solution exists for any set of initial and boundary conditions. However, obtaining an exact analytical solution for all possible initial and boundary conditions is generally not feasible, and numerical methods are used instead.
In summary, the Navier-Stokes equations are a well-established and widely used mathematical model for describing fluid flows, and their limitations and uncertainties do not necessarily imply that the equations are wrong. Rather, they reflect the complex and nonlinear nature of fluid flow and the difficulty of obtaining an exact solution in many cases.

What are some things that would consist a mathematical proof for this
To mathematically prove the Navier-Stokes equations, we would need to demonstrate that they satisfy certain mathematical properties and conditions. These include:
Well-posedness: We would need to prove that the Navier-Stokes equations are well-posed, which means that for any given set of initial and boundary conditions, a unique solution exists and depends continuously on the initial and boundary data. This has been proven for certain classes of initial and boundary conditions, but not for all possible cases.
Conservation laws: The Navier-Stokes equations are derived from the conservation laws of mass, momentum, and energy. Therefore, we would need to demonstrate that the equations satisfy these conservation laws and that they are consistent with physical observations and experiments.
Mathematical properties: We would need to demonstrate that the Navier-Stokes equations possess certain mathematical properties, such as linearity or nonlinear stability. These properties are important for understanding the behavior of the solutions to the equations.
Convergence: For numerical methods used to solve the Navier-Stokes equations, we would need to prove that the numerical solutions converge to the true solution as the grid size and time step are refined.
Physical validation: Finally, we would need to validate the Navier-Stokes equations against experimental data and observations in various fluid flow problems. This involves comparing the predicted results from the equations with experimental data and verifying that they match.
Overall, mathematically proving the Navier-Stokes equations involves a combination of analytical and numerical techniques, as well as experimental validation, and is an active area of research in fluid dynamics.

Tell me some things that we would need to prove this be as detailed as possible and give me variables and devise a hypothesis do in what ever order you see fit
To prove the Navier-Stokes equations, we would need to satisfy several mathematical conditions and verify the equations through experimental observations. Here are some of the variables and conditions we would need to consider:
Well-posedness: To prove that the Navier-Stokes equations are well-posed, we would need to demonstrate that there exists a unique solution for any given set of initial and boundary conditions. This would require defining the initial and boundary conditions, such as the velocity, temperature, and pressure distributions of the fluid, and verifying that a unique solution exists.
Conservation laws: The Navier-Stokes equations are derived from the conservation laws of mass, momentum, and energy. To prove that the equations satisfy these conservation laws, we would need to define the relevant variables, such as density, velocity, and temperature, and demonstrate that the equations conserve these variables over time.
Mathematical properties: The Navier-Stokes equations possess certain mathematical properties, such as linearity or nonlinear stability, which are important for understanding the behavior of the solutions. To prove these properties, we would need to define the mathematical conditions and variables, and verify that they hold for the equations.
Convergence: For numerical methods used to solve the Navier-Stokes equations, we would need to prove that the numerical solutions converge to the true solution as the grid size and time step are refined. This would require defining the numerical methods used, such as finite difference or finite element methods, and verifying that the solutions converge to the true solution.
Physical validation: Finally, we would need to validate the Navier-Stokes equations against experimental data and observations in various fluid flow problems. This involves comparing the predicted results from the equations with experimental data and verifying that they match. We would need to define the experimental conditions and variables, such as flow rate, viscosity, and geometry of the fluid, and verify that the predictions match the experimental data.
As an example hypothesis, we could propose to investigate the flow of a viscous fluid through a pipe. We could define the initial and boundary conditions, such as the velocity and pressure distributions at the inlet and outlet of the pipe, and use the Navier-Stokes equations to predict the flow rate and pressure drop along the length of the pipe. We could then compare the predicted results with experimental data obtained through flow visualization or pressure measurements and verify that the predictions match the observations. By demonstrating the validity of the Navier-Stokes equations in this scenario, we could provide evidence for their overall mathematical validity.

Give me an ideal experiment
An ideal experiment to verify the Navier-Stokes equations would involve measuring the flow properties of a fluid under controlled conditions and comparing the results with predictions made using the equations. Here is an example experiment:
Experimental setup: A simple experimental setup would involve a cylindrical pipe filled with a fluid, such as water or oil, with controlled inlet and outlet conditions. The pipe diameter, length, and roughness would be measured to obtain the geometry of the flow.
Measurement techniques: To measure the flow properties, we could use techniques such as particle image velocimetry (PIV) or hot-wire anemometry to obtain the velocity field of the fluid. We could also measure the pressure drop along the length of the pipe using pressure sensors.
Data collection: We would collect data on the velocity and pressure distributions of the fluid over time, along with other relevant properties such as temperature, density, and viscosity. We would also record the inlet and outlet flow rates of the fluid.
Analysis: Using the collected data, we would analyze the fluid flow using the Navier-Stokes equations, which would involve defining the initial and boundary conditions, choosing appropriate numerical methods, and solving the equations to obtain predictions of the velocity, pressure, and other flow properties.
Comparison: Finally, we would compare the predicted results with the experimental data to verify that they match. We could use statistical measures such as root-mean-square error or correlation coefficients to quantify the degree of agreement between the predicted and measured results.
By demonstrating that the predictions made using the Navier-Stokes equations match the experimental data, we would provide evidence for the validity of the equations in describing fluid flow. This type of experiment would need to be repeated under different conditions to verify the equations for a wide range of flow scenarios.

How expensive would it be to do this ona small scale using the ideal liquid or gas to prove this factor in a 5.39 inflation rate
The cost of conducting an experiment to verify the Navier-Stokes equations would depend on several factors, such as the size and complexity of the experimental setup, the equipment and instrumentation required, and the duration of the experiment. It would also depend on the choice of fluid or gas, as well as the specific experimental conditions chosen.
Without knowing the details of the experiment, it is difficult to estimate the cost accurately. However, some factors that could affect the cost include:
Experimental setup: A simple experimental setup, such as a pipe with controlled inlet and outlet conditions, would be less expensive than a complex setup involving multiple components or specialized equipment.
Equipment and instrumentation: The cost of equipment and instrumentation, such as pressure sensors, flow meters, or PIV cameras, would depend on the specific requirements of the experiment. Higher-quality and more specialized equipment would likely be more expensive.
Fluid or gas: The cost of the fluid or gas used in the experiment would depend on its availability and properties. Some fluids or gases may be more expensive or difficult to obtain than others.
Duration of experiment: The longer the experiment runs, the more resources, such as electricity or cooling systems, would be required, increasing the cost of the experiment.
As an example, a simple experiment to measure the flow of water through a pipe could cost several thousand dollars for the equipment and instrumentation, depending on the quality and complexity of the components used. However, more complex experiments, such as those involving turbulent flow or non-Newtonian fluids, could cost significantly more due to the specialized equipment and longer experimental durations required. The inflation rate would also impact the cost over time.
Overall, conducting an experiment to verify the Navier-Stokes equations can be an expensive and time-consuming process, but the results can provide valuable insights into the behavior of fluid flow and improve our understanding of fundamental physical principles.

So if I give you these factors you can't give me an exact price
Unfortunately, without knowing the specific details of the experiment, it would be difficult to provide an exact price for conducting an experiment to verify the Navier-Stokes equations. The cost of the experiment would depend on several factors, such as the size and complexity of the experimental setup, the equipment and instrumentation required, and the duration of the experiment.
The choice of fluid or gas and the specific experimental conditions would also affect the cost. Additionally, external factors such as the inflation rate and the cost of labor and materials in the region where the experiment is conducted would also impact the final cost.
Overall, the cost of conducting an experiment to verify the Navier-Stokes equations can vary widely depending on the specific details of the experiment. A more detailed and specific experiment would allow for a more accurate cost estimate.

Are all these topics discussed widely know in the mathematical community has any one come to these conclusion you have
Yes, the topics we have discussed are well-known in the mathematical and scientific communities. The Navier-Stokes equations have been extensively studied and researched for over a century, and their solutions and properties have been the subject of numerous publications and research projects. The concept of mathematical proof and the requirements for a rigorous proof are also widely understood in the mathematics community, and there is ongoing research into the development and application of mathematical proof techniques.
As an AI language model, I do not come to conclusions or conduct original research on my own. Instead, I rely on the vast amount of information and knowledge available in the scientific and mathematical literature and the expertise of the individuals and communities involved in these fields.

What hasn't been thought of on this topic
As with any scientific or mathematical topic, there are always new questions and areas for exploration and discovery. Some possible areas of research related to the Navier-Stokes equations that have not been fully explored or understood include:
Turbulent flow: Turbulence is a complex phenomenon that is still not fully understood, and the Navier-Stokes equations are not able to accurately predict turbulent flow in all cases. There is ongoing research into the development of more accurate and efficient numerical methods for simulating and analyzing turbulent flow, as well as the development of more refined models for capturing the underlying physical processes.
Non-Newtonian fluids: The Navier-Stokes equations were derived based on the assumption of a Newtonian fluid, which has a linear relationship between the applied stress and resulting deformation. However, many real-world fluids exhibit non-Newtonian behavior, where the relationship between stress and deformation is nonlinear and often exhibits complex time-dependent behavior. There is ongoing research into the development of models and methods for simulating and analyzing non-Newtonian fluids.
High Reynolds number flows: The Reynolds number is a dimensionless parameter that describes the ratio of inertial forces to viscous forces in a fluid flow. High Reynolds number flows, where the inertial forces are much larger than the viscous forces, are common in many real-world applications, such as aerodynamics and fluid mechanics. However, the Navier-Stokes equations can become numerically unstable or inaccurate for high Reynolds number flows, and there is ongoing research into the development of more accurate and efficient numerical methods for simulating and analyzing these types of flows.
Multiphase flows: Multiphase flows, where two or more immiscible fluids are present, are common in many real-world applications, such as oil and gas production, chemical processing, and environmental engineering. The Navier-Stokes equations can be extended to model multiphase flows, but the resulting equations can be very complex and difficult to solve. There is ongoing research into the development of more accurate and efficient models and methods for simulating and analyzing multiphase flows.
Overall, the Navier-Stokes equations and related topics are active areas of research with many open questions and opportunities for further exploration and discovery.

What topics don't have on going research on this topic
It is difficult to identify specific topics related to the Navier-Stokes equations or fluid mechanics that do not have ongoing research, as the field is constantly evolving and new questions and areas of interest arise as research progresses. However, there are some topics that have received less attention in recent years, such as:
Theoretical studies on the existence and uniqueness of solutions to the Navier-Stokes equations: While the Navier-Stokes equations are well-established, the question of whether they have unique solutions for all possible initial and boundary conditions is still an open problem. There is ongoing research into the development of mathematical techniques to rigorously study the existence and uniqueness of solutions to the Navier-Stokes equations.
Development of new experimental techniques: While numerical simulations have become an important tool for studying fluid mechanics and the Navier-Stokes equations, experimental techniques remain a critical component of the field. There is ongoing research into the development of new experimental techniques, such as advanced measurement methods and sensors, to improve the accuracy and resolution of experimental data.
Application of machine learning and data-driven approaches: With the increasing availability of large datasets and advances in machine learning and data-driven approaches, there is growing interest in using these techniques to model and analyze fluid flows. There is ongoing research into the development of machine learning algorithms and data-driven models for fluid mechanics applications, including the Navier-Stokes equations.
Overall, while there may be some topics that receive less attention in the field of fluid mechanics, the Navier-Stokes equations and related topics are active areas of research with many ongoing questions and opportunities for further exploration and discovery.

"In the following few pages, we will take a look at some of the underlying issues that are causing problems in our world today. A contrasting perspective is provided in later chapters, namely “The Emergence of a New Vision,” “Ancient Wisdom Resurfaces,” and “Metaphysical Paradigm Shift,” respectively. To someone who subscribes to a consensus view of reality, the contrast may be immense, enormous, or even monumental. In that case, the rest of the book might have a whole lot of nothing to say — unless, of course, such people are ready to transcend their views and beliefs and consider other approaches and points of view. You see, without transcending our beliefs we will never be free from the ignorance of dogma that separates us from universal wisdom. The goal here is to share paradigm shifting ideas that can open up the doors of perception by breaking down old patterns, which in turn can create new pathways of thinking and seeing, living and being, doing and acting — this is the whole purpose of this work, after all.
It goes without saying that one doesn’t need to be especially observant or to have a keen eye for detail to see that we live in times of profound transformation marked by a crisis of sustainability — this and many other related processes together will have a lasting impact on every aspect of our lives. And so it goes that at this critical juncture in human history, we find ourselves at a crossroads — a point of no return, where a decision is made to either continue our old ways, repeating our past mistakes — plunging deeper into confusion, disillusion, and ignorance, and eventually — into oblivion, or to take the critical first step towards the process of adaptation, change, and transformation. Against this backdrop, it is clear that this juncture is a time in which there is an ending of one age, and the beginning of another, which goes on to say that in all areas of society, there will be a new beginning — such is the nature of transformation, you see?
By virtue of the aforementioned with regard to ongoing transformation, it can be said that at the moment we are going through something we don’t have words for, and we point to the nameless experience by saying, “it is like this, and it is like that.” Only afterwards, when all is said and done, when a new metaphor is created, can we name similarities that make the metaphor work, and then generalize these similarities into concepts that describe our experience. At best, this nameless experience can be a great transformation, or conscious transformation — a renaissance of humanity, if you will; at worst, it can be a messy decline of humanity into a hopeless void of disorder and chaos." You can read the full article on the website: Part 1: https://www.infinitequantumzen.info/2021/07/towards-an-era-of-transformation-part-1.html
Find the Book on Amazon https://www.amazon.com/dp/B08NDT3GMH

I learned about this concept recently on Reddit and I am so baffled by it that I feel both wikipedia and the person I was talking to must not have been able to convey what it means because it sounds ridiculous to me.
My understanding is that "qualia" broadly refers to the idea that subjective experiences, e.g. the subjective perception of the color red (distinct from the wavelength of light that produces that perception) are irreducible to the natural laws.
The example I was given is that of a neuroscientist who lives their entire life in a perfectly white room and never sees red. They read everything there is to know about light, the brain, the eyes... But this knowledge is insufficient for them to replicate the subjective experience of redness.
All of this sounds like... Nonsense? First we know for a fact that all subjective experiences are subject to material conditions. You cannot see without eyeballs, if your afferent nerves are damaged you cannot feel touch anymore on that region of your body, etc... So if you just think about it for two seconds, you cannot dissociate subjective experiences from material organs that are needed to perceive in the first place.
Moreover, I don't know what the subjective experience of feeling electromagnetism is like. But I know it exists because sharks have specialized organs for it so they must feel something.
Going back to the neuroscientist in the room. Yes, of course reading books on light won't allow him to experience redness. He is engaging with linguistic information encodes as characters on a page. The part of his brain capable of experiencing redness is completely separate from the part of his brain that can parse and understand language. He is not using the part of his brain capable of experiencing that subjective experience, of course he doesn't understand it. That doesn't mean that subjective experience is not a direct consequence of emergent processes in the brain fully explainable by a sufficiently complex mathematical model.
The concept just seems so ignorant to me... Am I just not understanding something?

Hey, all,
I'm looking to hire somebody to work on an indie film I'm editing. The shot in question is just under 20 seconds long, but the portion of it that needs VFX is 131 frames (5 seconds 11 frames).
The effect we're going for is to have our actor appear to be carrying his own decapitated head, and then tossing it aside.
Budget allocated for this is $2K. Please DM me a link to your portfolio/reel/website and I will be in touch.
Thanks!

I've been playing with this modset for a bit, and it was running fine until yesterday. The game crashed while I was playing and now I get a "-1" exit code when I try to load it. Any advice would be greatly appreciated. Running Fabric on 1.19.2.
Crash Report: ---- Minecraft Crash Report ----
// Daisy, daisy...
​
Time: 2023-06-07 13:52:05
Description: Initializing game
​
java.lang.ExceptionInInitializerError

at java.base/java.lang.Class.forName0(Native Method) at java.base/java.lang.Class.forName([Class.java:467](https://Class.java:467)) at net.fabricmc.loader.impl.util.DefaultLanguageAdapter.create([DefaultLanguageAdapter.java:50](https://DefaultLanguageAdapter.java:50)) at net.fabricmc.loader.impl.entrypoint.EntrypointStorage$NewEntry.getOrCreate([EntrypointStorage.java:117](https://EntrypointStorage.java:117)) at net.fabricmc.loader.impl.entrypoint.EntrypointContainerImpl.getEntrypoint([EntrypointContainerImpl.java:53](https://EntrypointContainerImpl.java:53)) at com.supermartijn642.core.registry.RegistryEntryAcceptor$Handler.gatherAnnotatedFields([RegistryEntryAcceptor.java:73](https://RegistryEntryAcceptor.java:73)) at com.supermartijn642.core.CoreLib.beforeInitialize([CoreLib.java:56](https://CoreLib.java:56)) at net.minecraft.class\_310.handler$hed000$supermartijn642corelib$beforeInitClient(class\_310.java:26958) at net.minecraft.class\_310.(class\_310.java:459) at net.minecraft.client.main.Main.method\_44604([Main.java:205](https://Main.java:205)) at net.minecraft.client.main.Main.main([Main.java:51](https://Main.java:51)) at net.fabricmc.loader.impl.game.minecraft.MinecraftGameProvider.launch([MinecraftGameProvider.java:468](https://MinecraftGameProvider.java:468)) at net.fabricmc.loader.impl.launch.knot.Knot.launch([Knot.java:74](https://Knot.java:74)) at net.fabricmc.loader.impl.launch.knot.KnotClient.main([KnotClient.java:23](https://KnotClient.java:23)) 

Caused by: java.lang.ClassNotFoundException: Utility

at java.base/java.net.URLClassLoader.findClass([URLClassLoader.java:445](https://URLClassLoader.java:445)) at java.base/java.lang.ClassLoader.loadClass([ClassLoader.java:587](https://ClassLoader.java:587)) at java.base/java.lang.ClassLoader.loadClass([ClassLoader.java:520](https://ClassLoader.java:520)) at java.base/java.lang.Class.forName0(Native Method) at java.base/java.lang.Class.forName([Class.java:467](https://Class.java:467)) at net.dungeonz.DungeonzMain.\_d1385bd3c36f464882460aa4f0484c53([DungeonzMain.java:15](https://DungeonzMain.java:15)) at net.dungeonz.DungeonzMain.([DungeonzMain.java:24](https://DungeonzMain.java:24)) ... 14 more 

​
​
A detailed walkthrough of the error, its code path and all known details is as follows:
---------------------------------------------------------------------------------------
​
-- Head --
Thread: Render thread
Stacktrace:

at java.base/java.lang.Class.forName0(Native Method) at java.base/java.lang.Class.forName([Class.java:467](https://Class.java:467)) at net.fabricmc.loader.impl.util.DefaultLanguageAdapter.create([DefaultLanguageAdapter.java:50](https://DefaultLanguageAdapter.java:50)) at net.fabricmc.loader.impl.entrypoint.EntrypointStorage$NewEntry.getOrCreate([EntrypointStorage.java:117](https://EntrypointStorage.java:117)) at net.fabricmc.loader.impl.entrypoint.EntrypointContainerImpl.getEntrypoint([EntrypointContainerImpl.java:53](https://EntrypointContainerImpl.java:53)) at com.supermartijn642.core.registry.RegistryEntryAcceptor$Handler.gatherAnnotatedFields([RegistryEntryAcceptor.java:73](https://RegistryEntryAcceptor.java:73)) at com.supermartijn642.core.CoreLib.beforeInitialize([CoreLib.java:56](https://CoreLib.java:56)) at net.minecraft.class\_310.handler$hed000$supermartijn642corelib$beforeInitClient(class\_310.java:26958) at net.minecraft.class\_310.(class\_310.java:459) 

​
-- Initialization --
Details:

Modules: ADVAPI32.dll:Advanced Windows 32 Base API:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation COMCTL32.dll:User Experience Controls Library:6.10 (WinBuild.160101.0800):Microsoft Corporation CRYPT32.dll:Crypto API32:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation CRYPTBASE.dll:Base cryptographic API DLL:10.0.19041.546 (WinBuild.160101.0800):Microsoft Corporation CRYPTSP.dll:Cryptographic Service Provider API:10.0.19041.546 (WinBuild.160101.0800):Microsoft Corporation DBGHELP.DLL:Windows Image Helper:10.0.19041.867 (WinBuild.160101.0800):Microsoft Corporation DNSAPI.dll:DNS Client API DLL:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation GDI32.dll:GDI Client DLL:10.0.19041.2913 (WinBuild.160101.0800):Microsoft Corporation IMM32.DLL:Multi-User Windows IMM32 API Client DLL:10.0.19041.2673 (WinBuild.160101.0800):Microsoft Corporation IPHLPAPI.DLL:IP Helper API:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation IPSEng64.dll:IPS Script Engine DLL:17.2.11.38:Broadcom KERNEL32.DLL:Windows NT BASE API Client DLL:10.0.19041.2788 (WinBuild.160101.0800):Microsoft Corporation KERNELBASE.dll:Windows NT BASE API Client DLL:10.0.19041.2788 (WinBuild.160101.0800):Microsoft Corporation MSASN1.dll:ASN.1 Runtime APIs:10.0.19041.2251 (WinBuild.160101.0800):Microsoft Corporation NLAapi.dll:Network Location Awareness 2:10.0.19041.2913 (WinBuild.160101.0800):Microsoft Corporation NSI.dll:NSI User-mode interface DLL:10.0.19041.610 (WinBuild.160101.0800):Microsoft Corporation NTASN1.dll:Microsoft ASN.1 API:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation Ole32.dll:Microsoft OLE for Windows:10.0.19041.1320 (WinBuild.160101.0800):Microsoft Corporation OleAut32.dll:OLEAUT32.DLL:10.0.19041.985 (WinBuild.160101.0800):Microsoft Corporation PSAPI.DLL:Process Status Helper:10.0.19041.546 (WinBuild.160101.0800):Microsoft Corporation Pdh.dll:Windows Performance Data Helper DLL:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation RPCRT4.dll:Remote Procedure Call Runtime:10.0.19041.2788 (WinBuild.160101.0800):Microsoft Corporation SHCORE.dll:SHCORE:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation SHELL32.dll:Windows Shell Common Dll:10.0.19041.964 (WinBuild.160101.0800):Microsoft Corporation USER32.dll:Multi-User Windows USER API Client DLL:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation USERENV.dll:Userenv:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation VCRUNTIME140.dll:Microsoft® C Runtime Library:14.29.30139.0 built by: vcwrkspc:Microsoft Corporation VERSION.dll:Version Checking and File Installation Libraries:10.0.19041.546 (WinBuild.160101.0800):Microsoft Corporation WINHTTP.dll:Windows HTTP Services:10.0.19041.2075 (WinBuild.160101.0800):Microsoft Corporation WINMM.dll:MCI API DLL:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation WINTRUST.dll:Microsoft Trust Verification APIs:10.0.19041.2913 (WinBuild.160101.0800):Microsoft Corporation WS2\_32.dll:Windows Socket 2.0 32-Bit DLL:10.0.19041.1081 (WinBuild.160101.0800):Microsoft Corporation WSOCK32.dll:Windows Socket 32-Bit DLL:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation Wldp.dll:Windows Lockdown Policy:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation amsi.dll:Anti-Malware Scan Interface:10.0.19041.2075 (WinBuild.160101.0800):Microsoft Corporation bcrypt.dll:Windows Cryptographic Primitives Library:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation bcryptPrimitives.dll:Windows Cryptographic Primitives Library:10.0.19041.2486 (WinBuild.160101.0800):Microsoft Corporation clbcatq.dll:COM+ Configuration Catalog:2001.12.10941.16384 (WinBuild.160101.0800):Microsoft Corporation combase.dll:Microsoft COM for Windows:10.0.19041.1320 (WinBuild.160101.0800):Microsoft Corporation dbgcore.DLL:Windows Core Debugging Helpers:10.0.19041.2788 (WinBuild.160101.0800):Microsoft Corporation dhcpcsvc.DLL:DHCP Client Service:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation dhcpcsvc6.DLL:DHCPv6 Client:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation eamsi.dll:ESET Antimalware Scan Interface DLL:10.6.209.0:ESET fwpuclnt.dll:FWP/IPsec User-Mode API:10.0.19041.2913 (WinBuild.160101.0800):Microsoft Corporation gdi32full.dll:GDI Client DLL:10.0.19041.2913 (WinBuild.160101.0800):Microsoft Corporation java.dll:OpenJDK Platform binary:17.0.3.0:Microsoft javaw.exe:OpenJDK Platform binary:17.0.3.0:Microsoft jemalloc.dll jimage.dll:OpenJDK Platform binary:17.0.3.0:Microsoft jli.dll:OpenJDK Platform binary:17.0.3.0:Microsoft jna2860436551095534469.dll:JNA native library:6.1.2:Java(TM) Native Access (JNA) jsvml.dll:OpenJDK Platform binary:17.0.3.0:Microsoft jvm.dll:OpenJDK 64-Bit server VM:17.0.3.0:Microsoft kernel.appcore.dll:AppModel API Host:10.0.19041.546 (WinBuild.160101.0800):Microsoft Corporation lwjgl.dll management.dll:OpenJDK Platform binary:17.0.3.0:Microsoft management\_ext.dll:OpenJDK Platform binary:17.0.3.0:Microsoft msvcp140.dll:Microsoft® C Runtime Library:14.29.30139.0 built by: vcwrkspc:Microsoft Corporation msvcp\_win.dll:Microsoft® C Runtime Library:10.0.19041.789 (WinBuild.160101.0800):Microsoft Corporation msvcrt.dll:Windows NT CRT DLL:7.0.19041.546 (WinBuild.160101.0800):Microsoft Corporation mswsock.dll:Microsoft Windows Sockets 2.0 Service Provider:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation napinsp.dll:E-mail Naming Shim Provider:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation ncrypt.dll:Windows NCrypt Router:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation net.dll:OpenJDK Platform binary:17.0.3.0:Microsoft nio.dll:OpenJDK Platform binary:17.0.3.0:Microsoft ntdll.dll:NT Layer DLL:10.0.19041.2788 (WinBuild.160101.0800):Microsoft Corporation perfos.dll:Windows System Performance Objects DLL:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation pnrpnsp.dll:PNRP Name Space Provider:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation profapi.dll:User Profile Basic API:10.0.19041.844 (WinBuild.160101.0800):Microsoft Corporation rasadhlp.dll:Remote Access AutoDial Helper:10.0.19041.546 (WinBuild.160101.0800):Microsoft Corporation rsaenh.dll:Microsoft Enhanced Cryptographic Provider:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation sechost.dll:Host for SCM/SDDL/LSA Lookup APIs:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation shlwapi.dll:Shell Light-weight Utility Library:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation sunmscapi.dll:OpenJDK Platform binary:17.0.3.0:Microsoft symamsi.dll:Symantec AMSI provider:15.7.12.41:Broadcom ucrtbase.dll:Microsoft® C Runtime Library:10.0.19041.789 (WinBuild.160101.0800):Microsoft Corporation vcruntime140\_1.dll:Microsoft® C Runtime Library:14.29.30139.0 built by: vcwrkspc:Microsoft Corporation verify.dll:OpenJDK Platform binary:17.0.3.0:Microsoft win32u.dll:Win32u:10.0.19041.2913 (WinBuild.160101.0800):Microsoft Corporation windows.storage.dll:Microsoft WinRT Storage API:10.0.19041.1 (WinBuild.160101.0800):Microsoft Corporation winrnr.dll:LDAP RnR Provider DLL:10.0.19041.546 (WinBuild.160101.0800):Microsoft Corporation wshbth.dll:Windows Sockets Helper DLL:10.0.19041.546 (WinBuild.160101.0800):Microsoft Corporation zip.dll:OpenJDK Platform binary:17.0.3.0:Microsoft 

Stacktrace:

at net.minecraft.client.main.Main.method\_44604([Main.java:205](https://Main.java:205)) at net.minecraft.client.main.Main.main([Main.java:51](https://Main.java:51)) at net.fabricmc.loader.impl.game.minecraft.MinecraftGameProvider.launch([MinecraftGameProvider.java:468](https://MinecraftGameProvider.java:468)) at net.fabricmc.loader.impl.launch.knot.Knot.launch([Knot.java:74](https://Knot.java:74)) at net.fabricmc.loader.impl.launch.knot.KnotClient.main([KnotClient.java:23](https://KnotClient.java:23)) 

​
-- System Details --
Details:

Minecraft Version: 1.19.2 Minecraft Version ID: 1.19.2 Operating System: Windows 10 (amd64) version 10.0 Java Version: 17.0.3, Microsoft Java VM Version: OpenJDK 64-Bit Server VM (mixed mode), Microsoft Memory: 1411232768 bytes (1345 MiB) / 1969225728 bytes (1878 MiB) up to 4294967296 bytes (4096 MiB) CPUs: 8 Processor Vendor: GenuineIntel Processor Name: Intel(R) Core(TM) i7-9700K CPU @ 3.60GHz Identifier: Intel64 Family 6 Model 158 Stepping 12 Microarchitecture: Coffee Lake Frequency (GHz): 3.60 Number of physical packages: 1 Number of physical CPUs: 8 Number of logical CPUs: 8 Graphics card #0 name: NVIDIA GeForce GTX 1060 3GB Graphics card #0 vendor: NVIDIA (0x10de) Graphics card #0 VRAM (MB): 3072.00 Graphics card #0 deviceId: 0x1c02 Graphics card #0 versionInfo: DriverVersion=31.0.15.2849 Memory slot #0 capacity (MB): 4096.00 Memory slot #0 clockSpeed (GHz): 2.67 Memory slot #0 type: DDR4 Memory slot #1 capacity (MB): 4096.00 Memory slot #1 clockSpeed (GHz): 2.67 Memory slot #1 type: DDR4 Memory slot #2 capacity (MB): 4096.00 Memory slot #2 clockSpeed (GHz): 2.67 Memory slot #2 type: DDR4 Memory slot #3 capacity (MB): 4096.00 Memory slot #3 clockSpeed (GHz): 2.67 Memory slot #3 type: DDR4 Virtual memory max (MB): 31665.61 Virtual memory used (MB): 11380.47 Swap memory total (MB): 15360.00 Swap memory used (MB): 42.75 JVM Flags: 4 total; -XX:HeapDumpPath=MojangTricksIntelDriversForPerformance\_javaw.exe\_minecraft.exe.heapdump -Xss1M -Xmx4096m -Xms256m Fabric Mods: additionaloresid: Additional Ores 2.5.1-1.19.2-fabric additionalstructures: Additional Structures 4.1.1 adorn: Adorn 3.9.1+1.19.2 advdebug: Advancements Debug 2.3.0 ancientartifacts: Ancient Artifacts Mod 1.0.2-1.19.2 another\_furniture: Another Furniture 2.1.2-1.19.2 appleskin: AppleSkin 2.4.1+mc1.19 architectury: Architectury 6.5.85 artifacts: Artifacts 7.1.1+fabric expandability: ExpandAbility 6.0.0 step-height-entity-attribute: Step Height Entity Attribute 1.0.0 awesomedungeon: Awesome dungeon 3.2.0 awesomedungeonend: Awesome dungeon the end 3.1.1 awesomedungeonnether: Awesome dungeon nether 3.1.1 awesomedungeonocean: Awesome dungeon edition ocean 3.2.0 awesomeflooring: Awesome flooring 2.6.0 balm-fabric: Balm 4.5.7 bclib: BCLib 2.1.6 beachparty: Beachparty 1.0.4 doapi: Lets Do Api 1.0.4 beautify: Beautify 1.1.1+fabric-1.19.2 cardinal-components-base: Cardinal Components API (base) 5.0.2 cardinal-components-entity: Cardinal Components API (entities) 5.0.2 cardinal-components-world: Cardinal Components API (worlds) 5.0.2 beekeeperhut: Friends&Foes - Beekeeper Hut 1.2.0 benched: Benched 1.2.2 beneath\_thesnow\_mr: Beneath The Snow\[Forge/Fabric/Quilt\] 0.3.1 betteranimalsplus: Better Animals Plus 1.19.2-11.0.10 betterdeserttemples: YUNG's Better Desert Temples 1.19.2-Fabric-2.2.2 org\_reflections\_reflections: reflections 0.10.2 betterdungeons: YUNG's Better Dungeons 1.19.2-Fabric-3.2.1 betterend: Better End 2.1.5 betterfortresses: YUNG's Better Nether Fortresses 1.19.2-Fabric-1.0.5 bettermineshafts: YUNG's Better Mineshafts 1.19.2-Fabric-3.2.0 betternether: Better Nether 7.1.3 betteroceanmonuments: YUNG's Better Ocean Monuments 1.19.2-Fabric-2.1.0 betterstrongholds: YUNG's Better Strongholds 1.19.2-Fabric-3.2.0 bettervillage: Better village 3.0.0 betterwitchhuts: YUNG's Better Witch Huts 1.19.2-Fabric-2.1.0 bookshelf: Bookshelf 16.3.20 bountiful: Bountiful 3.0.0 bushierflowers: Bushier Flowers 0.0.1-1.19.2 byg: Oh The Biomes You'll Go [2.0.0.13](https://2.0.0.13) com\_electronwill\_night-config\_core: core 3.6.6 com\_electronwill\_night-config\_toml: toml 3.6.6 campanion: Campanion 4.1.2+fabric campsite\_structures: Campsite Structures 1.0.3 castle\_dungeons: Castle Dungeons 4.0.0 charm: Charm 4.4.4 com\_moandjiezana\_toml\_toml4j: toml4j 0.7.2 chassis: Chassis 1.2.3 chefsdelight: Chef's Delight 1.0.3-fabric-1.19.2 structurized-reborn: Structurized Reborn 1.19-01 chubbystuff: Chubby Stuff 2.0.1-fabric cinderscapes: Cinderscapes 3.0.4 cinderscapes-client: Cinderscapes: Client 3.0.4 cinderscapes-common: Cinderscapes: Common 3.0.4 cinderscapes-worldgen: Cinderscapes: World Generation 3.0.4 cloth-config: Cloth Config v8 8.2.88 cloth-basic-math: cloth-basic-math 0.6.1 coffee\_delight: Coffee Delight 1.3 collective: Collective 6.55 comforts: Comforts 6.0.4+1.19.2 spectrelib: SpectreLib 0.12.4+1.19.2 compressor: Compressor 0.3.2 crowdin-translate: CrowdinTranslate 1.4+1.19 connectedglass: Connected Glass 1.1.6 continuity: Continuity 2.0.2+1.19 corgilib: CorgiLib [1.0.0.34](https://1.0.0.34) cozy: Cozy 1.1.0 create: Create 0.5.0.i-1017+1.19.2 com\_google\_code\_findbugs\_jsr305: jsr305 3.0.2 flywheel: Flywheel 0.6.8.a-4 milk: Milk Lib 1.0.51 

dripstone_fluid_lib: Dripstone Fluid Lib 2.0.1

 porting\_lib: Porting Lib 2.1.954+1.19.2 

forge_tags: Porting Lib Tags 3.0
mm: Manningham Mills 2.3
porting_lib_accessors: Porting Lib Accessors 2.1.954+1.19.2
porting_lib_attributes: Porting Lib Attributes 2.1.954+1.19.2
porting_lib_base: Porting Lib Base 2.1.954+1.19.2
porting_lib_common: Porting Lib Common 2.1.954+1.19.2
porting_lib_constants: Porting Lib Constants 2.1.954+1.19.2
porting_lib_entity: Porting Lib Entity 2.1.954+1.19.2
porting_lib_extensions: Porting Lib Extensions 2.1.954+1.19.2
porting_lib_fake_players: Porting Lib Fake Players 2.1.954+1.19.2
porting_lib_lazy_registration: Porting Lib Lazy Register 2.1.954+1.19.2
porting_lib_loot: Porting Lib Loot 2.1.954+1.19.2
porting_lib_model_generators: Porting Lib Model Generators 2.1.954+1.19.2
porting_lib_model_loader: Porting Lib Model Loader 2.1.954+1.19.2
porting_lib_models: Porting Lib Models 2.1.954+1.19.2
porting_lib_networking: Porting Lib Networking 2.1.954+1.19.2
porting_lib_obj_loader: Porting Lib Obj Loader 2.1.954+1.19.2
porting_lib_transfer: Porting Lib Transfer 2.1.954+1.19.2
serialization_hooks: Serialization Hooks 0.3.26

 reach-entity-attributes: Reach Entity Attributes 2.3.0 registrate-fabric: Registrate for Fabric 1.1.57-MC1.19.2 create\_deco\_casing: Create Deco Casing 2.0.0 createaddition: Create Crafts & Additions 20230508b team\_reborn\_energy: Energy 2.2.0 createdeco: Create Deco 1.3.2-1.19.2 creategoggles: Create Goggles [0.5.4.2](https://0.5.4.2) createoreexcavation: Create Ore Excavation 1.1.3 chunk-storage-api-fabric: Chunk Storage Api Fabric 1.0.2 createreibugfix: CreateFabric&REIBugFix 0.1.2-mc1.19.x creeperoverhaul: Creeper Overhaul 2.0.9 crittersandcompanions: Critters and Companions 1.19.2-2.0.1 ctov: ChoiceTheorem's Overhauled Villages 3.2.2 cullclouds: Cull Clouds 0.1.0 cullleaves: Cull Leaves 3.0.1 culturaldelights: Cultural Delights Fabric 0.14.9+1.19.2 terraform-wood-api-v1: Terraform Wood API (v1) 4.2.0 dangepackbeta: DangePackBeta 1.0.0 darkpaintings: DarkPaintings 13.1.5 dawn: Dawn API 3.5.0 debugify: Debugify 2.8.0 decorative\_blocks: Decorative Blocks 3.0.0 deeperdarker: Deeper and Darker 1.1.6 customportalapi: Custom Portal Api 0.0.1-beta54-1.19 paragon: Paragon 3.0.2 

org_yaml_snakeyaml: snakeyaml 1.27

 disable\_enderman\_picking\_up\_blocks: Disable enderman picking up blocks 1.0 doespotatotick: Does Potato Tick fabric-quilt-1.19.2-3.5.0 doodads: Doodads 0.1.2-1.19.2 dragondropselytra: Dragon Drops Elytra 3.0 dungeons: Tons o' Dungeons 2.0 dungeonz: DungeonZ 1.0.1 ecologics: Ecologics 2.1.11 ecotones: Ecotones 0.9.1 enchanted-vertical-slabs: Enchanted Vertical Slabs 1.8 enchantmentsplus: Enchantments Plus 1.1.1+1.19.2 enriched: Enriched 2.4.5 entityculling: EntityCulling-Fabric 1.6.1-mc1.19.2 exordium: Exordium 1.0.1-mc1.19.2 expandeddelight: Expanded Delight [0.2.5.2](https://0.2.5.2) explorations: Explorations 1.19.2-1.5.1 explorerscompass: Explorer's Compass 1.19.2-2.2.0-fabric explorify-fabric: Explorify 1.19-1.3.0 extended\_drawers: Extended Drawers 1.4.1+mc.1.19.2 graphlib: Graph Lib 0.3.6+1.19.2 mconfig: Mconfig 1.2.0+mc.1.19-rc1 

de_poiu_apron_apron: apron 2.1.1

 extendedflywheels: Extended Flywheels 1.19.2-0.5.0.g-1.2.5.1 noindium: No Indium? 1.1.0+1.19 extendedgears: Extended Cogwheels 2.0.2-1.19.2-0.5.0.i+fabric-1.19.2 fabric-api: Fabric API 0.76.0+1.19.2 fabric-api-base: Fabric API Base 0.4.15+8f4e8eb390 fabric-api-lookup-api-v1: Fabric API Lookup API (v1) 1.6.14+93d8cb8290 fabric-biome-api-v1: Fabric Biome API (v1) 9.1.1+16f1e31390 fabric-block-api-v1: Fabric Block API (v1) 1.0.2+e415d50e90 fabric-blockrenderlayer-v1: Fabric BlockRenderLayer Registration (v1) 1.1.25+cafc6e8e90 fabric-client-tags-api-v1: Fabric Client Tags 1.0.5+b35fea8390 fabric-command-api-v1: Fabric Command API (v1) 1.2.16+f71b366f90 fabric-command-api-v2: Fabric Command API (v2) 2.2.1+413cbbc790 fabric-commands-v0: Fabric Commands (v0) 0.2.33+df3654b390 fabric-containers-v0: Fabric Containers (v0) 0.1.41+df3654b390 fabric-content-registries-v0: Fabric Content Registries (v0) 3.5.2+7c6cd14d90 fabric-convention-tags-v1: Fabric Convention Tags 1.3.0+4bc6e26290 fabric-crash-report-info-v1: Fabric Crash Report Info (v1) 0.2.8+aeb40ebe90 fabric-data-generation-api-v1: Fabric Data Generation API (v1) 5.3.8+413cbbc790 fabric-dimensions-v1: Fabric Dimensions API (v1) 2.1.35+0d0f210290 fabric-entity-events-v1: Fabric Entity Events (v1) 1.5.4+9244241690 fabric-events-interaction-v0: Fabric Events Interaction (v0) 0.4.34+562bff6e90 fabric-events-lifecycle-v0: Fabric Events Lifecycle (v0) 0.2.36+df3654b390 fabric-game-rule-api-v1: Fabric Game Rule API (v1) 1.0.24+b6b6abb490 fabric-item-api-v1: Fabric Item API (v1) 1.6.6+b7d1888890 fabric-item-groups-v0: Fabric Item Groups (v0) 0.3.39+9244241690 fabric-key-binding-api-v1: Fabric Key Binding API (v1) 1.0.25+5c4fce2890 fabric-keybindings-v0: Fabric Key Bindings (v0) 0.2.23+df3654b390 fabric-lifecycle-events-v1: Fabric Lifecycle Events (v1) 2.2.4+1b46dc7890 fabric-loot-api-v2: Fabric Loot API (v2) 1.1.13+83a8659290 fabric-loot-tables-v1: Fabric Loot Tables (v1) 1.1.16+9e7660c690 fabric-message-api-v1: Fabric Message API (v1) 5.0.7+93d8cb8290 fabric-mining-level-api-v1: Fabric Mining Level API (v1) 2.1.24+33fbc73890 fabric-models-v0: Fabric Models (v0) 0.3.21+c6af733c90 fabric-networking-api-v1: Fabric Networking API (v1) 1.2.11+10eb22f490 fabric-networking-v0: Fabric Networking (v0) 0.3.28+df3654b390 fabric-object-builder-api-v1: Fabric Object Builder API (v1) 4.2.2+d8ef690890 fabric-particles-v1: Fabric Particles (v1) 1.0.14+4d0d570390 fabric-recipe-api-v1: Fabric Recipe API (v1) 1.0.1+413cbbc790 fabric-registry-sync-v0: Fabric Registry Sync (v0) 0.9.32+9244241690 fabric-renderer-api-v1: Fabric Renderer API (v1) 1.2.1+1adbf27790 fabric-renderer-indigo: Fabric Renderer - Indigo 0.8.0+1adbf27790 fabric-renderer-registries-v1: Fabric Renderer Registries (v1) 3.2.24+df3654b390 fabric-rendering-data-attachment-v1: Fabric Rendering Data Attachment (v1) 0.3.19+6e0787e690 fabric-rendering-fluids-v1: Fabric Rendering Fluids (v1) 3.0.11+4d0d570390 fabric-rendering-v0: Fabric Rendering (v0) 1.1.27+df3654b390 fabric-rendering-v1: Fabric Rendering (v1) 1.12.1+d8ef690890 fabric-resource-conditions-api-v1: Fabric Resource Conditions API (v1) 2.1.2+aae9039d90 fabric-resource-loader-v0: Fabric Resource Loader (v0) 0.8.4+edbdcddb90 fabric-screen-api-v1: Fabric Screen API (v1) 1.0.32+4d0d570390 fabric-screen-handler-api-v1: Fabric Screen Handler API (v1) 1.3.7+1cc24b1b90 fabric-sound-api-v1: Fabric Sound API (v1) 1.0.2+c4f28df590 fabric-textures-v0: Fabric Textures (v0) 1.0.24+aeb40ebe90 fabric-transfer-api-v1: Fabric Transfer API (v1) 2.1.6+413cbbc790 fabric-transitive-access-wideners-v1: Fabric Transitive Access Wideners (v1) 1.3.3+08b73de490 fabric-language-kotlin: Fabric Language Kotlin 1.9.4+kotlin.1.8.21 org\_jetbrains\_kotlin\_kotlin-reflect: kotlin-reflect 1.8.21 org\_jetbrains\_kotlin\_kotlin-stdlib: kotlin-stdlib 1.8.21 org\_jetbrains\_kotlin\_kotlin-stdlib-jdk7: kotlin-stdlib-jdk7 1.8.21 org\_jetbrains\_kotlin\_kotlin-stdlib-jdk8: kotlin-stdlib-jdk8 1.8.21 org\_jetbrains\_kotlinx\_atomicfu-jvm: atomicfu-jvm 0.20.2 org\_jetbrains\_kotlinx\_kotlinx-coroutines-core-jvm: kotlinx-coroutines-core-jvm 1.6.4 org\_jetbrains\_kotlinx\_kotlinx-coroutines-jdk8: kotlinx-coroutines-jdk8 1.6.4 org\_jetbrains\_kotlinx\_kotlinx-datetime-jvm: kotlinx-datetime-jvm 0.4.0 org\_jetbrains\_kotlinx\_kotlinx-serialization-cbor-jvm: kotlinx-serialization-cbor-jvm 1.5.0 org\_jetbrains\_kotlinx\_kotlinx-serialization-core-jvm: kotlinx-serialization-core-jvm 1.5.0 org\_jetbrains\_kotlinx\_kotlinx-serialization-json-jvm: kotlinx-serialization-json-jvm 1.5.0 fabricloader: Fabric Loader 0.14.21 farmersdelight: Farmer's Delight 1.19.2-1.3.9 ferritecore: FerriteCore 5.0.3 flowerymooblooms: Friends&Foes - Flowery Mooblooms 1.0.0 forgeconfigapiport: Forge Config API Port 4.2.11 fpsreducer: FPS Reducer 1.19.2-2.1 friendsandfoes: Friends&Foes 1.8.2 full\_slabs: FullSlabs 3.3.6 micalibria: Micalibria 2.1.3 

statement: Statement 4.2.4+1.14.4-1.19.1
kanos_config: Kanos Config 0.3.1+1.14.4-1.19
statement_vanilla_compatibility: Statement Vanilla Compatibility Module 1.0.1+1.16.5-1.17

 fwaystones: Fabric Waystones 3.0.8+mc1.19.2 galosphere: Galosphere 1.19.2-1.2.2 geckolib3: Geckolib 3.1.40 com\_eliotlash\_mclib\_mclib: mclib 20 goodall: Goodall 1.2.0 graveyard: The Graveyard 2.3.3 harvestwithease: Harvest with ease 6.0.1.2-final heaven\_dimension\_: heaven\_dimension\_1.19 1.0.0 imst: Immersive structures 2.0.7a imst\_n: Immersive Structures:Nether edition 1.0.0 incendium: Incendium 5.1.6 integrated\_api: Integrated API 1.2.7+1.19.2 integrated\_stronghold: Integrated Stronghold 1.0.2+1.19.2 ironchests: Iron Chests: Restocked 3.1.1 jade: Jade 8.7.3 jadeaddons: Jade Addons 3.1.0 java: OpenJDK 64-Bit Server VM 17 jei: Just Enough Items 11.6.0.1015 jeresources: Just Enough Resources [1.2.2.200](https://1.2.2.200) jmc: Just More Cakes! 6.0 jmi: JourneyMapIntegration 0.13-33 journeymap: Journeymap 5.9.7 journeymap-api-fabric: JourneyMap API 1.19.1-1.9-fabric-SNAPSHOT justenoughprofessions: Just Enough Professions (JEP) 2.0.2 justmobheads: Just Mob Heads 7.1 justplayerheads: Just Player Heads 3.1 kambrik: Kambrik 4.0-1.19.2 krypton: Krypton 0.2.1 com\_velocitypowered\_velocity-native: velocity-native 3.1.2-SNAPSHOT lambdynlights: LambDynamicLights 2.2.0+1.19.2 pride: Pride Lib 1.1.2+1.19 spruceui: SpruceUI 4.1.0+1.19.2 leave\_slab: Leaves mod 0.0.1-1.19 letmedespawn: Let Me Despawn fabric-1.0.2 libertyvillagers: Liberty's Villagers 1.0.14+fabric+1.19.2 server\_translations\_api: Server Translations API 1.4.18+1.19.2 

packet_tweaker: Packet Tweaker 0.3.0+1.18.2

 libraryferret: Library ferret 4.0.0 lithium: Lithium 0.11.1 lootintegrations: Loot integration Mod 1.19.3-3.1 macawsbridgesbyg: Macaw's Bridges - BYG 1.19.2-1.2 mcdar: MC Dungeons Artifacts 1.5.3-1.19 mcwbridges: Macaw's Bridges 2.0.7 mcwdoors: Macaw's Doors 1.0.8 mcwfences: Macaw's Fences and Walls 1.0.7 mcwfurnitures: Macaw's Furniture 3.1.0 mcwlights: Macaw's Lights and Lamps 1.0.5 mcwpaths: Macaw's Paths and Pavings 1.0.2 mcwroofs: Macaw's Roofs 2.2.3 mcwtrpdoors: Macaw's Trapdoors 1.1.0 mcwwindows: Macaw's Windows 2.1.2 medieval\_deco: PlayTics Deco 1.0 memoryleakfix: Memory Leak Fix 1.0.0 com\_github\_llamalad7\_mixinextras: MixinExtras 0.2.0-beta.6 midnightlib: MidnightLib 1.0.0 minecraft: Minecraft 1.19.2 mo\_glass: Mo Glass 1.6.1-MC1.19.2 mobscarecrow: Mob Scarecrow 2.2.1-1.19.1 modid: LimeCraft 1.19.2-1.0.0 moonlight: Moonlight 1.19.2-2.2.38 more\_items: More Items 1.0.0 moreculling: More Culling 1.19.1-0.17.0 conditional-mixin: conditional mixin 0.3.0 moremobvariants: More Mob Variants 1.0.1 morevillagers: More Villagers 4.0.2 mostructures: Mo' Structures 1.4.3+1.19.2 omega-config: OmegaConfig 1.2.3-1.18.1 mvs: Moog's Voyager Structures 2.2-1.19.2 myvillage: My Village Pack 1.0.0 naturalist: Naturalist 3.0.3a naturescompass: Nature's Compass 1.19.2-2.1.0-fabric nethersdelight: Nether's Delight 1.0.1 disable\_custom\_worlds\_advice: Disable Custom Worlds Advice 3.0 njb: Not Just Biomes 1.0.0 nullscape: Nullscape 1.2.1 oceansdelight: Ocean's Delight 1.0.0 optigui: OptiGUI 1.1.6 org\_apache\_commons\_commons-text: commons-text 1.9 owo: oωo 0.8.5+1.19 blue\_endless\_jankson: jankson 1.2.1 pack\_it\_up: Pack It Up! 0.3.0+1.19 patchouli: Patchouli 1.19.2-77-FABRIC fiber: fiber 0.23.0-2 pfm: Paladin's Furniture 1.1.1 philipsruins: Philip\`s Ruins 1.19.2 pineapple\_delight: Pineapple Delight 1.0.6 productivevillagers: Productive Villagers 1.0.3 professions: Professions 1.0.5 cardinal-components-block: Cardinal Components API (blocks) 5.0.1 cardinal-components-chunk: Cardinal Components API (chunks) 5.0.1 com\_typesafe\_config: config 1.4.1 fabric-permissions-api-v0: fabric-permissions-api 0.2-SNAPSHOT io\_leangen\_geantyref\_geantyref: geantyref 1.3.11 octo-economy-api: Octo Economy API 1.1.0 org\_spongepowered\_configurate-core: configurate-core 4.1.2 org\_spongepowered\_configurate-hocon: configurate-hocon 4.1.2 professionsi: Professions Integrations 1.0.4 promenade: Promenade 2.7.1 puffish\_skills: Pufferfish's Skills 0.4.0 railways: Create: Steam 'n Rails 1.2.6+fabric-mc1.19.2 recipe-book-delight: Recipe Book Delight 0.1.0-1.18.2 cracker-util-base: CrackerUtil Base 0.4.1-1.18.2 cracker-util-enums: CrackerUtil Enums 0.4.1-1.18.2 cracker-util-recipe-book: CrackerUtil Recipe Book 0.4.1-1.18.2 reds\_morestructures\_mr: Red’s More Structures 1.0.7C repurposed\_structures: Repurposed Structures 6.3.24+1.19.2 resourcefulconfig: Resourcefulconfig 1.0.20 resourcefullib: Resourceful Lib 1.1.24 resourcegeodes: Resource Geodes 1.0 roughly\_enough\_loot\_tables: Roughly Enough Loot Tables 1.19-1.0 roughly\_enough\_trades: Roughly Enough Trades 1.19-1.0 roughlyenoughitems: Roughly Enough Items 9.1.615 error\_notifier: Error Notifier 1.0.9 roughlyenoughprofessions: Roughly Enough Professions 1.1.4 roughlyenoughresources: Roughly Enough Resources 2.6.0 roughlysearchable: Roughly Searchable 2.5.1+1.19.2 saros\_create\_addon\_fabric: saros\_create\_addon\_fabric 1.0.0 shacks: Shacks 1.0.0 shetiphiancore: ShetiPhianCore 1.3.4 showmeyourskin: Show Me Your Skin! 1.6.3+1.19.2 cicada: CICADA 0.4.0 simply\_houses: Simply Houses 1.1.3-1.19 simplylight: Simply Light 1.19-1.4.3 sit: Sit 1.19-20 skyvillages: Sky Villages [1.0.2.1](https://1.0.2.1) slabstoblocks: All Slabs To blocks 1.0.0 sliceanddice: Create Slice & Dice 2.1.6 smoothboot: Smooth Boot 1.19-1.7.1 sod: Grass Overhaul (Sod) 23.5.28 spark: spark 1.10.37 spelunkery: Spelunkery 1.19.2-0.2.2 spoornpacks: SpoornPacks 4.3.3-1.19.1 com\_fasterxml\_jackson\_core\_jackson-annotations: jackson-annotations 2.13.1 com\_fasterxml\_jackson\_core\_jackson-core: jackson-core 2.13.1 com\_fasterxml\_jackson\_core\_jackson-databind: jackson-databind 2.13.1 spoornpink: Spoornpink 3.4.4-1.19 sprout: Sprout 1.4.4 starlight: Starlight 1.1.1+fabric.ae22326 stoneholm: Stoneholm 1.4.4 structory: Structory 1.0.1 structory\_towers: Structory: Towers 1.0.0 supermartijn642configlib: SuperMartijn642's Config Lib 1.1.6 supermartijn642corelib: SuperMartijn642's Core Lib 1.1.9-d supplementaries: Supplementaries 1.19.2-2.3.17 t\_and\_t: Towns and Towers 1.9 terrablender: TerraBlender [2.0.1.136](https://2.0.1.136) terralith: Terralith 2.3.8 terrestria: Terrestria 5.0.9 terraform-biome-remapper-api-v1: Terraform Biome Remapper API (v1) 4.2.0 terraform-config-api-v1: Terraform Config API (v1) 4.2.0 terraform-dirt-api-v1: Terraform Dirt API (v1) 4.2.0 terraform-shapes-api-v1: Terraform Shapes API (v1) 4.2.0 terraform-surfaces-api-v1: Terraform Surfaces API (v1) 4.2.0 terraform-tree-api-v1: Terraform Tree API (v1) 4.2.0 terrestria-client: Terrestria: Client 5.0.9 terrestria-common: Terrestria: Common 5.0.9 terrestria-worldgen: Terrestria: World Generation 5.0.9 texelspaintings: TexelsPaintings 6.2.0 themissingvillages: BigReefer's The Missing Villages Mod 2.0.0 tonys\_random\_things: Tony's Random Things (FABRIC) 1.0.0 totw\_additions: Towers of the Wild: Additions 1.2.4 treeharvester: Tree Harvester 8.1 trinkets: Trinkets 3.4.2 twigs: Twigs 3.0.0 unstructured: Unstructured 0.5.3+1.19.2 vanilla-hammers: Vanilla Hammers 3.5.0-1.19.2 magna: Magna 1.8.0-1.19.2 static-content: Static Content 1.0.2-1.16.2 

staticdata: Static Data 1.1.2

 varietyapi: VarietyAPI 1.0.1 varietyaquatic: Variety Aquatic [1.0.4.5](https://1.0.4.5) varietyworldgen: varietyworldgen 1.0-SNAPSHOT villagerconfig: VillagerConfig 4.0.1+1.19.2 config2brigadier: Config to Brigadier 1.2.3 villagerquests: Villager Quests 1.0.7 libgui: LibGui 6.0.1+1.19 

jankson: Jankson 4.1.1+j1.2.1
libninepatch: LibNinePatch 1.1.0

 villagertweaks: Villager Tweaks 1.2.0 wabi\_sabi\_structures: Wabi-Sabi Structures 1.1.2 waystone\_towers: Waystone Towers 1.0.9 waystones: Waystones 11.4.0 wondrouswilds: Wondrous Wilds 1.19.2-1.1.6 yet-another-config-lib: YetAnotherConfigLib 2.2.0-for-1.19.2 yungsapi: YUNG's API 1.19.2-Fabric-3.8.9 org\_javassist\_javassist: javassist 3.28.0-GA yungsbridges: YUNG's Bridges 1.19.2-Fabric-3.1.0 yungsextras: YUNG's Extras 1.19.2-Fabric-3.1.0 z\_mcwfencesbyg: Macaw's Fences - BYG 1.19.2-1.0 z\_mcwroofsbyg: Macaw's Roofs - BYG 1.19.2-1.2 zoomify: Zoomify 2.9.0 dev\_isxander\_settxi\_settxi-core: settxi-core 2.10.5 dev\_isxander\_settxi\_settxi-gui: settxi-gui 2.10.5 dev\_isxander\_settxi\_settxi-kotlinx-serialization: settxi-kotlinx-serialization 2.10.5 settxi-gui-yacl: Settxi Gui (YetAnotherConfigLib) 2.10.5 Flywheel Backend: Uninitialized Launched Version: fabric-loader-0.14.21-1.19.2 Backend library: LWJGL version 3.3.1 SNAPSHOT Backend API: Unknown Window size:  GL Caps: Using framebuffer using OpenGL 3.2 GL debug messages:  Using VBOs: Yes Is Modded: Definitely; Client brand changed to 'fabric' Type: Client (map\_client.txt) CPU:  

https://www.cnbc.com/2023/06/06/portugal-just-launched-a-government-funded-4-day-workweek-trial.html
Portugal is the latest country to experiment with a four-day workweek, and businesses are getting an assist from the government.
For the next six months, 39 private-sector businesses in the country will participate in a “government-funded” pilot program in partnership with 4 Day Week Global, the nonprofit behind several prominent four-day workweek experiments around the world, according to a release from the group.
Employers have agreed to reduce the number of hours employees work every week from without cutting their pay through the 100-80-100 model: Workers get 100% of the pay for working 80% of the time in exchange for delivering 100% of their usual output.
Some 72% of the Portuguese labor force works more than 40 hours per week, making it the OECD country with the third-longest average workweek after the United Kingdom and Ireland, according to a report from University of London and University of Reading researchers overseeing the program.
Most of the businesses in the experiment are in the professional, scientific and technical fields, but the program’s cohort also includes a nursery, care home, stem cells bank, research and development center, and firms from manufacturing, retail and nonprofit sectors.
Businesses say they want to see if a shortened workweek will help reduce employee stress and burnout, and in turn improve worker retention. Researchers also hope to track the economic, social and environmental implications of a four-day business week in Portugal.
4 Day Week Global has led several high-profile experiments around the world, which have gained momentum throughout the pandemic as businesses and employees began to re-think the modern work experience.
A trial in the U.S. last year proved to be wildly popular, with workers reporting they performed better and were less burned out. Many said they could never return to a traditional five-day week, or at least not without a significant pay bump. Employers benefited, too: Businesses reported an 8% increase in revenue throughout the trial period, and a 38% increase from the same time period a year prior.
4 Day Week Global’s largest experiment to date included nearly 3,000 workers throughout the U.K. last year, with participants reporting better health, finances and relationships.
Although no country has fully adopted a four-day workweek, trials have run in South Africa, Belgium, Iceland, Japan and elsewhere.
Portugal has become a popular destination for American millennials looking to relocate internationally thanks to its affordable living and good weather. The number of Americans residing in Portugal is at its highest level in more than a decade, according to the Portuguese Immigration and Borders Service. There were about 7,000 Americans living in the country at the end of 2021, more than double three years earlier.
And the country launched its own digital nomad visa last year, making it even easier for workers from any countries that aren’t part of the European Union or European Economic Area to start a new life abroad.

I hope this is the right place to post this question; if not, just let me know and I'll remove right away.
Ten or fifteen years ago I bought a pair of flip flops that were perfect. Just perfect.
They have finally reached the end of their long and fulfilling life, and I'm looking to replace them. But I try pair after pair and they're just not the same. The problem is that the nylon toe posts of the perfect flip flops are incredibly thin and I don't feel the between my toes at all, and I love that. Every single pair I've tried has toe posts too thick for me to ignore. I called the company (Reef) but they said that if I didn't have the name of the model they couldn't help me. I went to a cobbler and he said that I needed to go to a shoemaker.
So here's my question: where do I go to get a pair of flip flops made?
These were not expensive flip flops—probably $20 or $25 a decade ago—the sole seems to be rubber, and the toe post and other fabric is nylon.
Can anybody give me any ideas?

ALIEXPRESS Deals Compilation (7.6.2023)!
Check products in compilation image: https://i.imgur.com/5DYOV2s.jpeg or https://i.ibb.co/r7BvP7k/796095a03f03.jpg
-1- 4Pcs Replacement Heads For Oclean Toothbrush [NOT Original]
🛒 https://bit.ly/3WY8hXw
💲 Price: 2.57 USD USD
-2- 6 In 1 Building Blocks
✌️ https://bit.ly/3oR9aEA
〽️ Price: 3.14 USD USD
-3- ESP-12E WeMos D1 UNO R3 CH340 CH340G WiFi Development Board
🌐 https://bit.ly/43teDQS
💰 Price: 3.52 USD USD
-4- OURINER Nail Clipper Set
❗️ https://bit.ly/3WWcWZP
🥇 Price: 4.71 USD USD
-5- Mini LED Flashlight Rechargeable
❗️ https://bit.ly/3J01F4R
⭕️ Price: 6.24 USD USD
-6- Essager 6A 66W 3 in 1 USB Type-C Micro iPhone Cable
🌀 https://bit.ly/45PuD1i
💲 Price: 6.55 USD USD
-7- Baseus 100W 6A 1.2m PD Type-C Cable
🛒 https://bit.ly/45UjegS
👌 Price: 6.60 USD USD
-8- 10 pcs. Xiaomi Mijia Kaco Pen 0.5mm
✌️ https://bit.ly/45KBrxf
💥 Price: 7.78 USD USD
👉 Coupon: $1 off on $5 coupon "1USDOFF5"
-9- 1:400 Metal Aircraft Replica Model
✳️ https://bit.ly/43xrBx5
💲 Price: 8.06 USD USD
-10- Scooter Mudguard for Xiaomi Mijia M365 M187 Pro Electric Scooter
📌 https://bit.ly/43u1G9s
📉 Price: 8.12 USD USD
-11- Original Xiaomi T100 Sonic Toothbrush Heads 6pcs
✳️ https://bit.ly/3IZtMkR
💲 Price: 8.58 USD USD
-12- JASON TUTU Airplane Model
✳️ https://bit.ly/3qvsYxM
💰 Price: 10.17 USD USD
-13- Baseus Lite Series 4-Port USB HUB
📌 https://bit.ly/3MUrBAi
🥇 Price: 10.55 USD USD
-14- NATFIRE NE3 Ear Cleaner
🛒 https://bit.ly/42rNL2j
✌️ Price: 11.46 USD USD
-15- Racing Car Model Building Blocks 1pc
🌀 https://bit.ly/3AbiGES
📉 Price: 12.00 USD USD
-16- ANENG A3008 Digital Multimeter
👌 https://bit.ly/42rPxAG
📉 Price: 12.67 USD USD
-17- Baseus Magnetic Night Light
📌 https://bit.ly/43Ltq9h
👉 Price: 16.36 USD USD
-18- BAOFENG UV-5R Walkie Talkie
👌 https://bit.ly/3WXAvBI
💲 Price: 17.63 USD USD
-19- Baseus USB-C HUB 8 in 1 4K 60Hz
👉 https://bit.ly/3nJvOyc
👉 Price: 22.70 USD USD
-20- QUANSHENG UV-K5 5W Walkie Talkie
✅ https://bit.ly/43Qdkvj
✌️ Price: 23.59 USD USD
-21- FIFINE XLR Dynamic Microphone K669D
✌️ https://bit.ly/42vdcQJ
💥 Price: 42.12 USD USD
💵 Coupon: "JUNEUP3" + $1 off on $1,01 coupon "UOCLM13JS8HV"
-22- Hifiman HE400se Over Ear Planar Magnetic Headphones 25Ohm
🌍 https://bit.ly/3IZYc6l
👌 Price: 87.30 USD USD
-23- Blackview Oscal Pad 10 10.1inch 8/128GB 6580mAh Tablet
❇️ https://bit.ly/43sKO2T
💣 Price: 139.15 USD USD
⏳ Coupon: "JUNE14OT" + $10 off on $120 coupon "LYDS8H"
Products compilation image: https://i.imgur.com/5DYOV2s.jpeg or https://i.ibb.co/r7BvP7k/796095a03f03.jpg

I currently have a 4 year old sedan. It is pretty reliable, has good mileage and hasn’t given me any problems. However, this good weather is temping me to get a wrangler. I have been going back and forth between getting a cheap wrangler for around $5-7k as a second vehicle to drive around when it is nice out or just sell my sedan and get a newer wrangler. If I sold my sedan I would probably net $15k after paying off my auto loan.
On one hand, keeping my sedan and having a cheap wrangler to drive around for fun would be ideal because I could have the best of both worlds. I don’t really care if it has bells and whistles if it’s just my fun car. The main concern here is that I would be purchasing someone’s problem. For $5-7k i would be buying a 90s or maybe early 2000s model and I love the look of those. The ones I have seen are in the high 100k miles or 200k+. I don’t want to buy a money pit.
If I sold my sedan and got a little newer of a wrangler I would likely try and get a 4 door, ideally 2015 (but I am not set on this). The used one in this category are generally almost at 100k miles to 150k miles. I am not familiar enough to know whether that is when they start having problems or not.
That is basically as far as I have gotten in the decision process. Any thoughts or input would be helpful.
I have heard that most wranglers have more problems than the average car. What could I expect to spend on either of those options in the next 3-5 years?