Sohan Lalwani

Specific needed

Is there visible pain, is it immobile, how would you come to the conclusion its hurt?

Statistics? In what manner? First of are they physically able too? Can a mouse **** a cat? No, why is this even a statement? Define "programmed" Animals kill, they do steal, they manipulate, some practice forced mating, and behave similarly to how humans do to some degree.

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May I recommend Universe Sandbox? It does require some level of cost but nearly perfectly fits your criteria

What type of physics are you looking to stimulate if you don't mind me asking?

My apologies, I won't say it again. 3 hours ago, Sohan Lalwani said: Foundations and philosophy is not to be confused. Indeed, that's your job...' That sounds snarky

Understood, I really don't get though why everyone's trying to pick a fight. I was explaining something and then there are snarky comments

Dammit She loves snoozing after boozing, but not snoring after soaring

Write the most pseudoscientific thing you have ever heard, I'll start: questionable link removed by moderator In case you can't see the text due to my crappy screenshot quality it says "There is a good reason that dinosaurs and space rockets are always in the kids section." This is under an Eric Dubay video explaining how dinosaurs don't exist and how the "Nephilim" are true fossils that have been destroyed by the government too make everyone doubt god. Pretty sure everyone could guess my response.

Mrs Tilly is my mother I think

You dropped this Thanks for getting it back on topic I have an answer for OP: Several software options allow you to simulate physics. SimPHY, Physion, and myPhysicsLab are designed for educational purposes, providing interactive simulations for visualizing physics concepts. For more advanced simulations, COMSOL Multiphysics offers powerful multiphysics capabilities for engineering and scientific research.

Its just awful the twisted society we lie in. Donate one kidney your a hero, donate 6 and they lock you up SHEESH. This is a joke for clarification

A gel made from water, propylene glycol, glycerin, and a gelling agent like sodium polyacrylate or fumed silica should, in theory, maintain stability over many heating and cooling cycles. Water-based gels are commonly used in thermal applications, though the long-term behavior of such a gel will depend on the exact concentrations and the gelling agent used. Sodium polyacrylate tends to retain moisture well, so it could help maintain a stable consistency. However, prolonged exposure to high temperatures might cause some degradation of the polymer structure, leading to potential changes in the gel’s viscosity or consistency. Fumed silica is a good stabilizer, enhancing the gel’s rheological properties and could provide additional structural integrity. In terms of thermal responsiveness, this gel should remain functional across your desired temperature range. To improve heat transfer at the lower end of the temperature range, I would recommend considering metal oxide nanoparticles, such as aluminum oxide or zinc oxide, as potential additives. These can enhance thermal conductivity without significantly affecting the gel’s structure. However, it's crucial to ensure that the concentration of these particles remains low enough to avoid phase separation or compromising the gel’s flexibility. Another option could be graphene or graphene oxide, which are known for excellent thermal conductivity properties and could be effective in your temperature range. If additives like these are used, be mindful of their potential impact on the gel’s mechanical properties, such as flexibility. Phase separation or syneresis could occur over time if the gel components are not well-mixed or stabilized. To prevent this, I would suggest testing the gel’s stability at both ends of the temperature spectrum over an extended period. Also, incorporating a preservative or biocidal agent might help mitigate microbial growth, especially if the gel is exposed to moisture or fluctuating temperatures. Crystallization could potentially occur with high concentrations of certain chemicals, like urea, depending on the formulation. It would be essential to test the gel under actual cycling conditions (e.g., through thermal cycling tests) to ensure its long-term viability.

I am just going to keep repeating myself. REVIEW THE THREAD Considering your an attempted liar, I would simply shut up.

XD

Foundations and philosophy is not to be confused. Thats how you are wrong. Also don't say i hijacked this thread man

It is quite simply, not every science shares the same philosophy. Data interpretation is a philosophy itself, not every science interprets it the same way. The all have the same core foundations which is the scientific method.

The hell you going pfft about, you sounded very uneducated.

ok This may be unhelpful, but I just spam counterarguements to them if I come across them on media.

Imagine my friend IMAGINE

I am not saying thats what you said, I said I agree with you and inserted my own statement.

If only you could be my 24/7 translator, thanks @TheVat :) Push them into acknowledging the existence of climate change and anthropogenic causes, while exploring the uncertainty of potential impacts and the practicalities of mitigation and adaptation.

This is a technical forum itself, ITS NOT THE GENERAL AUDIENCE HERE This is TOTALLY NOT SNARKY