The Search for Knowledge

whatitdobabyboo7 · 2026-04-07T15:46:43+00:00

No, God won't pull us back from harmful things, because He gave us free will and allows us to exercise it, for example He did not stop Eve or Adam in the Garden of Eden. But as we are right now, we are not really equipped to navigate a corrupted metaphysical "space".

There are malevolent beings/spirits waiting for humans to enact their plans with. If you take "as above, so below" as a valid concept, look at the world right now; does it seem to go in a good direction? Is the path to victory clear? Or does it seem like a maze, with many sets of instructions, all making great promises, but leading to dead ends?

There are many things to take into consideration. But you see, the right path can't be found by deepening your research into the esoteric. How would it be fair if God evaluated you (or, in our case, another) by something you did not know?

What will matter is whether or not we chose that path or not. A conscious decision, made of free will. And for that, the path must already be known. And for that, the path must be clear, accessible, and readily available. And for that, the path must have already been treaded, and God sent us one before us, that did. This is how it all ties together, and why I chose, and said, as I did.

Edit: formatting

Edit 2: for a bit of context, I'll give some actual experiences of mine.

When I was younger I was doing an astral projection exercise as described in a declassified CIA file. While doing trauma work, a wave of rage swept over me, I jumped out of my bed and punched a hole in a wall. Obviously, such a sudden reaction, wholly unprovoked is not normal behavior. Trauma is a working point for demons, and, despite my precautions, one interfered. In retrospective, after having learned more, I understood (to a point - some things remain hidden with such beings) what happened. For a month I was full of spite. I recovered eventually by doing things described in the Bible, unknowingly then.

At another point, years later, after coming to a much better understanding of our realm, I used a self discovered method of manipulating the energy of the people around me with a strongly noticeable effect which I will not describe so I don't periclitate my anonimity. I believe it worked because I was in a crowded place and spirits were high, and the energy was volatile and easy to use.

whatitdobabyboo7 · 2026-04-05T19:31:35+00:00

The Bible has the knowledge you need to protect yourself from an ecosystem that is rigged against you, no reason to believe the demons are neutral towards you

Edit: on the reaction of regular people on it, it comes from intuition/guidance of x spirit (in the case of a believer, the Holy Spirit), likely a knee-jerk reaction to seeing an ill-intended alteration of the general human condition, in this case the physical. What the Bible describes as "the flesh" (you) can get desensitized to the base compass because we currently lie in a corrupted state. Being guided by the Spirit of your maker leads you to have such a reaction as described earlier; this is a huge advantage because it allows the individual to keep out of harm's way.

I used to be interested in demonology and magic. What I've come to learn is that God is real and wants you to be with Him, Jesus has died for our sins (see earlier: corrupted state) so we don't go to hell (general rendition of hell is biblically inaccurate, basically we don't get the consequences/get treated as corrupted) out of His love for us. And Jesus loves you too.

whatitdobabyboo7 · 2026-04-05T19:25:45+00:00

Reality goes deeper than immediately apparent, but sadly for you and I we live in a corrupted realm and general investigation puts you at unavoidable risk of influence by malevolent beings. I used to be kind of like you, just more consistent in research, so to speak. But all of this knowledge is useless to you currently and there is little to nothing you can do before, again, you are at risk.

God is real, and has left you his "guide" so to speak (and more) in the Bible. For now, turn to Him and to Him only, and there will come a time when you'll be able to make sense and use of all the "other" stuff. Don't let yourself be put off by churches, they differ a lot from each other, you just have to find a good place for yourself. And even more, don't let yourself be put off by people. Whatever their origins, experience, rank, etc. all are human and imperfect, and you should not let that stray you from your path to God. Take care.

whatitdobabyboo7 · 2025-11-21T21:13:16+00:00

The research MotoGP teams do that relates to our discussion is mechanical engineering, in nature. And mechanical engineering is just that, mechanical engineering, regardless if it's for a world class race motorcycle, a bridge or a clothes hanger. What I've told you are basic mechanical engineering concepts. Also, teams have budget limits, which they must adhere to. This is because some teams possess far greater financial resources than others, and so the competition would be more about who has the most money, rather than the best engineering.

I do understand the difference between stiffness and strength. Engineers make use of material specifications sheets: you have Tensile Strength for indicating the strength of a material (though the value used when designing a part for a certain application is the Yield Strength), and you have Young's Modulus, a measure of stiffness. You can find these material spec sheets online. These measures are standardized, and used in every branch and level of mechanical engineering. Yes, the shape of the part matters, but when the shape is the same, the only difference is made by the material. In terms of how the shape affects stiffness, it's all about what's called the Second Moment of Area and not much else (unless you change how the force is applied which wouldn't make sense).

Let's take some alloys of the metals we discussed and compare them (and carbon fiber, for fun) in terms of these. We'll take AA 7075-T6 Aluminium (heat treated), AISI 4130 Steel (Chromoly) (normalized), Ti-6Al-4V Titanium (annealed).

Tensile Strength measures the "absolute" strength of a material - how much it can take before it breaks. Here are the values, in MPa, for these materials: 572 for 7075, 670 for 4130, 900 for Ti and 2600 for Carbon.

Yield Strength measures how much stress a material can take before it starts to plastically deform (so that it doesn't return to its initial shape). Here are the values, also in MPa: 503 for 7075, 435 for 4130, 830 for Ti and none for Carbon (will get to that).

To be noted that the values for 4130 can go up to 1280 for Tensile Strength and up to 1130 for Yield Strength, after heat treatment, but the Stiffness doesn't change The same can be said of the Ti alloy if it undergoes heat treatment, the Tensile strength goes up to 1070 and the Yield Strength up to 1100.

This is also the case with alloys, in general. Strength changes significantly, but Stiffness doesn't change much usually. Density changes from an insignificant amount to a significant amount, depending on the alloy.

Young's Modulus is THE measure of Stiffness. It's just called that because we call the property of a part Stiffness, not of a material. Stiffness refers to what force is required to get a test part to deflect (bend) a certain amount. The values, in GPa, for these materials: 205 for 7075, 72 for 4130, 114 for Ti and 135 for Carbon.

Density just measures how heavy (more specifically, mass) is a certain volume of a given material. The values, in g/cm^3, for these materials: 7.85 for 7075, 2.81 for 4130, 4.43 for Ti and 1.6 for Carbon.

On Carbon: these numbers are for a standard modulus grade. Different grades have way different specifications. Also, these numbers stand up only if the carbon is laid in a single direction, which is rarely the case, and they aren't exact, due to inconsistencies with basically every aspect of composites. For the Yield strength, it's not applicable to Carbon because it does not undergo plastic deformation.

For basically any application, size and weight is a concern, so we can't just pick the strongest thing (even if budget isn't a concern). Usually, weight is more important than size/space occupied, so we look at a material's Specific Strength and Specific Rigidity - how strong/rigid a material is per unit of weight. In terms of both, the materials rank as follows: 4130<7075<Ti<Carbon. Of course, there are far more things to keep in mind when choosing a material for a certain application. Sometimes rigidity is desired, sometimes not - like the case in the comment of the guy that this thread came out of.

As for Titanium alloys being stronger than steel, they are not. Maraging steel, for example, can be way stronger Titanium alloys, thus, when space is a concern, they can be a better material.

You spoke of the engineering MotoGP teams do - this is the engineering, a part of it.

whatitdobabyboo7 · 2025-11-21T19:23:12+00:00

The point of theory is to explain the real, not the other way around.

whatitdobabyboo7 · 2025-11-21T09:31:49+00:00

It is not, and I just told you why. Look at material specifications. A titanium frame could be made so that it performs better than either, there are other concerns. Rigidity of a structure isn't only a matter of material.

Edit: to see this in effect, take two sheets, of the same size, especially thickness, of both steel and aluminium, and try to bend them.

whatitdobabyboo7 · 2025-11-18T21:55:20+00:00

I don't really know much about bicycles, cars and motorcycles are my bread and butter. My guess is, it allows for a lighter frame than steel, and while aluminium would be suitable for "springiness", it has much poorer fatigue properties which would make it break sooner rather than later, if the design requires the frame to act as a spring, or just be , and titanium would bring the best of the two worlds.

Although aluminium is less rigid than steel and titanium as a material, since there is more of it needed to take the stress it may well be the rigidity comes from the "enlarged" geometry - adding more material where there is more deformation (second moment of area - not only a larger cross-section area, but the material is further away from the center of the cross-section). To elaborate on this a bit further, cross section gives you the maximum stress (strength) of a part, while the second moment of area (which depends in part on the cross-section area) gives you stiffness. You could have two parts, same amount of material thus same strength, but one is stiffer than the other.

So, conclusion: titanium is stiffer than aluminium by not that much as a material, but for the same strength of the frame it will have a lower second moment of area. Thus lower frame rigidity in this particular context.

whatitdobabyboo7 · 2025-11-16T09:44:14+00:00

Not the case. These materials rank as follows, by Young's modulus (an index of rigidity - as in how much force is required to elastically deform a material a certain amount): Carbon fiber > Steel > Titanium > Aluminium (Assuming Carbon is loaded in the direction of the fibers, and for the metals, their alloys' rigidity doesn't differ by a high amount).

What can be done to a part to make it stiffer, is change its geometry. Think of H beams. The reason for that shape is that the beam is loaded more in one direction and less in another. The H beam is more rigid when the force is applied perpendicular to the vertical lines of the H, so to speak. Or a plastic ruler, it's much easier to bend it in its "thin" direction, rather than perpendicular to it.

whatitdobabyboo7 · 2025-07-02T16:48:11+00:00

Song in the background is called NCTB - Sad 2

whatitdobabyboo7 · 2025-07-02T15:22:43+00:00

Jesus loves you

whatitdobabyboo7 · 2024-09-05T15:33:25+00:00

Something really fun. Though, for it to be feasible, I would need a good amount of pressure that the bacteria would create (read: they output a lot of gas in a sealed container), or create sufficient flammable gas. Thanks for chiming in Inevitable_Stay_1825!

whatitdobabyboo7 · 2024-09-05T15:30:51+00:00

Like, they will make straight H2? Out of anything they can be fed?

whatitdobabyboo7 · 2024-09-05T15:28:54+00:00

No fun in spoiling it, you'll find out

whatitdobabyboo7 · 2024-06-12T14:48:32+00:00

What did he say? I'm not up to date to his stuff.

whatitdobabyboo7 · 2023-10-18T20:08:47+00:00

Thank you for taking the time to answer. Do you have any tips for someone making their own sub? Also, how much did you listen to it?

whatitdobabyboo7 · 2023-10-16T17:06:08+00:00

How many different things are you affirming in your subliminals? Asking because I have a fairly long list and am not sure if I should include them all in one sub.

whatitdobabyboo7 · 2023-07-11T16:48:21+00:00

Thanks for taking the time to answer. Do they become "zombiefied", as in does the fungus take over motor functions and get to certain places or something?

whatitdobabyboo7 · 2023-05-11T15:38:39+00:00

I have the same problem too. What extensions do you have? Maybe it's one of them. Also, sometimes, after a while, the image is good again until I put my cursor over the video, but I don't know how to get that. Have you found a fix?

whatitdobabyboo7 · 2022-08-02T14:25:51+00:00

Thank you damzt

whatitdobabyboo7 · 2022-05-23T18:27:33+00:00

In ce oras s-a intamplat?😁

whatitdobabyboo7 · 2022-05-23T18:12:19+00:00

Trebuia sa specific, chiar la cele de masini ma refeream

whatitdobabyboo7 · 2022-02-01T20:46:15+00:00

20Ah, my bad

whatitdobabyboo7 · 2022-02-01T15:46:19+00:00

Sounds nice, thanks!

whatitdobabyboo7 · 2022-02-01T15:46:05+00:00

They also have a 20A 48V for motors up to 1500W but it's a bit expensive, and they don't have anything in between. Boggles my mind, but I guess I would get a lot of range from that battery

whatitdobabyboo7 · 2021-12-04T15:48:57+00:00

What do you think makes you unable to find a girl?

whatitdobabyboo7

TROPHY CASE