Sensei

They are conserved but at level you can't see - energy. Friction causes heating of material. Kinetic energy of one body is changed to temperature of other body. And first body stops moving, and second body has higher temperature. There was even such experiment - scientists were shooting to water with thermometer and measured change of temperature of water caused by hundred or thousands objects hitting water.

Analyze units.. V, electric potential, is in Volts, or Coulombs/Farads http://en.wikipedia.org/wiki/Electric_potential If you have Q * Q in numerator, you will have Coulombs ^2 in units. [math]\frac{C^2}{F} \neq \frac{C}{F}[/math] Electric potential energy has symbol UE (not V). http://en.wikipedia.org/wiki/Electric_potential_energy See above link.

Didn't Cameron do the same in Terminator 30 years ago? Software doesn't evolute over time. It doesn't write its own (better) code by itself. If it would, it would have to shut down first version after starting self made new one. Isn't a risk by itself? If new code would have some issue, overlooked by 1st version of code, starting it up, and shutting down itself, could destroy it by itself (destroy = not execute anymore). If two versions would work parallel (no shutting down of old version), wouldn't they start competing with each other.. ? Shutting down old version is often used by currently existing software during updating after downloading new version from the net. I am using it by myself. Sometimes because of errors in .NET Framework, restart of application doesn't happen. New version is downloaded right, old one is shutdown, and new version quits during restart, and application is gone from the system (it will resurrect after f.e. restart of computer because it's added to Windows registry Run key)..

You didn't give probabilities. You gave skill level. I guess so 1.0 means God-like know-everything. Without actually knowing everything and having 1.0 skill, you can't even measure skills of current living people. You are oversimplifying. They don't have to do the same task at the same time. They can split job. When one is f.e. figuring out spectral lines of Hydrogen, other one can work on Helium spectral lines, and yet another on Oxygen. If all 3 would be trying to figure out spectral lines of one atom, their potential would be wasted, right. But on other hand, working on something doesn't necessarily means that there will be success. Other person can inspire, encourage, motive to work even harder. Give a new angle to look at problem when we stuck in it. Show where has been made mistake or error. Your thread sounds to me a lot like discussion about making code multi-threaded. There are tasks that are easy to split to multiple threads, multiple cpus, and there are tasks that are hard, and there are tasks that are impossible (the most likely they're serial dependent on previous calcs *). Task easily splittable (scalable), can benefit nearly linearly from adding new resources. Lost is only in merging/exchanging data. *) ( a * b ) + c - impossible to split, adding c requires waiting for completion of a * b ( a * b ) + ( c * d ) - possible to split, a*b goes to 1st unit, c*d goes to 2nd unit, then final operation by one of them.

Perhaps maybe because of electromagnetic induction.. ? http://en.wikipedia.org/wiki/Electromagnetic_induction Flowing electrons create magnetic field surrounding wire. If wire is entwining iron, it's becoming electromagnet. http://en.wikipedia.org/wiki/Electromagnet Direction of flow of electrons is defining where will be N and S (simplifying for you). XIX century ampermeter was simply magnet and electromagnet with attached arrow. Once we pass current through electromagnet wire, electromagnet is attracting or repelling from magnet, and arrow is showing on scale how much current we had. Scale had both positive and negative range (so could show direction of flow). http://en.wikipedia.org/wiki/Galvanometer

Somebody neg voted in this thread? Why? I see no single reason to do so... Sorry. I didn't read posts, just initial.

I just watched "Through Wormhole with Morgan Freeman 2012" and Stephon Alexander have unusual theory about neutrino role in Universe... I think so it's 3rd episode "Is The Universe Alive?". http://www.dartmouth.edu/~physics/people/faculty/alexander.html You can contact him to share your ideas with him. That will be more productive than writing here Later in that episode Lee Smolin is speaking. I think so he did that already? (The problem is in Kramer inability to transfer his model to real scale, not in model) Neutrino is in his model tiny amount of energy with neutral charge (same amount of positive and negative sub-particles with equal charge, so they cancels together). Am I right? That's interesting approach. If 4-quarks particle will have fractional charge, then we will have proof that +1e or -1e is not elementary charge. (As far as I know no meson or baryon have fractional charge) 4-quark particle still can have neutral charge though, which won't prove anything.. +1/3 e - 1/3 e + 1/3 e - 1/3 e = 0 or +2/3 e - 2/3e + 2/3e - 2/3e = 0 or +2/3e + 1/3e -2/3e - 1/3e = 0

Each container contains integer multiply of clips of the same mass. m - mass of clip (might be fractional) x,y,z,zz - quantity of clips (must be integer) m*x=7.5 g m*y=20 g m*z=50 g m*zz=125 g so m=7.5/x=20/y=50/z=125/zz The first m fulfilling criteria is m=2.5 g, then 1.25 g, 0.625 g etc

Do you really mean electron? Not photon? Newton hypothesized that light is corpuscular (particle). And it was rather logical assumption, than discovered. http://en.wikipedia.org/wiki/Corpuscular_theory_of_light

Without Sun, Earth's magnetic field would looks like: With Sun, Earth's magnetic field looks like:

Speakers are made of magnet and electromagnet. Electromagnet is attached to membrane that's free to move back and forth in one axis. Moving membrane causes air to move in uniform way. When electrons flow in one direction through electromagnet is repelled from magnet, and membrane moves outside. If they flow in opposite direction, electromagnet is attracting with magnet, and membrane moves to inside. If you have raw speaker, connect it to f.e. 1.5 V battery and hold, and you will see movement of membrane. Swap ends of wires, and you will see movement of membrane in opposite direction. Start connecting and disconnecting wires very fast, and you will hear sound/crackles. The faster you will do it, the more it will sound like normal sound. There is needed 20-20000 Hz for human to record it as normal sound. Magnet is pretty visible in raw speaker on the left: Using two transistors NPN (f.e. 2N3904), two electrolytic capacitors and couple resistors and variable resistors, you can build sinus (or sort of) wave generator with controlled frequency. After connecting it to speaker you will hear sound and see movement of membrane (with very low frequency). Here is circuit http://en.wikipedia.org/wiki/Multivibrator Your PC speakers have probably built-in amplifier. It won't work with raw speaker without amplifier.

One of roles of alchemists was to find a way to turn metal to gold. In the modern world there is more alchemists than ever before in history.. And the highest concentration of them is in CERN. Any high energy physicist will tell you how to create gold, even in couple different ways. f.e. take isotope Hg-198 and bombard it by anti-proton will give you Au-197. Very impractical way of producing gold. If ancient alchemists wouldn't be so secrete, perhaps science revolution would progress faster.

Software is based on currently known laws of physics from previous experiments. You can't find this way completely new thing. If you will have printf( "%d\n", rand() % 7 ); it will always show result from 0...6 and never show results outside of the range..

Only antimatter example is correct. It's too much generalization. Different kinds of fusions, fissions release different amount of energy. http://en.wikipedia.org/wiki/Nuclear_fusion H-2 + H-3 -> He-4 + n0 + 17.6 MeV 17.6 MeV is just 0.376% of whole energy carried by source particles. ~3 times less than 1% Other fusions release less energy per mass. H-2 + Li-6 -> 2 He-4 + 22.4 MeV 22.4 MeV is 0.3% of whole energy.

We are digging only at a few km depth. The most abundant isotopes of Carbon C-12 98.9%, C-13 1.1%, are stable and don't decay. Radioactive C-14 is trace radioisotope http://en.wikipedia.org/wiki/Trace_radioisotope Find how much carbon is worldwide mined. Multiply it by 200-300 years and you will have absolute maximum of carbon mined by human kind. Calculate mass of C-14 (<10^-12 of all carbon) Compare that value with mass of Earth. It's pretty meaningless small.

Source- laser. Target- photoresistor, photodiode, phototransistor or solar panel. Connect target to amplifier and record result in oscilloscope preferably connected to computer through USB. It would be good that computer will be controlling laser. Length of cables must be known. Between signal starting laser and moment in which photo element will detect beam of photons there will be delay. If you will place f.e. water container between laser and photo element delay should be longer. Instead of air you can have fiber wire. It would make easier long distance measurement. ps. What a coincidence. I just returned from the electronic shop with new photoresistor..

It's theory, or rather hypothesis, that it changes mass. Because we don't know what really happens at Sun core. Just have theories what happens, basing on what we have in labs. It's extrapolation, to fill gap in missing data. To confirm that this really happens we would have to know states at the beginning and at the end. For now we know just the end. Do you see differences between hypothesis, theory and law in physics? Every (most?) scientist wants to add his/her building block to better understanding nature and become famous respectful person with success in area they work in. Otherwise work would be unproductive and senseless, don't you think so? Scientists do hard work to find something unique that nobody else found before. In science there is very few dogmas (f.e. for now speed of light being a limit). Find violation of them, and you will be famous too. But first you have to become experimentalist. Theoretic, with little knowledge, won't be able to convince scientists to his/her theory and whole work will be meaningless and easily forgotten. But what with mesons, other baryons than proton and neutron, and leptons? Muon- is decaying emitting two types of neutrinos (muonic & electron). If sub-particle is building block of everything, shouldn't it be the smallest thing in the Universe? Classic analogy- how can brick be bigger than house made of bricks.. ? Do you saw Gold foil experiment? http://en.wikipedia.org/wiki/Geiger%E2%80%93Marsden_experiment Beam of alpha particles is emitted in direction of thin foil. When alpha particle hits gold nucleus, it's reflected (at various angles). If no nucleus is hit, alpha particle is detected behind foil.

It's true only for special cases like f.e. Hydrogen and Oxygen in gas or liquid state of matter. Simply result of that the higher density, the more atoms/molecules in the same volume. I thought so you are interested in comparison of completely different substances like f.e. methane, ethane, propane, gasoline, methanol, ethanol, isopropyl. f.e. methanol has more molecules than ethanol per cm^3 but has less energy per kg and per L. http://en.wikipedia.org/wiki/Energy_density

More than radius of whole Hydrogen atom? More than radius of nucleus? That doesn't make sense to me.. Some people estimate proton radius to be 0.85 fm (0.85*10^-15 m)

I don't understand.. You asked me what is mine opinion about "change of mass of neutrinos". So I gave you contact to scientist that is working with neutrinos on a daily basis, to ask him what is his opinion about subject. Who has the most knowledge about heart than cardiac surgeon.. ? Rules of this forum is that OP is speculating and all others are replying with mainstream answers for speculation. I can't introduce mine own speculations in yours speculative thread, even if I would like to. If I recall correctly I never gave you any rep points. I don't debate with people to give or receive rep points, so discussion in private is not problem for me. I don't need large audience to read mine posts. Answer somebody question in mainstream forum, and I am sure somebody will appreciate it, if it will be correct and helpful.

~782333 eV is energy of antineutrino + kinetic energy of electron + kinetic energy of proton. 939565378 eV - ( 938272046 + 510999 ) = 782333 eV According to http://en.wikipedia.org/wiki/Free_neutron#Stability_and_beta_decay 0.782 ± .013 MeV is kinetic energy of electron so for antineutrino there is just 333 eV left! You have to realize that how much energy one particle will take with it, is not constant, it's variable. We are calculating just averages. Sometimes electron takes less, and neutrino more, sometimes reverse. Same unstable isotope decaying in cloud chamber might have different length traces. I don't know whether you know but there are neutrinoless beta decays. http://en.wikipedia.org/wiki/Double_beta_decay#Neutrinoless_double_beta_decay You rather mean chamber. There is no single reason why you wouldn't have to build one by yourself. 50 usd is not much. Some make it in tea glass (not very practical though). One can be result of other to some level. Same problem is with distant galaxies - small quantity of photons coming from them = little informations about them. I will better send you in private message contact to Ephraim Fischbach. To mine taste there is too little data to have definite answers. There is too little known about fusion process inside of stars. And there is no way we will extend our knowledge without miracles, as no device is able survive travel to Sun core, to gather data and send them back to Earth. "Change mass" - we would first have to know what was initial mass (or energy) to tell that change really happened. If you measured mass once, then let it go, and measured second time, if it's the same, then you know it's pretty constant over time. Sun core has density 150 g/cm^3, that's 770% of gold on Earth. That's ~1.67 millions times density of gas Hydrogen on Earth. So maybe neutrinos are also "squashed" and as such are ejected from core and 8 minutes later appearing on Earth with much more high energy than lab neutrinos.

Check what is said in preparation of CuI http://en.wikipedia.org/wiki/Copper%28I%29_iodide

How we know that we can not go that deep? Gamma rays are high energy photons. On Earth usually made by annihilation of electron with positron. Gamma photon energy will be absorbed in Compton scattering very quickly http://en.wikipedia.org/wiki/Compton_scattering There are hypothesis that if Earth would be on path of extremely high quantity of gamma rays from distant f.e. exploding star, they would destroy protection layer of ozone in upper region of atmosphere. And that would be the end of life we know. What on Earth thermodynamics has to do with gamma rays? There are billions of billions of gamma rays from decay of unstable isotopes inside of Earth per second. They travel a few mili meters and are absorbed by particles. Result is heat.

Magnetic field is caused by liquid iron/metal core of Earth. Gamma rays from cosmos don't penetrate that deep. If they would reach surface of Earth in large quantity no life would exists on the Earth. Ionization is one of the worst est enemies of life. Ions are very reactive and causes unpredicted chemical reactions. Magnetic field is decreasing very slowly, but as a result of cooling down core of Earth. This process will be taking billions of years. Internal temperature of the Earth is result of radioactive decay of unstable isotopes present in Earth. Quantity of these isotopes is very large but finite. So some day the all of them will decay to stable isotopes and no longer energy will be released by radioactive decay. And liquid core will freeze to solid state.

What really matter is what you can see in f.e. Cloud Chamber.. Imagine you have unstable isotope which is decaying through neutron emission. You know what is mass of isotope, so you can calculate mass of nucleus (no electrons). Both parent and daughter isotopes. Then you know how much mass-energy is "missing" between them. If it's > 939.565 MeV then there is enough energy to emit neutron. That's the case when parent isotope is He-5 and daughter isotope is He-4. So if you would inject He-5 to cloud chamber there should be neutron emitted and alpha particle. And neutron should decay to proton and electron and anti neutrino. At least alpha, proton and electron should leave traces. That's in the link that I gave you yesterday.. Didn't you read it already? No. They don't have any antigravity ability. Positron has positive energy, positive mass. Dirac was mistaken. So the same with photons produced by annihilation of them with electrons. If you would learn how to calculate Decay Energy, you would see it by yourself. I have sent you in private example calculation. There is very few of them. If I calculated right there is > 5 mln times more of photons from the Sun than neutrinos.