I have never really seen anything that allows you to experiment with radioactive chemical elements. I am really into radiochemistry, although I don't know all about it. I never saw anybody or any educational oranization make anything like that. I guess it's just to complicated :/
How to create a very weird universe in TST:
Settings
Grav-radial
Solid edges
Newtonian gravity on
No velocity
Step 1:
Add neutrons, electrons, and protons.
Step 2: Add pressure and watch hydrogen form.
Step 3: ADD LOTS of pressure and dot with plasma.
Congrats, you have created a universe that is a cloud of hydrogen, with helium shells that are filled with co2.
Hello everyone, just wanted to say that the Linux and Mac versions are now available, thanks to RCAProduction
News! I am officially working on The Science Toy again! Sorry for abandoning my mods all the time, 1.3 is being worked on. It will focus on quantum physics because I forget everything I was doing last year.
firefreak11:
News! I am officially working on The Science Toy again! Sorry for abandoning my mods all the time, 1.3 is being worked on. It will focus on quantum physics because I forget everything I was doing last year.
More antimatter stuff would be cool.
Consider it done
One thing I am wondering is how the quarks will work, given that isolated quarks will always try to hadronize with other quarks to balance out their color charges. The only exception to this is the top quark, but that one decays so quickly that it normally does not have time to hadronize.
It is currently set so that up and down quarks will hadronize into either a neutron or a proton, determined by a randomly generated number. This will probably be changed soon since I am adding gluons, so there will be more requirements for quarks to hadronize. And the life for quarks will always decrease until they decay, and quarks in the first generation have about 150 life on spawn, with the amount decreasing towards the third generation, where the top quark has 25 life.
Some important notices for 1.3:
Uranium now undergoes fission, and it can be insanely destructive. Will break some saves.
Quarks have color charge, and can only bind with a quark of a different charge, while in the gluon field
Gluons will "carry" the gluon field around with them, but both of these things decay quickly.
There are some funny things happening with the hud, I don't know why, but I have fixed one major issue.
Pressure is now measured in N/m^2 (Newtons per metre squared)
1.3 will be released Tomorrow (Saturday, May 9, 2015)
Hello, just wanted to make sure everyone knows 1.3 is out!