Well we all have places we all dream of visiting before we all leave the earth, even the great Richard Feynman dreamt of visiting a place in a Russia, he was granted access after he has died, to we Scientist there are places you have to visit atleast once if you have the opportunity to do so. I termed these area the holy site of every Scientist.
1.The Large hadron collider ( location: border of France and Switzerland):-
The large hadron collider is the largest and highest particle accelerator in the world, it is also the largest machine in the world. The large hadron collider was build by European organization for nuclear research, the creation of these machines won't have been possible with the help of over 10,000 scientists and hundreds of universities and laboratories, as well as more than 100 countries.
The large hadron collider was designed to find answer to many open question in physics such as are there extra dimensions in the universe, the mass of elementary particles and also the higg mechanisms.
The energy generated by the large hadron collider is up to 13Tev, and it could be use to break down elementary particles into thier building block, since the creation of these machines, there has been so much advance in particle physics.
The large hadron collider still remain one of the first machine every Scientist most visit.
2.Fermi lab tevatron (location;Illinois in Chicago);
The Fermilab tevatron was once the most powerful particle accelerator in the world before the creation of the large hadron collider.
Despite being An old version of the large hadron collider, fermilab tevatron is still used to carry out proton-antiproton research. Well fermilab tevatron during it early days of operation has conducted many experiment and also helped in the discovery of bottom quack predicted by the standard model and these discovery has helped us to understand how Quarks form other particle.
3.super komiokade( location; Japan);
The super komiokade also know as the neutrinos detection laboratory. It is an observatory site which is located in Japan, The observatory was designed to detect high-energy neutrinos, to detect proton decay,study solar,and atmospheric neutrinos and keep watch for supernovas in the milky way galaxy.
1999, the Super-Kamiokande detected strong evidence of neutrino oscillation that successfully explained the solar problem. The Sun and about 80% of the visible stars produce their energy by the conversion of hydrogen to helium.
These are the three areas I think every lover of science most visit to see the amazing work scientist are doing to unravel the mystery of the universe.
Ahh i forgot about the komiokade being on my list. I was more concerned with the nmr park