And this is supposed to compare to the invention of splitting an atom?
I thought we were just using some contemporary examples of the relative similarities. But if you want to go down that road, thats fine as well:
Contributions
Salam's primary focus was research on the physics of elementary particles. His particular contributions included:
* two-component neutrino theory and the prediction of the inevitable parity violation in weak interaction;
* gauge unification of weak and electromagnetic interactions, the unified force is called the "Electroweak" force, a name given to it by Salam, and which forms the basis of the Standard Model in particle physics;
* predicted existence of weak neutral currents and W particles and Z particles before their experimental discovery;[12]
* symmetry properties of elementary particles; unitary symmetry;
* renormalization of meson theories;
* gravity theory and its role in particle physics; two tensor theory of gravity and strong interaction physics;
* unification of electroweak with strong nuclear forces, grand unification theory;
* related prediction of proton-decay;
* Pati-Salam model, a grand unification theory;
* Supersymmetry theory, in particular formulation of Superspace and formalism of superfields in 1974;
* the theory of supermanifolds, as a geometrical framework for understanding supersymmetry, in 1974;[13]
* Supergeometry, the geometric basis for supersymmetry, in 1974;[14]
* application of the Higgs mechanism to the electroweak symmetry breaking;
* prediction of the magnetic photon in 1966;[15]
[edit] Awards[16]
* Hopkins Prize (Cambridge University) for "the most outstanding contribution to Physics during 1957-1958"
* Adams Prize (Cambridge University) (1958)
* First recipient of Maxwell Medal and Award (Physical Society, London) (1961)
* Hughes Medal (Royal Society, London) (1964)
* Atoms for Peace Medal and Award (Atoms for Peace Foundation) (1968)
* J. Robert Oppenheimer Memorial Medal and Prize (University of Miami) (1971)
* Guthrie Medal and Prize (1976)
* Matteuci Medal (Accademia Nazionale dei Lincei, Rome) (1978)
* John Torrence Tate Medal (American Institute of Physics) (1978)
* Royal Medal (Royal Society, London) (1978)
* Einstein Medal (UNESCO, Paris) (1979)
* Shri R.D. Birla Award (India Physics Association) (1979)
* Josef Stefan Medal (Josef Stefan Institute, Ljublijana) (1980)
* Gold Medal for Outstanding Contributions to Physics (Czechoslovak Academy of Sciences, Prague) (1981)
* Lomonosov Gold Medal (USSR Academy of Sciences) (1983)
* Copley Medal (Royal Society, London) (1990
* Nishan-e-Imtiaz for outstanding performance in Scientific projects in Pakistan.
Source
Prodea has announced the formation of a partnership with Space Adventures, Ltd. and the Federal Space Agency of the Russian Federation (FSA) to create a fleet of suborbital spaceflight vehicles for global commercial use.
Source
Zewail's key work has been as the pioneer of femtochemistry—i.e. the study of chemical reactions across femtoseconds. Using a rapid ultrafast laser technique (consisting of ultrashort laser flashes), the technique allows the description of reactions on very short time scales - short enough to analyse transition states in selected chemical reactions.
Source
Siddiqui's first breakthrough in research came when he successfully isolated an antiarrhythmic agent in 1931[3] from the roots of Rauwolfia serpentina. He named the newly discovered chemical compound as Ajmaline, after his mentor Hakim Ajmal Khan who was one of the illustrious practitioners of Unani system of medicine in South Asia.[1] Later on, Siddiqui also extracted other alkaloids from Rauwolfia serpentina that included Ajmalinine, Ajmalicine (C21H24N2O3), Isoajmaline, Neoajmaline, Serpentine and Serpentinine. Many of these are still used worldwide for treatment of mental disorders and cardiovascular ailments,[2] especially as antiarrhythmic agents in Brugada syndrome.[4]
Source
And theres loads of other physicists and chemists.
to inventing the airplane?
Meet Ibn Firnas and his research into flying and actual flight in 875.
To inventing the lightbulb? to inventing AC and DC current? To landing on the moon? To inventing stealth technology?
Banu Musa Whose inventions are at the core of various other modern inventions
Ibn al Haytham - First scientist - founder of experimental psychology and the scientific method. Also called the first scientist for his large volume of works which influenced modern scientists.
Small list of Muslim inventions
This is the problem. Unable to recognize that Muslim countries and societies are relatively at the same level. Also assuming that the West merely consists of the USA and or some countries in Europe. Brazil, Chile, Mexico Estonia are all part of the Western world, yet they arent at the forefront of technological advance. This is what relative means. You have to take all the countries in the West or at lesat a large amount of them and then compare them with the countries in the East or at least a large amount of them. Add on top of this that there is no problem in finding out online what technological advances there havebeen in the USA or the UK, but if you want to find out about technological advances in Muslim countries, it is imposible to find out in English, except for a few physicists who pioneered important fields. also keep in mind thatarticles nothing modern Muslim inventions and contributions to our way of life, specially in the West, keep getting deleted at Wikipedia.But this will slowly change seeing as how many Muslims are shaping up our online experience, from watching flash video to youtube to multimedia and publications.
nanotech and stemcells, would congrats, but how much did those two require technology invented by the US earlier?
What technology?
Oil platforms for starters, do you really think that any of the middle eastern countries would be worth a nickel without them?
* Oil field, petroleum industry, naphtha, and tar: An early petroleum industry was established in the 8th century, when the streets of Baghdad were paved with tar, derived from petroleum through destructive distillation. In the 9th century, oil fields were first exploited in the area around modern Baku, Azerbaijan, to produce naphtha. These fields were described by al-Masudi in the 10th century, and by Marco Polo in the 13th century, who described the output of its oil wells as hundreds of shiploads.[10]
* Petrol: Muslim chemists were the first to produce petrol from crude oil.[54]
Source