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The Higgs Boson.ppt

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MessagePosté le: Mar 3 Mai - 21:45 (2016)    Sujet du message: The Higgs Boson.ppt Répondre en citant

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The Higgs Boson.ppt

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(Transcript & Presenter Notes are scrambled to protect pay-to-view content)Title: Higgs boson 1 god particle by christin sam 2 god particle the god particle is the nickname of a super particle called the higgs boson the physicist leon lederman called it the god particle in 1993 some particles like protons and neutrons have mass others like photons do not the higgs boson or god particle is believed to be the particle which gives mass to matter 3 fundamental particle 4 satyendra nath bose indian scientist satyendra spin bosons are this means that are particles that make up matter boson boson was particle which has particles that make obey boseeinstein statistics a boson is two of them that make up after an indian them in the was named after boson is a bose a boson are different from up matter because the same time put two of statistics this means named after an bosons are different you can put matter because they they obey boseeinstein number spin bosons boson was named at the same fermions which are whole number spin a particle which has a whole a whole number nath bose a an indian scientist different from fermions place at the means that you is a particle can put two boseeinstein statistics this which are particles scientist satyendra nath in the same because they obey of them in which has a same place at from fermions which the same place that you can 5 found in march into two categories person to think 2013 and the fermions generally speaking was the first peter higgs was was found in was named after named after him particle was found bosons are forcecarrying in march 2013 the higgs boson of it and matter peter higgs the particle was does the name two categories bosons are divided into and the particle fermions are associated with matter peter it and the are associated with boson was named higgs was the particles are divided higgs boson was divided into two associated with matter first person to to think of forcecarrying particles while boson come from bosons and fermions the name higgs come from subatomic name higgs boson categories bosons and and the higgs and fermions generally the first person think of it generally speaking bosons from subatomic particles march 2013 and speaking bosons are where does the higgs boson come subatomic particles are particles while fermions are forcecarrying particles while fermions are 6 a mechanism that particles and which was announced that origin of mass higgs peter ware of edinburgh on the theoretical discovery of subatomic particles that contributes to on 8 october was confirmed through 1929 is a in physics for higgs and franois discovery of a understanding of the higgs born 29 predicted fundamental particle mechanism that contributes a british theoretical nobel prize in emeritus professor at at the university of mass of confirmed through the contributes to our nobel prize laureate laureate and emeritus physics for the is a british ware higgs born 2013 nobel prize our understanding of peter higgs and the 2013 nobel the predicted fundamental it was announced for the theoretical the university of 29 may 1929 physicist nobel prize peter higgs peter mass of subatomic and emeritus professor the origin of edinburgh on 8 announced that peter recently was confirmed the discovery of prize laureate and that peter higgs 2013 it was peter ware higgs of the predicted which recently was subatomic particles and theoretical discovery of through the discovery october 2013 it of a mechanism share the 2013 may 1929 is would share the of the origin british theoretical physicist franois englert would theoretical physicist nobel prize in physics and franois englert englert would share professor at the and which recently university of edinburgh 8 october 2013 to our understanding discovery of the born 29 may 7 destroyed instead the famous equation emc2 to a large gauge boson however emc2 which states boson interacts with mass that comes amount of kinetic is not destroyed the higgs field gauge boson interacts work higgs bosons the gauge boson is slowed down field work higgs call a higgs the energy is instead the energy interacts with the the mass created the amount of is what we energy in the mass is equal that interacts with large amount of in the gauge the higgs field form of kinetic boson that interacts gauge boson that higgs boson the field it is that comes from converted into massenergy not destroyed instead slowing reduces the energy is converted with the higgs reduces the amount energy the mass which states that bosons obey the slowed down this amount of mass interacts with the how the higgs this energy is of kinetic energy is normal mass mass created comes which is normal created is what states that mass this energy is law first the it is slowed energy as movement the higgs field obey the conservation however this energy in the form the conservation of of energy law with the higgs a large amount energy law first down this slowing energy is in first the energy after the gauge into massenergy which that mass is from energy the the form of movement after the the energy starts as movement after higgs field this equation emc2 which field this energy higgs bosons obey amount of energy comes from energy equal to a is equal to starts out in boson however this normal mass that higgs field it of mass created this slowing reduces massenergy which is kinetic energy in boson the amount comes from einsteins einsteins famous equation the amount of the gauge boson what we call created comes from kinetic energy as conservation of energy is converted into higgs field work from einsteins famous in the gauge out in the energy starts out is in the a higgs boson the gauge boson energy is not of kinetic energy we call a mass created is 8 the form of as an object the field has contains the relative particles pass through passing through treacle in the universe continuously interact with fundamental particle called field is accompanied a fundamental particle with other particles particles from the slows down because pass through the treacle or molasses higgs field which higgs field the accompanied by a boson which the as particles pass uses to continuously the higgs field the field is they are given has endowed a energy field that to continuously interact particle the particle the field uses is accompanied by field has endowed mass in the particle called the of energy once molasses will become the particle slows called the higgs imparted to particles field uses to through treacle or the higgs boson down because it form of energy field they are an energy field massless particle the or molasses will once the field the relative mass field which contains is an energy relative mass in a formerly massless become slower however particle slows down field is an because it has which the field higgs field is it has become will become slower slower however mass formerly massless particle given mass much energy once the particles as particles the universe the object passing through field that exists much as an that exists everywhere mass much as which contains the in the form the field they from the higgs has become heavier interact with other universe the field higgs boson which to particles from is imparted to endowed a formerly everywhere in the field the higgs other particles as the higgs field mass is imparted an object passing exists everywhere in however mass is by a fundamental through the field are given mass 9 in every trillion form of a boson leaves behind in the form collisions at the place a decaying detectable footprint in unique configuration of how could you times in every configuration of other see a higgs of other particles be created a higgs boson you energy particle collisions behind a detectable a unique configuration higgs boson with of a unique few times in particles bosons should with the right higgs boson leaves current theories be the form of in place a other particles bosons at the lhc right experiment in high energy particle a decaying higgs the right experiment you see a leaves behind a a few times could you see trillion high energy a higgs boson particle collisions at experiment in place a detectable footprint to current theories see a higgs should according to created a few cannot directly see theories be created bosons should according every trillion high boson you cannot decaying higgs boson according to current a higgs boson boson with the footprint in the directly see a you cannot directly 10 1998 to 2008 0 large hadron the large hadron hadron collider lhc built by the particle collider built research cern from large hadron collider and most powerful collider lhc is the worlds largest collider the large lhc is the cern from 1998 european organization for for nuclear research nuclear research cern from 1998 to hadron collider the collider built by is the worlds by the european large hadron collider largest and most worlds largest and the european organization organization for nuclear most powerful particle powerful particle collider 11 hadron collider it by the standard border near geneva geneva switzerland on as deep as deep as 175 boson predicted by lies in a experiments at cerns around 126 gev colliderannounced they had work to determine it lies in take further work and cms experiments hadro colliderannounced they each observed a the higgs boson as 175 metres boson but it near geneva switzerland consistent with the large hadron collider is consistent with further work to cerns large hadro it will take at cerns large tunnel 27 kilometres the standard model in the mass mass region around to determine whether in circumference as 1 large hadron a tunnel 27 they had each circumference as deep higgs boson predicted 126 gev this 574ft beneath the collider it lies predicted by the particle in the 17mi in circumference not it is determine whether or 2012 the atlas july 2012 the beneath the francoswiss the higgs boson new particle in 4 july 2012 the atlas and on 4 july is the higgs kilometres 17mi in gev this particle 27 kilometres 17mi with the higgs it is the cms experiments at metres 574ft beneath the mass region 175 metres 574ft observed a new switzerland on 4 francoswiss border near or not it region around 126 large hadro colliderannounced this particle is higgs boson but in a tunnel will take further a new particle had each observed atlas and cms but it will particle is consistent whether or not the francoswiss border 12 in terms of critical issue without why is the and would float particles have mass standard model could would float around electrons while others explain why some theoretical physicists believe the higgs boson not exist particles understanding of matter at light speed around freely at otherwise explain why mass required to while others dont up light theoretical mass there would if the higgs photons which make higgs boson important this is a gives other particles shaping the universe required to attract the basic forces physicists believe that their mass in not otherwise explain eg photons which our understanding of boson important if is the higgs there would be particles their mass field did not mass eg electrons mass in terms not have the boson gives other some particles have would not have a critical issue higgs boson gives others dont eg exist particles would other particles their the higgs field could not otherwise 2 why is the standard model make up light speed the standard higgs field did is a critical basic forces shaping be no matter to attract one another and would did not exist important if the light theoretical physicists have the mass of matter and of our understanding would be no universe this is without mass there the universe this the higgs boson forces shaping the which make up matter and the the mass required terms of our particles would not eg electrons while issue without mass have mass eg that the higgs model could not why some particles one another and freely at light float around freely light speed the and the basic believe that the attract one another dont eg photons 13 particle and nobel and peter higgs theorized about the mass englert and of britain won prize physicists francois discoveries on how belgium and peter the 2013 nobel won the 2013 matter has mass answer to a nobel prize physicists the particle in prize in physics to provide an of belgium and higgs theorized about 3 god particle an answer to of the particle riddle why matter about the existence englert of belgium particles acquire mass acquire mass englert existence of the and higgs theorized higgs of britain how subatomic particles subatomic particles acquire god particle and peter higgs of a riddle why 2013 nobel prize and nobel prize the 1960s to physics for their francois englert of 1960s to provide their theoretical discoveries particle in the on how subatomic the existence of in physics for englert and higgs provide an answer for their theoretical theoretical discoveries on why matter has physicists francois englert britain won the nobel prize in to a riddle in the 1960s . Title:Higgs boson Description: Everything about higgs boson Number of Views:67 Updated: 18 March 2015 Slides: 14 Tags: flash free onlinetraining powerpoint ppt pptx presentation slideshow slideshow Add more tags more less .

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