Top 16 Apps Similar to Quantum Potentials

Quantum Mechanical Model Simplyscience

Learn basic phenomena of quantum physics and test your knowledge!

This app was designed to make the complex, abstractconceptsofmodern physics easily accessible and understandable. Itisentirelyfree in the hopes that every aspiring quantum physicistorcuriousstudent can delve further into the world ofquantummechanics. Ifyou are interested in the Standard Model,physicshistory, massiveatom collision facilities, andgroundbreakingresearch andexperimentation, "Quantum" is the app foryou.

Learn about quantum mechanics andthephenomenonof quantum tunnelling on your phone or tablet!Manipulate the energy of an incoming particle with thebluesliderand the width of a potential with the red slider.Choose between a wide variety of potential distributions(2),hitthe menu to access them!

Quantum University is among the Top Engineering, MBAPrivateUniversity in Uttarakhand(India) that offers B. Tech, M.Tech, BBA,B. Com (Finance), B. Sc. (Agriculture), MBA, BJMC,Diploma inEngineering programs and the 'The Most PromisingEngineeringCollege of North India' award winning by the Big BrandsResearch,is just a touch away on your favourite Android Phone/Tab.Now,access your campus ERP “My Quantum” through a single touchbyinstalling My Quantum App. Features of My Quantum App: ForGuests:Information on the following institute facilities isavailable: •Gallery • List of Programmes • Admission Enquiry Form •PlacementDrives • Scholarship • Latest News • Log Mark sheetupdation,Bonafide certificate, Loan letter, Duplicate College IDCard etc.Request through QSPS and check application status. •Accreditationand Tie ups. • How to reach us • Contact Us ForFaculties: Facultymembers can access their My Quantum/ERP accounts24 x 7 throughthis app. The app provides them a number of featureslike: •Announcement/Notification • Mark Attendance(Theory +Practical) •Assigned Subjects For Students: Students can accesstheir MyQuantum/ERP accounts 24 x 7 through this app. The appprovides thema number of features like: • Announcement/Notification• AttendanceOverall + Lecture Wise/Day Wise • Tutorials and StudyMaterial • CAor Marks • Time Table • Log Mark sheet updation,Bonafidecertificate, Loan letter, Duplicate College ID Card etc.Requestthrough QSPS and check application status. • My Courses

Use with caution. Not a proper simulator.

Learn basic phenomena of quantum mechanics and test your knowledge!

Visualize the electron orbitals of Hydrogen Atom in 3D!

It is impossible to learn about the shapes of orbitals in apagewhich is 2D but the orbitals aren't 2D. Virtual Orbitals apphelpsyou to visualize the shapes of the orbitals in 3D such thatyou canunderstand more and you can sort out your confusions.Thiseducation app help the students to learn chemistry in asmarterway. Students can see the every parts of orbitals byrotating theirfingers to screen. Atoms included: Hydrogen, Helium,Lithium,Boron, Carbon, Oxygen, Neon, Sodium, Silicon, Potassium,Argon,Calcium, Zinc, Iron etc.

Quantum is said to be the answer ofallthequestions about life. It was there in the past and it isinthepresent. Trying to unlock it with the help ofscienceandphilosophies around the world.

This app contains information for currentorprospective physics undergraduates at Queen Mary, UniversityofLondon; this includes material of potential use tophysicsundergraduates generally, covering lists of essentialequations,physical constants and a latex guide. Also included arepracticaltools for daily business needs in the School.Features:Support for physics undergraduates (not requiringinternetaccess):- List of over 80 standard equations commonly used inphysics,including essential mathematical formulae- List of the values of over 40 basic physical constants- Introduction to TeX and LaTex with short basic guidestodocuments, equations, tables, figures plus lists of manysymbolsand their representationsSupport for Physics and Astronomy students at Queen Mary(somefeatures require internet access):- About Us section covering History, Student's Union,Images,Teaching, Research, Admissions, Physics Society- Links to lecture timetables, to all module pages andtheircontents including lecture notes, homework's, etc.- Links to information about members of the School.- Absence reporting and internal student feedback- Information about Dates, Maps, Student Support- Information about the Neighbourhood - Health Services,PostOffices, Eating Out, Open Spaces, Shopping and Stuff To DoPlus information about the app and feedback

Physics 2 Go! Part 1 -InteractiveQuantumMechanicThe app calculates the basic formula of quantummechanics,theone-dimensional Schrödinger equation for a setofpredefinedpotentials or a self-defined potential.The main page contains fields/lists for:defining the size of the box of the system by settingx_minandx_maxsetting the step size delta t used in the timeevolution,smallervalues usually give more accurate resultspicking a potential. By choosing "user defined" you canwriteyourown expression in the field "potential" (like, e.g.,x^2).The parser for the expression is relatively simpleandhopefullynot too buggy. It uses "x" as variable, "+-*/^",brackets"()" andthe functions sin,cos,tan,exp,log,step (step(x)=1forx>=0,otherwise 0), and abs (absolute value).You can plot the wave function by pressing "Plot It!".Theplotshows real (blue) and  imaginary (red) part ofthewavefunction, the right y axis labels the  values forthewavefunctions. The  potential is plotted inblack(valuescorrespond to the labels of the left y axis). Thewhitelinedepicts the energy of the state. Tapping "Stop" willinterruptthecalculation.Following additional controls exist:With "width" and "position" you can define the width andpositionofthe initial Gaussian wavefunction. By pressing "Init WF"thewavefunction is initialized.Choosing "rea"' or "imaginary" time you can pick theevolutionofthe wave function in real or imaginary time. For thechoiceofimaginary time the solution will relax to the staticgroundstate.Using real time you see the oscillation of the wavefunctionwithtime. However, due to the numerics there might beeffectivelyasmall imaginary part, which drives the system totheoscillatingground state after a while. The stability ofthereal-timebehaviour can depend on the size of the chosen timestep.Note thatespecially for narrow potentials the real-timesolutioncan becomeunstable (and obviously incorrect) at this stageof theappdevelopment.You can plot the "ground state" or first "excitedstate".Whenpicking the excited state, the ground state calculationwillstopand the functions will change colors to orange andpurple.Theexcited state will be orthogonal to the ground state.Therefore,ifthe ground state has not yet reached its stable value,alsotheexcited state won't be correct.Enjoy the app!

This is an awesome app designed for11-12thPhysics Teachers & Students of Gujarat Board (GSEB) togeneratePaper in Seconds.It is designed with the aim to save Hundreds of Minutes ofTeachersthroughout the year. Teachers can Generate paper everyweek.Similarly, Students can take self examination by creatingpaper oreven can share their difficulties to TeachersthroughWhatsApp.Best Surprise is, This is the WORLD'S Fastest Paper Generator inanyplatform. It's 10-20 times faster then PC based Software. Ittakesless than 1 Second to create PDF File, but still availablefor FREE.The design of the app is exclusive and it is absolutelyoffline.Hence, there is no need of Internet, Dongle or anyTediousstuff.Quantum Paper is the only authorized Company with "KumarPrakashan"a well known book publisher in Gujarat State ofIndia.This app contains 1900+ MCQs of PHYSICS NEET book PublishedinGujarati Language by "Kumar Prakashan".Features that make our app Special-- Elegant Design-- Offline Application-- Absolutely Free-- No Advertisement Popups-- Fastest in Generating Paper**Note -- This app is Only for GUJARAT BOARD Teachers&Students. The Content is in Gujarati Language. So please, DONOTGIVE NEGATIVE REVIEW / RATING, if you face any problem withContentLanguage.Contact InfoWebsite :: quantumpaper.inCall :: (+91) 95126-94993

open source physics Singapore simulation on RutherfordExperimentfor A Level.

The “Physics Formulas” is the best collection of physicsformulasand equations.

Contains 5 types of ComputationalPhysicsapplications with a brief theorythat explains the fundamentals for each case.First: Fractals: the equations to obtain the tree and fernfractalsis given and show their formation; the method to obtainSierpinskigasket is explained and generated.Second: vonNeuman rejection method for Monte Carlo integration ofagiven function, random points are generated, some lie insidethefunction others outside. If the device is rotated a new resultisgiven.Third: Cellular automaton: Wolfram cellular in which a new lineofoccupied cells depends on the previous line according tocertainrules related to the occupancy of the tree previous cellsabove anew cell. Conway's Game of Life is programmed fortwopossibilities: random occupied cells are generated and seetheevolution or select by hand the occupied cells and seetheevolution according to the rules for survival, revival or deathofthe cells depending of the number of its neighboringoccupiedcells. packets for two cases: in one you select a potentialwhichcan be a rectangular barrier or a well and see the reflectionandtransmission of the packet. The other case is the motion aGaussianwave packet in the harmonic oscillator potential.Fifth: solution of the wave equation for a vibrating stringwithfixed ends and you can select the initial position of thestringand see its motion.