Los Angeles Mixed Reality Company – Have Fun Playing This Exciting Unique Development Of Enhanced Mixed Reality. – Hjb777


LosAngelesMixedRealityCompanyHaveFunPlayingThisExcitingUniqueDevelopmentOfEnhancedMixedReality。

AUniversityofIllinoisphysicisthasproducedaprocessthatexploresthebondinvolvingtherealandvirtualworldsbylinkingamechanicalpendulumtoitsvirtualtwin。

Thisisthefirstreal/virtualphysicsexperiment,andmayhelpclarifytheinfluencethatvirtualcommunitiesexertontherealworld,andtheotherwayround。

Forexample,theexperimentmayhelpusknowhowtheeconomiesofonlinegamessuchasSecondLifecouldaffectrealeconomies。

AccordingtoUIphysicsprofessorAlfredHubler,hislatestexperimentisanexampleofa“mixedreality”statewherethereisnotanyclearboundaryinvolvingtherealsystemandalsothevirtualsystem:“Thelineblursbetweenwhatsrealandwhatisn’t。



AttheAPSMarchMeeting,Hublerreportedonarecentexperimentthatheorshebelievessupportstheexistenceofmixedrealitycompanylosangeles。

Heusedastandardmechanicalpenduluminconjunctionwithanonlinependulumdevelopedtosticktothewellknownequationsofmotion。

Heandhisawesomecolleaguessentdataconcerningtherealpendulumtothevirtualone,whilesendingdetailsaboutthevirtualpendulumtosomemotorthatinfluencedthemotionintherealpendulum。

Theydiscoveredthatassoonasthetwopendulumswereofseverallengths,theyremainedwithina“dualrealitystate”bywhichtheirmotionwasuncorrelated,andthusnotsynchronized。

Additionally,theyfoundoutthatifthependulumlengthsweresimilar,theyreachedacriticaltransitionpointandbecamecorrelated。

“Theysuddenlynoticedtheotherperson,synchronizedtheirmotions,anddancedtogetherindefinitely,”saidHubler。

Hecompareditintoaphasetransition:thecriticaltemperature/pressurepointwhereinmattermovesinonestate(gas)toadifferent(liquid)。

Inthiscase,the“phasetransition”takesplacewhentheboundarybetweenrealityandvirtualrealitydisappears。

Thisisactuallythe“mixedreality”state,inwhicharealpendulumaswellasavirtualpendulummovetogetherasyou。

Thesecrettosuccessisreal-timefeedback。

Scientistshavecoupledmechanicalpendulumswithspringstoproducecorrelatedmotion,butwithnostaggeringcomputationalspeednowachievable,couplingpendulumsusingavirtualsystemsimplyhadn’tbeenpossible。

“Computersarefastenoughwhichwecandetectthepositioningoftherealpendulum,computethedynamicsofyourvirtualpendulum,andcomputeappropriatefeedbacktotherealpendulum,allinrealtime,”saidHubler。

Asflightsimulations,immersiveVR,andonlinevirtualgamesandworldsbecomeincreasinglyaccurateintheirdepictionsofreality,Hublerbelievessuch“mixedreality”statesmaybecomemorewidespread。

Hethinkshislab-inducedmixedrealitystatescouldbeusedtobetterunderstandrealcomplexsystemswithnumerousparameters,bycouplingagenuinesystemtoyourvirtualoneuntiltheirconstantinteractionsleadtoamixedrealitystate-forexample,modelingneuronsbycouplingagenuineneuronbyusingavirtualone。

InstantaneousinteractioncanbeacriticalrequirementandalthoughHublerhasshownwecanmanagethiswithinthelabwithrealandvirtualpendulums,expandingthatforanentirevirtualworldrequiresevenfastercomputers,inadditiontomuchbetterprobesandactuatorsaswellasothersupportingdevicetechnologies。

GenerationstocomeofSecondLifeandalsoothergamescouldbecomeveryexcitingindeed,andalmostindistinguishablefrom“reality。


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