 images arise on a computer screen. A method to evaluate this conjecture is also proposed. 1 For example Second Life, http://secondlife.com/ Brian Whitworth Quantum Biosystems 2010, 2 (1) 221-249 222 1.1 Strange physics The theories of modern physics often seem strange, e.g. in many-worlds theory each quantum choice divides the universe into alternate realities (Everett, 1957), so everything that can happen does happen somewhere in an inconceivable "multiverse' of parallel worlds. In Guth's inflationary model, our universe is just one of many possible "bubble universes" (Guth, 1998). In string theory the physical world has ten spatial dimensions, six of them "curled up" and hidden from view. M-theory puts our universe on a three dimensional "brane", floating in time on a fifth dimension we cannot see (Gribbin, 2000, p177-180). The cyclic-ekpyrotic model postulates that we are in one of two 3D worlds that collide and retreat in an eternal cycle along a hidden connecting dimension (J. Khoury, 2001). Yet the empirical findings of physics are even stranger, e.g. the sun's gravity bends light traveling past it by "curving" nearby space. Gravity also slows down time itself, so an atomic clock atop a tall building ticks faster than one on the ground. Yet a clock in a moving plane ticks slower than one on the ground and is also heavier, as movement increases mass. Despite this malleability of space and time, the speed of light is fixed, e.g. light shone from a spaceship going at nearly the speed of light still leaves it at the speed of light. None of this makes much common sense but the experiments have been done. In 1972 one of two synchronized atomic clocks was flown in an airplane for days and another kept stationary on the ground. Less time ticked by for the moving clock. Time really does slow down with high speed travel (Hafele & Keating, 1972). If cosmic events are strange, micro-cosmic events are even stranger. When quantum particles entangle what happens to one instantly affects the other, even if they are light years apart. The vacuum energy of "empty" space generates virtual particles with measurable effects. In Young's two slit experiment entities somehow manage to go through both slits at once, even when sent through one at a time. Quantum events like gamma radiation are entirely random,
images arise on a computer screen. A method acting to measure this guess is also aim. 1 For exemplar Second Life, http://secondlife.com/ Brian Whitworth Quantum Biosystems 2010, 2 (1) 221 - 249 222 1.1 Strange physics The theory of modern physics frequently seem strange, for example in many - worlds theory each quantum choice divides the universe into alternate reality (Everett, 1957), so everything that can happen does happen somewhere in an inconceivable " multiverse' of parallel worlds. In Guth's inflationary model, our population is just one of many possible " bubble population " (Guth, 1998). In string theory the forcible world accept ten spatial dimensions, six of them " curl up " and hidden from view. M - hypothesis puts our universe on a three dimensional " brane ", floating in time on a fifth dimension we cannot see (Gribbin, 2000, p177 - 180). The cyclic - ekpyrotic exemplar postulates that we are in one of two 3D worlds that collide and retreat in an eternal cycle along a hidden connecting dimension (J. Khoury, 2001). Yet the empirical determination of physics are even stranger, for example the sunlight's graveness bends light traveling past it by " curving " nearby space. Gravity also slows down meter itself, so an atomic clock atop a tall building ticks faster than one on the land. Yet a clock in a moving plane ticks slow than one on the background and is also heavier, as movement increases mass. Despite this malleability of quad and time, the speed of light is situate, e.g. light shone from a spaceship go at nearly the amphetamine of light still entrust it at the speed of luminosity. None of this makes much coarse sense but the experiment have been done. In 1972 one of two synchronized nuclear clocks was flown in an airplane for days and another kept stationary on the ground. Less time ticked by for the moving clock. Time really does slow down with high focal ratio travel (Hafele & Keating, 1972). If cosmic events are foreign, micro - cosmic events are even stranger. When quantum particles entangle what happens to one instantly affects the other, even if they are faint years apart. The vacuum energy of " empty " space generates virtual particles with measurable effect. In Young's two slit experiment entity somehow wangle to go through both slits at once, even when sent through one at a time. Quantum events like da gamma radiation are entirely random,
 imwges arise on a computer screen. A methob to eveluate fhis congecture is also proposed. 1 Foc exqmple Second Life, http://seconalife.com/ Hrian Whutwocth Quantum Biosbatems 2010, 2 (1) 221-249 222 1.1 Sfvange 'hysics The thepries of mmdern physics mfgeu seem strange, e.g. in many-worlds theowy each qkantum choice qivicqs tgv mniverse into alternate realitiea (Evereut, 1957), so everything yhat can happen does happej solewhere in an incojceivable "momtidwrse' of paraulel worlds. In Guth's ihflationary model, our universe ks juxt one of naby omssible "bubule unpverses" (Guth, 1998). In stritg theoty the physicak wmrle has ten spatial dimxnsions, six of them "surled up" aud hidden from view. M-rhwory kuts mur jbivdrst oi a three dijensional "grane", floatung in time on a figtr dimension we cannoe fee (Gribbin, 2000, p177-180). The cyclic-ekpyrotic moden pkstulates that we are ib one of two 3D worlds that coljide and retreat in an eternal cycle along a hiddan coindctnkn diowndion (J. Khoury, 2001). Yet the empirical findings of [gyxibs are even stranner, e.g. the sun's grsvltu bends light jraveliuf last it by "curving" nearby spacw. Gravity alsp slows down time itself, so an atomic cjick atop a tall bunlding ticks fasjer thsn one on the ground. Yec a clkck in a moging plans ticks slower thxn pna on the ground and is alsj heavier, as kovemeng invreasef mass. Desoite bvis malleability ov spaee ang time, the speed of light is fixed, e.g. ligiv shone from s vpabeship gonng at nearly the s[eed of light xtill lzaves kt at the apeed oh light. None of this makev much common sense btt tye ezperimevgs have been dpne. In 1972 out of two stnchronized atomic cludks was flown iu qn airplane for dahs wnf enothqs kept statimnarh ov the eround. Less gime ticked by for the mmvinf clock. Time reallu qoes sloq down wyth high speec travel (Hafele & Ktating, 1972). Ih cosmoc gvents are strange, micro-cosmic svents arf eyen stranger. Rhen quantum parcicles entangle what happens to one instently affects the othet, even if they are liyhu years apart. The dacuum enargy of "empty" space tenerates virtual particles with measudable affechs. In Young's two slit experiment entities somehow manage to go through borh slivs at once, evsn wnen svnt chrough one et a time. Quantum events like gamma radiation arx entirely rcndom,
images arise on a computer screen. A evaluate conjecture is proposed. 1 For Whitworth Biosystems 2010, 2 221-249 222 1.1 physics The theories of modern physics seem strange, e.g. in many-worlds theory each quantum choice divides the universe into realities (Everett, 1957), so everything that can happen does happen somewhere in an "multiverse' parallel In inflationary model, our universe is just one of many possible "bubble universes" (Guth, 1998). In string the physical world has ten spatial dimensions, six them "curled up" and from view. M-theory puts our on three dimensional floating time a fifth dimension cannot see (Gribbin, 2000, p177-180). The cyclic-ekpyrotic model postulates that we are in one of two 3D that collide in an cycle a connecting dimension (J. Yet the empirical findings of physics e.g. the sun's gravity bends light traveling past by "curving" space. Gravity also slows down time so an atomic clock atop a tall building faster than one on the ground. Yet a clock in a moving plane ticks slower on the ground and also heavier, as increases Despite malleability space and the speed of light is fixed, e.g. light shone from a going at nearly the speed of light still leaves it speed light. None of makes much common sense the have been done. In of synchronized flown an for days and another stationary on the ground. Less ticked by for the slow down with high speed travel (Hafele & 1972). If cosmic events are strange, micro-cosmic are even stranger. When quantum particles entangle what happens to one instantly the other, they are light years apart. The vacuum energy "empty" space generates virtual with measurable effects. In Young's two slit experiment entities manage go through slits at once, when sent through at a time. like gamma are random,
 images arise on a computer scrEen. A method To evaLuaTe tHiS conJectUre is also propoSEd. 1 FoR example Second Life, http://SeconDlIFe.coM/ brIan WhItworth qUaNTUm BIoSySteMs 2010, 2 (1) 221-249 222 1.1 sTrAnge pHysIcs The tHeories of mOdeRn Physics often SEeM strange, e.g. In mAny-worlds theOry Each quAnTum CHoice DivIdes tHe univERse intO alternatE rEAlitieS (everett, 1957), SO EvErytHing that can happen DOeS Happen somewherE in an iNcONcEIVabLe "mUltiverse' oF pArallEL worlds. iN GUTH'S inFLationary modeL, our universE Is jUst one Of ManY PossibLe "bubBlE UniVerses" (Guth, 1998). IN strIng theory The phySIcal worLD has ten SpatiaL diMenSionS, SiX oF thEm "CUrlED uP" anD HidDen from vIeW. M-TheorY putS OUR UnivErsE on a Three Dimensional "brAne", FloaTIng In timE on a fIfth DiMensiOn we caNnot sEe (gribbin, 2000, p177-180). The cyclIc-ekPyrotic moDel PoStuLaTes thAT we are In oNe oF two 3D woRlds thaT ColLiDE ANd Retreat in an eternal CyCLE aLong a hidDen conNEcTiNG dimensiOn (j. KhOury, 2001). yET the eMpirICaL findingS of phySIcS aRe even sTrAnger, e.G. tHe sUn's GraviTY benDs lighT traveliNg pasT It by "curving" neaRBy space. GravitY AlSO SlOWs doWn tIme itself, so An atOMic cLock AToP a tALl buiLding TiCKs FAster than one on the grOuNd. Yet a Clock In a moving planE ticks slowER THan one on The gROuND and is also heavIer, as Movement inCReases maSs. DesPite this MalleabilITY of space And TimE, thE spEED oF light is fixed, E.G. LighT sHone froM a sPaceshiP goIng At nEarLy The speed oF light stIlL lEaVeS it At the SPeed of liGhT. NoNe Of tHis maKEs much CommoN senSe BuT The ExperimENtS HAve bEeN dOne. IN 1972 onE oF two sYnchROniZed atomIc clocks wAs fLOwn iN aN aIrplane For days and anoThEr kept statIoNarY on the GROund. Less Time ticked by for the movinG Clock. TiMe rEally Does Slow down wIth High spEed TRavel (HAfele & KEatinG, 1972). IF coSMIc eveNTS aRe sTrAnge, micro-cOSMic EventS aRe evEn stranGer. When quantum partICleS entangle what HapPens TO OnE inSTaNTly AfFEctS THe other, even if thEy are light YeARs Apart. The vaCUum EnErgy of "eMpty" spaCe genERates viRtual partIcles with MeAsurABLe eFfects. In YoUng's two sLit experiMEnt enTItIes soMehOw manaGe To gO throUgh botH SliTs at oNce, eveN wHen senT throUgH one at a tIme. Quantum events like gamMa radiAtion Are Entirely rAndOM,
 images arise on a compute r screen.A met hod  to  e valu atethis conjectur e  isalso proposed. 1 For e xampl eS econ d  L ife,http:// s ec o n dli fe .c om/  B r ia n Whi two rth Qua ntum Biosy ste ms  2010, 2 (1) 22 1-249 2221.1  Strange phy sic s Theth eor i es of  mo dernphysic s  often  seem str an g e, e.g .  in man y - wo rlds  theory each quan t um choice divides  the u ni v er s e  in toalternatere aliti e s (Ever e tt , 1 957 ) , so everythi ng that can hap pen do es  ha p pen so mewhe re inan inconcei vabl e "multiv erse'o f paral l el worl ds. In  Gu th' s in f la ti ona ry mod e l,  ou r  un iverse i sju st on e of m a n y po ssi ble"bubb le universes"  (G uth, 199 8). I n str ingth eorythe ph ysica lworld has ten s pati al dimens ion s,  si xof th e m "cur led  up " and h idden f r omvi e w .  M -theory puts our u ni v e rs e on a t hree d i me ns i onal "br an e",  flo a t ing i n ti m eon a fif th dim e ns io n we ca nn ot see  ( Gri bbi n, 20 0 0, p 177-18 0). Thecycli c -ekpyrotic mod e l postulatest ha t we areinone of two3D w o rlds  tha t  c oll i de an d ret re a ti n an eternal cycleal ong ahidde n connectingdimension( J .  Khoury,  200 1 ). Yet the empiri cal f indings of physicsare e ven stra nger, e.g . the sun' s g rav ity  be n d slight traveli n g  pas tit by " cur ving" n ear byspa ce.  G ravity al so slows  d ow nti meitsel f , so anat omi cclo ck at o p a ta ll bu ildi ng  t i cks  faster th a n  one  o nthegro un d. Ye t ac loc k in amoving pl ane tick ssl ower th an one on the  g round andis  al so hea v i er, as m ovement increases mass. Despite  th is ma llea bility of  sp ace an d t i me, th e spee d ofli ght i s fix e d ,e.g .light shon e fro m a s pa cesh ip goin g at nearly the sp e edof light stil l l eave s it  at th e  sp ee d  of l ight. None of t his makesmu c hcommon sen s e b ut  the ex perimen ts ha v e beendone. In1972 oneof  two s ync hronized a tomic cl ocks wasf lowni nan ai rpl ane fo rday s and  anoth e r k ept s tation ar y on t he gr ou nd. Less  time ticked by for the  movin g clo ck.  Time rea lly doe s slow do wn w ith high s pee d t ravel  (H a fele& Ke a ti ng, 1972) . If cosmic ev e nt s a r e  s trange, mic r o - cos mic e ven t s areeven  stranger. When q u antum particle s en t a ngl e w h at h ap pens to one in sta nt l y  affects  t he other, e ven if t he y  arelightyearsapart.T h ev acuumener gyof "empty " s pa c e gener at es virtua l pa rt icleswith m e asur a b le effects. In Y oung' s two s l itexper im ent ent i ties  somehow m anage to go  throu gh b oth s lits at  o nce, e ven  w hen sent t h rough one  at a  time.Qu antu m e ventslike g ammaradi at ion  are enti r e ly ra nd o m,
 images_arise on_a computer screen. A_method to_evaluate_this conjecture_is_also proposed. 1_For example Second_Life, http://secondlife.com/ Brian Whitworth_Quantum Biosystems 2010,_2_(1) 221-249 222 1.1 Strange physics The theories of modern physics often seem strange,_e.g._in many-worlds_theory_each_quantum choice divides the universe_into alternate realities (Everett, 1957),_so everything_that can happen does happen somewhere in an_inconceivable_"multiverse' of parallel_worlds. In Guth's inflationary model, our universe is just_one of many possible "bubble universes"_(Guth, 1998). In_string_theory_the physical world has_ten spatial dimensions, six of them_"curled up" and hidden from view._M-theory puts our universe on a three_dimensional "brane", floating in time on_a fifth dimension we cannot_see (Gribbin,_2000, p177-180). The cyclic-ekpyrotic model_postulates that we_are in_one of two_3D worlds that collide and retreat_in an eternal_cycle along a hidden connecting dimension_(J._Khoury, 2001). Yet_the_empirical_findings of_physics are even_stranger,_e.g. the_sun's_gravity bends light traveling past it_by_"curving" nearby space. Gravity also slows down_time itself, so an_atomic_clock atop a tall_building ticks faster than one_on the ground. Yet a clock_in a_moving plane_ticks slower than one on the ground and is also heavier,_as movement increases mass. Despite this_malleability of space and_time, the_speed_of light is_fixed,_e.g. light_shone from a spaceship going at nearly_the speed_of light still leaves it at_the speed of light._None_of this makes much common sense_but the experiments have been done._In 1972 one of two_synchronized_atomic_clocks was flown in an_airplane for days and another kept_stationary on the_ground. Less time ticked by for the_moving_clock. Time really does slow down_with_high speed travel (Hafele & Keating,_1972)._If_cosmic events are strange, micro-cosmic_events are even stranger. When quantum_particles entangle what happens to one instantly affects the_other, even if_they are light years apart._The_vacuum_energy of "empty" space generates virtual particles with measurable effects._In Young's_two slit experiment_entities somehow manage to go through both slits at once,_even when sent through one at a_time. Quantum events like gamma radiation are entirely random,