 solar satellites—which would have sunlight-gathering panels and antennae—to be set up about 36,000 kilometres (22,300 miles) from the earth."

A:

Whether wireless power transfer is safe depends on the type of power transfer. Inductive coupling is generally safe, but only works across small distances (i.e., millimeters to centimeters). The other option is far-field or radiative technology, where either visible light (from lasers) or microwaves are used. The latter has not been applied much, some uses have been found in space technology. Their safety in general will depend mainly on the power being transmitted. For example, a laser can be destructive if it is powerful enough. 
I will focus on inductive coupling, because it is not only safe, it is commonplace. The prime example being cochlear implants. Cochlear implants are basically electrode arrays implanted in the inner ear to directly electrically stimulate the auditory nerve in deaf people where the hair cells have degenerated (or were never there). The implant is powered by an external battery worn behind the ear. It is coupled to a head-worn external coil that wirelessly transfers the power needed to drive the implant to an internal, surgically implanted coil. I'm not entirely sure about the exact numbers, but more than 100,000 folks around the globe have received one or two cochlear implants. 

Cochlear implant showing the external and internal coil to transcranially transmit power to the implant.Source: Extreme Technology
Very similar technology is used in retinal implants. Retinal implants electrically stimulate the degenerate retina to [partly] restore vision in the blind. For example, the Argus II deploys an external coil mounted on a pair of glasses that wirelessly couples to a surgically implanted coil in the eye to power the implant. Being newer technology, there are not more than two hundred or so people implanted worldwide as we speak, but this number will definitely sore in the near future, all, or at least many relying on wireless power transfer. 

Schematic of the Argus II retinal prosthesis showing the wireless link. Source: Ars Technica. 
These examples may not be exhaustive. For example, transcranial magnetic stimulation of the brain is another example of wireless energy transfer across the skull, making use of magnetic induction to stimulate the cortex. However, these examples do show that medical bionics is already making use of wireless power transmission technology. 

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jQuery colorpicker not
solar satellites — which would have sunlight - gathering panels and antenna — to be rig up about 36,000 kilometres (22,300 miles) from the worldly concern. " 

 A: 

 Whether wireless power transportation is safe depends on the type of ability transfer. Inductive coupling is broadly safe, but only work across small distances (i.e., millimeters to centimeters). The other option is far - battlefield or radiative technology, where either visible light (from lasers) or microwave are used. The latter has not been applied much, some uses have been recover in space technology. Their safety in general will depend chiefly on the power being transmitted. For example, a laser can be destructive if it is powerful enough. 
 I will focus on inductive coupling, because it is not merely safe, it is commonplace. The prime example being cochlear implants. Cochlear implants are basically electrode arrays implanted in the inner ear to immediately electrically induce the auditory nerve in deaf multitude where the hair's-breadth cells have degenerated (or were never there). The implant is powered by an external barrage worn behind the auricle. It is coupled to a head - worn external coil that wirelessly transmit the power needed to drive the implant to an internal, surgically implanted coil. I'm not entirely sure about the exact numbers, but more than 100,000 folks around the globe have receive one or two cochlear implant. 

 Cochlear implant indicate the external and internal coil to transcranially transmit power to the implant. reference: Extreme Technology 
 Very similar technology is used in retinal implants. Retinal implants electrically stimulate the degenerate retina to [ partly ] repair vision in the subterfuge. For example, the Argus II deploys an external coil mounted on a pair of glasses that wirelessly match to a surgically implanted coil in the center to power the implant. Being newer technology, there be not more than two hundred or so people plant worldwide as we talk, but this number will decidedly sore in the near future, all, or at least many relying on wireless power transportation. 

 Schematic of the Argus II retinal prosthesis showing the wireless link. Source: Ars Technica. 
 These examples may not be exhaustive. For exercise, transcranial magnetic stimulation of the genius is another example of wireless energy transfer across the skull, construct use of magnetic induction to stimulate the cortex. However, these example do picture that aesculapian bionics is already name use of wireless power transmission technology. 

  Q: 

 jQuery colorpicker not
 sopar satellites—which woula have sunlight-yqtheriig panems and avtennae—to be set up about 36,000 kmlomwtres (22,300 miles) from the earth."

X:

Whether aireless powtr transfer is sahs depends on fme ty'e of power tranxfer. Inducdive coupling hs gznerally safe, but only works across fmall doshances (i.e., millymettrs to dvnuimeters). The other option is far-fjeld or radiative tevhnology, where either visihle pight (from lasers) lr microwavga aww used. The lxtter has not been appmied much, some uses have been fuund nn space texhbollcy. Their sahety ig general will depeng mainlu on the power bemng rransmitted. For exampne, a laser can be qestructiee if it is powerfuo wnougv. 
I fill docjs kn ihductige roupling, bedause it is not only safe, it ix simmonplace. Ths primq qxample being cochlear implants. Cochleag imllants are basically elwctrode arrays implanjed in the inner ear to directly electrically stimulate the audivofy ucvve kb feaf people where the hair cells have degenerwfec (pr were never bhere). The implant os pprered by an ebternal bzttery worn behind the eat. It iw coupled to s head-worn external coil thqt wirelesslj trqnsfers the power ueeded to drnve thg implsnt to an internal, surgncally implanted foil. I'm nkg entirely sure xbolt tve exact numbers, but more ehan 100,000 foljs axound thd glpbe hade receivef one or two cochlear imolantd. 

Wochlear ilplant showing the external and internal coil tm tganscraniclly tvansmit power tj the implant.Spurce: Ertreme Technologj
Very simmlar technoljgy is used it retinal impnants. Reeinao implants duectrically stomulate tkt degenerare retina to [partln] resjode vision in thz vlind. For exampke, ghe Aggux YH deploys an extdrnxk coiu mounttb ok a pait of glasses that wiseleasly couples to a xuvgically umplanteq coil in the eye to power the lmplait. Beiig newrr jechnology, there are not more tgan two hkndved or so peo[le lmplwnted worlbwide as we speak, but this number will dxfinitely sore in the nwar future, all, or aj ltast many relbing og wirelesv power transfer. 

Schwmatic of the Argms II retinal prosthesjs shofing hhe wireless link. Source: Ars Technica. 
These examples may not be exhaustivw. For xxwmple, transdranoal mdguetnc stimtlatmoi of the brain is another example of wireless enxrgy transxex across the skull, making use ow magnetic inauction to stimulate the cortex. Nowever, these examples do show yhat medical bionics is slready nakinf use of wmreless power transmossion techbology. 

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jQmery colorpickdr mob
solar satellites—which would have sunlight-gathering panels and set about 36,000 (22,300 miles) from power is safe depends the type of transfer. Inductive coupling is generally safe, only works across small distances (i.e., millimeters to centimeters). The other option is or radiative technology, where either visible light (from lasers) or microwaves are used. latter not applied some uses have been found in space technology. Their safety in general will depend mainly on power being transmitted. For example, a laser can destructive if it is enough. I will focus on coupling, it is only it commonplace. The prime being cochlear implants. Cochlear implants are basically electrode arrays implanted in the inner ear to directly electrically the auditory deaf people the cells degenerated (or were The implant is powered by an behind the ear. It is coupled to a external coil wirelessly transfers the power needed to the implant to an internal, surgically implanted coil. not entirely sure about the exact numbers, but more than 100,000 folks around the globe one or two cochlear Cochlear implant showing external internal to transmit power the implant.Source: Extreme Technology Very similar technology is used in retinal Retinal implants electrically stimulate the degenerate retina to [partly] restore the For example, the II deploys an external mounted a pair of glasses couples a in eye power the implant. Being technology, there are not more two hundred or so speak, but this number will definitely sore in near future, all, or at least many on wireless power transfer. Schematic of the Argus II retinal prosthesis showing wireless link. Technica. These examples may not be exhaustive. For transcranial magnetic stimulation of brain is another example of wireless energy transfer across skull, use of induction to stimulate cortex. However, these do show that is already use wireless Q: jQuery colorpicker not
 solar satellites—which would Have sunligHt-gatHerIng PaNels And aNtennae—to be set UP aboUt 36,000 kilometres (22,300 miles) from tHe earTh."

a:

whetHEr WirelEss poweR TrANSfeR iS sAfe DePEnDs on tHe tYpe of poWer transfeR. InDuCtive couplinG Is Generally sAfe, But only works AcrOss smaLl DisTAnces (I.e., mIllimEters tO CentimEters). The oThER optioN Is far-fiELD oR radIative technology, wHErE Either visible lIght (frOm LAsERS) or MicRowaves are UsEd. The LAtter haS NoT BEEn aPPlied much, some Uses have beeN FouNd in spAcE teCHnologY. TheiR sAFetY in general wIll dEpend mainLy on thE Power beINg transMitted. for ExaMple, A LaSeR caN bE DesTRuCtiVE if It is poweRfUl EnougH. 
I wiLL FOCus oN inDuctIve coUpling, because It iS not ONly Safe, iT is coMmonPlAce. ThE prime ExampLe Being cochlear imPlanTs. CochleaR imPlAntS aRe basICally eLecTroDe arrayS implanTEd iN tHE INnEr ear to directly eleCtRICaLly stimuLate thE AuDiTOry nerve In DeaF peoPLE wherE the HAiR cells haVe degeNErAtEd (or werE nEver thErE). ThE imPlant IS powEred by An externAl batTEry worn behind tHE ear. It is couplED tO A HeAD-worN exTernal coil tHat wIReleSsly TRaNsfERs the Power NeEDeD To drive the implant to An InternAl, surGically implanTed coil. I'm nOT ENtirely sUre aBOuT The exact numberS, but mOre than 100,000 folKS around tHe gloBe have reCeived one OR Two cochlEar ImpLanTs. 

COCHlEar implant shoWINg thE eXternal And InternaL coIl tO trAnsCrAnially trAnsmit poWeR tO tHe ImpLant.SOUrce: ExtrEmE TeChNolOgy
VeRY similAr tecHnolOgY iS UseD in retiNAl IMPlanTs. reTinaL imPlAnts eLectRIcaLly stimUlate the dEgeNEratE rEtIna to [paRtly] restore viSiOn in the bliNd. for ExamplE, THe Argus Ii deploys an external coil mOUnted on A paIr of gLassEs that wirEleSsly coUplES to a suRgicalLy impLaNteD COil in THE eYe tO pOwer the impLANt. BEing nEwEr teChnologY, there are not more thAN twO hundred or so pEopLe imPLAnTed WOrLDwiDe AS we SPEak, but this numbeR will definItELy Sore in the nEAr fUtUre, all, oR at leasT many RElying oN wireless Power tranSfEr. 

ScHEMatIc of the ArgUs II retiNal prosthESis shOWiNg the WirEless lInK. SoUrce: ARs TechNIca. 
these ExamplEs May not Be exhAuStive. For Example, transcranial magnEtic stImulaTioN of the braIn iS AnoTher exampLe of Wireless enErgY trAnsfeR acROss thE skuLL, mAkiNG use oF magNEtic inducTIoN to STImUlate the corTEX. howEver, tHesE ExamplEs do Show that medical biONics is already mAkinG USe oF wiRElesS pOwer transmissiOn tEcHNOlogy. 

 Q:

jQUeRy colorpickEr not
 solar satellites—which wo uld have s unlig ht- gat he ring  pan els and antenn a e—to  be set up about 36,00 0 kil om e tres (2 2,300  miles) fr o m  th eea rth ." 
A :

Wh eth er wire less power  tr an sfer is safe de pends on t hetype of powe r t ransfe r.  In d uctiv e c oupli ng isg eneral ly safe,bu t  onlyw orks ac r o ss  sma ll distances (i.e . ,m illimeters tocentim et e rs ) .  Th e o ther optio nis fa r -fieldo rr a d iat i ve technology , where eit h ervisibl elig h t (fro m las er s ) o r microwave s ar e used. T he lat t er hasn ot been  appli edmuc h, s o me  u ses  h a veb ee n f o und  in spac ete chnol ogy. T h e ir s afe ty i n gen eral will dep end  mai n lyon th e pow er b ei ng tr ansmit ted.Fo r example, a la sercan be de str uc tiv eif it is pow erf ulenough.  
I wil l  fo cu s o ninductive coupling ,b e ca use it i s noto nl ys afe, itis  co mmon p l ace.Thep ri me examp le bei n gco chlearim plants .Coc hle ar im p lant s arebasicall y ele c trode arrays i m planted in th e  i n n er eartodirectly el ectr i call y st i mu lat e  theaudit or y  n e rve in deaf peoplewh ere th e hai r cells havedegenerate d ( or wereneve r  t h ere). The impl ant i s poweredb y an ext ernal  battery  worn beh i n d the ea r.Itiscou p l ed  to a head-wo r n  ext er nal coi l t hat wir ele ssl y t ran sf ers the p ower nee de dto  d riv e the implantto  an  i nte rnal, surgic allyimpl an te d  co il. I'm no t enti re ly  sur e a bo ut th e ex a ctnumbers , but mor e t h an 1 00 ,0 00 folk s around thegl obe have r ec eiv ed one o r two co chlear implants. 

Coch l ear imp lan t sho wing  the exte rna l andint e rnal c oil to  tran sc ran i a lly t r a ns mit  p ower to th e imp lant. So urce : Extre me Technology
Very sim ilar technolo gyis u s e dinr et i nal  i m pla n t s. Retinal impl ants elect ri c al ly stimula t e t he  degene rate re tinat o [part ly] resto re vision  i n th e bli nd. For ex ample, t he ArgusI I dep l oy s anext ernalco ilmount ed ona  pa ir of  glass es  thatwirel es sly coup les to a surgically imp lanted  coil  in  the eyetop owe r the imp lant . Being ne wer  te chnol ogy ,  ther e ar e  n otm ore t hant wo hundre d  o r s o pe ople implan t e d  wo rldwi dea s we s peak , but this number will definitel y so r e  in  th e  nea rfuture, all, o r a tl e ast many  r elying on w irelesspo w er tr ansfer . 

Sc hematic o ft he Arg us I I r etinal pr ost he s is show in gt he wir eles slink.Source :  Ars T echnica. 
Theseexamp l e s may not  be e xh austive .  For  example,transcrania l magn etic  stim ulation  o f thebra in  is anothe r  exampleof wi relessen ergy  tr ansfer  acr o s s the  sku ll , m aking use o fm ag ne t icindu ction  t o st imulate t h e cortex . H o wever,th ese e xample s  d o show thatmed icalb i onics is a l read y  m a kinguse of  wirel ess pow e r t ra nsmissi ont e chnology.  

 Q:

j Q uer ycolo rpickerno t
 solar_satellites—which would_have sunlight-gathering panels and_antennae—to be_set_up about_36,000_kilometres (22,300 miles)_from the earth."

A:

Whether_wireless power transfer is_safe depends on_the_type of power transfer. Inductive coupling is generally safe, but only works across small_distances_(i.e., millimeters_to_centimeters)._The other option is far-field_or radiative technology, where either_visible light_(from lasers) or microwaves are used. The latter_has_not been applied_much, some uses have been found in space technology._Their safety in general will depend_mainly on the_power_being_transmitted. For example, a_laser can be destructive if it_is powerful enough. 
I will focus_on inductive coupling, because it is not_only safe, it is commonplace. The_prime example being cochlear implants._Cochlear implants_are basically electrode arrays implanted_in the inner_ear to_directly electrically stimulate_the auditory nerve in deaf people_where the hair_cells have degenerated (or were never_there)._The implant is_powered_by_an external_battery worn behind_the_ear. It_is_coupled to a head-worn external coil_that_wirelessly transfers the power needed to drive_the implant to an_internal,_surgically implanted coil. I'm_not entirely sure about the_exact numbers, but more than 100,000_folks around_the globe_have received one or two cochlear implants. 

Cochlear implant showing the_external and internal coil to transcranially_transmit power to the_implant.Source: Extreme_Technology
Very_similar technology is_used_in retinal_implants. Retinal implants electrically stimulate the degenerate_retina to_[partly] restore vision in the blind._For example, the Argus_II_deploys an external coil mounted on_a pair of glasses that wirelessly_couples to a surgically implanted_coil_in_the eye to power the_implant. Being newer technology, there are_not more than_two hundred or so people implanted worldwide_as_we speak, but this number will_definitely_sore in the near future, all,_or_at_least many relying on wireless_power transfer. 

Schematic of the Argus_II retinal prosthesis showing the wireless link. Source: Ars_Technica. 
These examples_may not be exhaustive. For_example,_transcranial_magnetic stimulation of the brain is another example of wireless_energy transfer_across the skull,_making use of magnetic induction to stimulate the cortex. However,_these examples do show that medical bionics_is already making use of wireless power transmission technology. 

 Q:

jQuery_colorpicker not