“Walk­ing on the moon will change the weath­er,” is a quote attrib­uted to a shaman in Africa in response to the lunar land­ing in 1969. The resource deple­tion required for space explo­ration offers one exam­ple of the need to rec­og­nize the rela­tions between all mat­ter and energy.

“Con­nec­tion is every­thing. Con­nect with oth­ers, and with your spir­i­tu­al self. Love the truth you find in oth­er hearts, and always lis­ten to the voice of truth in your own heart. Be as fair, hon­est, pos­i­tive and cre­ative as you can in all your thoughts, speech and actions. The heart of our human kind is tol­er­ant, coop­er­a­tive, car­ing and coura­geous.”— Gre­go­ry David Roberts

All life, every­where, com­pris­es a uni­ver­sal design. That over­all design reveals com­plex con­nec­tions that account for infi­nite vari­a­tion, as well as repeat­ing pat­terns. The largest objects, like the sun and plan­ets of our solar sys­tem, share sim­i­lar char­ac­ter­is­tics with even the small­est ele­ments, like atoms, the build­ing blocks for all ordi­nary mat­ter. Elec­trons orbit the nucle­us of an atom in the same way our plan­et orbits around the sun.¹ The struc­ture of the human body also shares many qual­i­ties with the anato­my of our plan­et: each is made up of around 70% water,² each has chakra points,³ and each is great­ly affect­ed by its rela­tion to sun­light and the pull of the moon’s cycle. 

Earth’s rain­forests behave like lungs. Trees are inte­gral parts of the planet’s res­pi­ra­to­ry sys­tem. Defor­esta­tion and pol­lu­tion are mak­ing it hard for our plan­et to breathe, which in turn makes it very dif­fi­cult for us to breathe. We have to do bet­ter to take care of both our indi­vid­ual bod­ies, as well as our col­lec­tive lands, waters, and ecosys­tems. All bio­log­i­cal sys­tems are con­nect­ed through an extra­or­di­nary set of rela­tion­ships. When one sys­tem is ill cared for, it affects every oth­er sys­tem and its con­stituent parts. The ques­tion that occurs to us then becomes: How can we address the inter­re­lat­ed symp­toms of our soci­etal system—such as inequal­i­ty, pover­ty, and con­t­a­m­i­nat­ed water—as we would address any issue relat­ed to own phys­i­cal health? When the work­ing order of our bod­ies begins to fail, we seek to begin cor­rec­tive mea­sures imme­di­ate­ly. So then why does Flint, Michi­gan still not have clean drink­ing water after five years? Because of mas­sive sys­temic cor­rup­tion and lack of account­abil­i­ty. These issues, in turn, lead to a fail­ure of col­lec­tive con­fi­dence in gov­ern­ment insti­tu­tions. The repair to this kind of dis­trust must first begin with acknowl­edg­ing how we are all con­nect­ed as peo­ple and forms of life, and using that fun­da­men­tal rea­son for respect as a jump­ing off point toward prop­er­ly address­ing what ails us the most.

There is a great deal of evi­dence to sup­port the idea that our human design can be under­stood as an exten­sion of oth­er designs in nature. In the ear­ly 1900s, Indi­an physi­cist, Jagadish Chan­dra Bose, stud­ied the ner­vous sys­tem of plants and lec­tured about the ways in which plants exhib­it per­cep­tion sim­i­lar to how humans receive, and react to, infor­ma­tion. Among the var­i­ous devices Bose invent­ed was a cresco­graph, a device used to detect plant growth, very small motions with­in plant tis­sues, and to mea­sure plants’ elec­tri­cal respons­es to var­i­ous stim­uli. Through his research, Bose came to under­stand that plants respond not only to light, but to sound and touch as well. Rec­og­niz­ing this sen­so­ry capac­i­ty of plant-life helps us under­stand how human­i­ty is not the only species that feels. This recog­ni­tion, in turn, can open up a greater sense of aware­ness and appre­ci­a­tion for life in what­ev­er form it takes.

All actions have con­se­quences, whether intend­ed or not. The health of our plan­et and our own bod­ies are well served to rec­og­nize how our actions, and even our thoughts, mat­ter. Think­ing about the var­i­ous ele­ments we incor­po­rate into our lives, leads to a larg­er con­sid­er­a­tion of the abil­i­ty of envi­ron­men­tal fac­tors to influ­ence how we feel, and even who we become. There have even been sci­en­tif­ic stud­ies explor­ing the influ­ence of envi­ron­men­tal fac­tors on a cel­lu­lar level.

In the ear­ly 1980s, Dr. Bruce Lipton’s research on the biol­o­gy of a cell’s out­er lay­er revealed how a cel­lu­lar mem­brane can behave like a com­put­er chip in its capac­i­ty to store infor­ma­tion. Con­tin­u­ing these stud­ies into the ear­ly 1990s led Lip­ton to con­clude that the cel­lu­lar mem­brane also serves as a kind of mis­sion con­trol for respond­ing to the envi­ron­men­tal con­di­tions expe­ri­enced by an organ­ism. In this way, the mem­brane is able to change the cell’s behav­ior, and even phys­i­ol­o­gy, by influ­enc­ing the genet­ic activ­i­ty of cor­re­spond­ing cells. This con­cept was foun­da­tion­al to the emerg­ing field of epi­ge­net­ics. This abil­i­ty, for gene expres­sion to be mod­i­fied based on envi­ron­men­tal changes, has been instru­men­tal in rethink­ing the nature of genomes. As Lip­ton explained to the news­pa­per Irish Inde­pen­dent in 2014, “Genes don’t con­trol any­thing, they’re just blue­prints. Where­as ‘epi­ge­net­ic control’—control above the genes—turns every­thing on its head. The envi­ron­ment influ­ences the selec­tion and read­ing of genes. A person’s health isn’t gen­er­al­ly a reflec­tion of genes, but how their envi­ron­ment is influ­enc­ing them.”⁴ The impli­ca­tions of envi­ron­men­tal influ­ence on gene expres­sion have led to wide­spread alter­ations in what peo­ple eat, where they live, what they do for work, and every oth­er con­ceiv­able lifestyle choice.

Con­tin­ued dis­cov­er­ies of the inter­con­nec­tions deep with­in our bod­ies and envi­ron­ments have the effect of expand­ing con­scious­ness on an indi­vid­ual and col­lec­tive lev­el. We are not iso­lat­ed, nor apart, from nature. The more sci­ence has looked the more we see evi­dence of incred­i­ble syn­chro­niza­tion between our­selves and nature. Quan­tum entan­gle­ment describes the phe­nom­e­non in which mul­ti­ple par­ti­cles share the same state. Accord­ing to

this the­o­ry, an action upon one par­ti­cle effects the action of the oth­ers regard­less of how lit­tle, or how much, space exists between them. This phenomenon—which was also described by Ein­stein as “spooky action at a dis­tance”⁵—leads to the mys­tery of non-local­i­ty (mean­ing that trans­for­ma­tion­al inter­ac­tions can occur between objects even when those objects do not share the same phys­i­cal space). Some­times this phe­nom­e­na can seem to occur in dai­ly life. Like when a per­son receives a wave of emo­tion at the same time as some­one else they are close­ly con­nect­ed with. Obser­va­tions like these reveal how despite any phys­i­cal dis­tance, we are inex­tri­ca­bly con­nect­ed through the nature of existence.

Con­scious­ness is inti­mate­ly involved in all phys­i­cal and meta­phys­i­cal phe­nom­e­na; a fun­da­men­tal truth and orga­niz­ing prin­ci­ple of the universe.

“Con­scious­ness isn’t some­thing we have; it’s some­thing we, and the whole world, are.”— Jude Cur­rivan

Does a dog know it’s a dog? How does a bird know to sing in the morn­ing? How do we come to ask our­selves: Why are we here and where are we going? Con­scious­ness plays a pri­ma­ry role in these ques­tions. While no one has yet been able to prove what con­scious­ness is or where it comes from, we can all feel its effects. If we take the hypoth­e­sis that con­scious­ness is not a prod­uct of the brain, but instead a facet of being alive, then the con­ver­sa­tion begins to open up…

What even has con­scious­ness? A liv­ing sys­tem cer­tain­ly has con­scious­ness, a more spe­cif­ic ques­tion is: what kind? A plant is con­scious of where sun­light shines and it reach­es in the direc­tion of that light. This kind of plant behav­ior is well under­stood on a bio-mechan­i­cal lev­el and through the lens of per­cep­tive behav­ior. Per­haps a more appro­pri­ate ques­tion to ask might be: How can we, as humans, adapt our con­scious­ness to con­nect on more of the myr­i­ad fre­quen­cies chan­nel­ing through­out the web of life?

Around the world, researchers con­tin­ue to explore where con­scious­ness comes from and how it evolves. For the last twen­ty years, at the Ernst Strüng­mann Insti­tute in Ger­many, neu­ro­phys­i­ol­o­gist Pas­cal Fries has been inves­ti­gat­ing how the elec­tri­cal pat­terns of gam­ma, theta, and beta waves work togeth­er in the brain to pro­duce dif­fer­ent types of human con­scious­ness. The hypoth­e­sis of Fries’ research is that rhyth­mic syn­chro­niza­tion between net­works of neu­rons is linked to how the human brain has evolved over time to process infor­ma­tion.⁶ In look­ing into his research, we won­der how the under­ly­ing mech­a­nisms of neu­ronal syn­chro­niza­tion might be under­stood and lever­aged in the future to fos­ter enhanced cog­ni­tion and deep­er con­nec­tions between individuals.

We are fas­ci­nat­ed by how brain func­tion relates to the mind’s abil­i­ty to move beyond the bound­aries of phys­i­cal space and time. With this capa­bil­i­ty, the mind can tru­ly become our

most pow­er­ful means of com­mu­ni­ca­tion and con­veyance. Per­haps one way to begin to under­stand how the mind might even learn to con­trol mat­ter in the future, is to first rec­og­nize how every­thing in the phys­i­cal world is always in motion. As with all mat­ter, the var­i­ous parts of our bod­ies com­prise chan­nels of ener­gy that vibrate at var­i­ous fre­quen­cies. If we can learn how to syn­chro­nize the fre­quen­cies occur­ring through our bod­ies and minds with the fre­quen­cies of oth­er mat­ter, then per­haps we can actu­al­ly learn to make that mat­ter change its fre­quen­cy and cor­re­spond­ing motion.

At UC San­ta Bar­bara, Jonathan School­er (Pro­fes­sor of Psy­cho­log­i­cal and Brain Sci­ences) and his col­league Tam Hunt (an Affil­i­ate Guest in Psy­chol­o­gy in the university’s META Lab) devel­oped a “res­o­nance the­o­ry of con­scious­ness”.⁷ Their the­o­ry posits that syn­chro­nized vibra­tions com­prise not only human con­scious­ness, but all phys­i­cal real­i­ty. As Hunt explains,

“Even objects that appear to be sta­tion­ary are in fact vibrat­ing, oscil­lat­ing, res­onat­ing, at var­i­ous fre­quen­cies. Res­o­nance is a type of motion, char­ac­ter­ized by oscil­la­tion between two states. And ulti­mate­ly all mat­ter is just vibra­tions of var­i­ous under­ly­ing fields.”
— Tam Hunt ⁸

In light of every­thing in the uni­verse being in motion, the phe­nom­e­non of res­o­nance offers a frame­work for how dif­fer­ent ele­ments are brought togeth­er through a shared vibra­tional state of exis­tence. We can feel when we res­onate with anoth­er per­son by how we are drawn to that indi­vid­ual; how our con­ver­sa­tion with them can feel instant­ly effort­less and expan­sive. Or, we might res­onate with a cer­tain place, whether it’s a city puls­ing with quick ener­gy or a peace­ful and idyl­lic coun­try­side. Res­o­nance expe­ri­enced through cer­tain fre­quen­cies reveals how con­nec­tions are formed and cul­ti­vat­ed. If con­scious­ness is a uni­ver­sal con­stant between all that exists, and if all that exists is always mov­ing, then we can think of con­scious­ness as the ever-chang­ing con­duit through which every­thing is expe­ri­enced by everyone.