Epstein Secrets

:41:45 +0000 Dear Jeffrey, They could be probability fields themselves, you're right. When I first put forward this hypothesis I corresponded with Karl Popper, the philosopher of science, about it and he thought morphic fields sounded like what he called propensity fields, a very similar concept to your pr

elegant. and as good a theory as any scientist can propose. On Mon, Jul 11, 2016 at 6:49 AM, Rupert Sheldrake > wrote: Dear Jeffrey, Yes, I think Brian Josephson is indeed rather scattered. I don't think Deepak is interested in deep theoretical issues so I don't think you'll succeed in moving him towards the

wrote: Dear Jeffr=y, They could be probability fields themselves, you4k=80.re right. When I first put forward this hypothesis I corresponded with Karl Popper, the philosopher of science, abo=t it and he thought morphic fields sounded like what he called propensity fie=ds, a very similar concept to your pr

. and as good a theory as any scientist can propose. </=iv> On Mon, Jul 1=, 2016 at 6:49 AM, Rupert sheldrake wrote: Dear Jeffrey, Yes, I think Brian Josephson =s indeed rather scattered. I don't think De=pak is interested in deep theoretical issues so I don't think you'll succeed in moving him toward= the

wrote: Dear Jeffr=y, They could be probability fields themselves, you4o=8040re right. When I first put forward this hypothesis I corresponded with Karl Popper, the philosopher of science, abo=t it and he thought morphic fields sounded EFTA_R1_01560705 EFTA02457133 like what he called propensity fie=ds,

. and as good a theory as any scientist can propose. </=iv> On Mon, Jul 1=, 2016 at 6:49 AM, Rupert Sheldrake wrote: Dear Jeffrey, Yes, I think Brian Josephson =s indeed rather scattered. I don't think De=pak is interested in deep theoretical issues so I don't think you'll succeed in moving him toward= the

< > > wrote: Dear Jeffrey, They could be probability fields thems=lves, you're right. When I first put forward this hypothesis I corresponded with Karl Popper, the philosopher of science, abo=t it and he thought morphic fields sounded like what he called propensity fie=ds, a very similar concept to your pr

good a theory as any scientist can propose. </=iv> On Mon, Jul 1=, 2O16 at 6:49 AM, Rupert Sheldrake < ><=span> wrote: Dear Jeffrey, Yes, I think Brian Josephson =s indeed rather scattered. I don't think De=pak is interested in deep theoretical issues so I don't think you'll succeed in moving him toward= the

o.uk» wrote: Dear Jeffrey, They could be probability fields thems=lves, you're right. When I first put forward this hypothesis I corresponded with Karl Popper, the philosopher of science, abo=t it and he thought morphic fields sounded like what he called propensity fie=ds, a very similar concept to your pr

ood a theory as any scientist can propose. </=iv> On Mon, Jul 1=, 2016 at 6:49 AM, Rupert Sheldrake < :•<=span> wrote: Dear Jeffrey, Yes, I think Brian Josephson =s indeed rather scattered. I don't think De=pak is interested in deep theoretical issues so I don't think you'll succeed in moving him toward= the

o.uk> =rote: Dear =effrey, They could be probability fields =hemselves, you're right. When I first put forward this hypothesis I corresponded with Karl Popper, the philosopher of science, =bout it and he thought morphic fields sounded like what he called propensity =ields, a very similar concept to your pr

very very elegant. =nd as good a theory as any scientist can propose. On Mon, Jul 11, =016 at 6:49 AM, Rupert Sheldrake Dear Jeffrey, Yes, = think Brian Josephson is indeed rather scattered. rote: I don't think =eepak is interested in deep theoretical issues so I don't think you'll succeed in moving him towa