Epstein Secrets

, <mailto > wrote: Oh Lord. This is a very hard problem — do you have any interesting inputs to add here? EFTA_R1_01694207 EFTA02543010 From: Lowell Wood [mailto <mailto Sent: Saturday, September 03, 2011 11:38 PM To: Rod Hyde; Jordin Kare Cc: 'Nathan Myhrvold'; Chuck Whitmer - External; 'Jeff Bowe

, e.g., how can this proto-device be made to work significantly better — i.e., in-any-&-all-ways-more-practical -- than as-sketched above? Thanks! Lowell Artificial light-harvesting method achieves 100% energy transfer efficiency September 1, 2011 <http://www.physorg.com/archive/01-09-2011/> by Lisa

/tags/journal+of+the+american+chemical+society/> . "In order to realize an artificial light-harvesting system, almost 100% efficiency is necessary," Takagi told PhysOrg.com. "Since light-harvesting systems consist of many steps of energy transfer chttp://www.physorg.com/tags/energy+transfer/> , the tot

counterparts. "A molecular arrangement with an appropriate intermolecular distance is important to achieve nearly 100% energy transfer efficiency," Takagi said. "If the intermolecular distance is too near, other reactions such as electron transfer and/or photochemical reactions would occur. If the inte

at 2:48 AM, Oh Lord. =on.org> wrote: This is a very hard problem =E2 do you have any interesting inputs to add here? <= class="MsoNormal"> From: Lowell Wood [mailto <mailto > Sent: Saturday, Sept=mber 03, 2011 11:38 PM To: Rod Hyde; Jordin Kare Cc: 'Nathan Myhrvold'; C=uck Whitmer - External; 'Jeff B

how can this proto-device be made to work significantly better =80 i.e., in-any-&-all-ways-more-practical -- than as-sketched above= <1=> Thanks! Lowell=u> 3 EFTA_R1_01695511 EFTA02543552 Artificial light-harvesting=method achieves 100% energy transfer efficiency</=> September 1, 2011 <http://

ags/journal+of+the+american+chemical+societyk . "In order to realize an arti=icial light-harvesting system, almost 100% efficiency is necessary, =9D Takagi told PhysOrg.com. "Since light-harvesting systems=consist of many steps of energy transfer <http://www.physorg.comitags/energy+tra=sferk , the tota

counterparts. "A molecular arrangement wit= an appropriate intermolecular distance is important to achieve nearly 100= energy transfer efficiency," Takagi said. "If the intermo=ecular distance is too near, other reactions such as electron transfer and=or photochemical reactions would occur. If the inte

by the same photon On Sun, 4 • <mailto: > wrote: Oh Lord. This is a very hard problem — do you have any interesting inputs to add here? From: Lowell Wood [mailto Sent: Saturday, September 03, 2011 11:38 PM To: Rod Hyde; Jordin Kare Cc: 'Nathan Myhrvold'; Chuck Whitmer - External; 'Jeff Bowers'; Boris

be made to work significantly better — i.e., in-any-&-all-ways-more-practical than as-sketched above? Thanks! 3 EFTA_R1_01696122 EFTA02543933 Lowell Artificial light-harvesting method achieves 100% energy transfer efficiency September 1, 2011 <http://www.physorg.com/archive/01.09-2011/> by Lisa

/tags/journal+of+the+american+chemical+society/> . "In order to realize an artificial light-harvesting system, almost 100% efficiency is necessary," Takagi told PhysOrg.com. "Since light-harvesting systems consist of many steps of energy transfer <http://www.physorg.com/tags/energy+transferk , the tota

counterparts. "A molecular arrangement with an appropriate intermolecular distance is important to achieve nearly 100% energy transfer efficiency," Takagi said. "If the intermolecular distance is too near, other reactions such as electron transfer and/or photochemical reactions would occur. If the inte

mailto Oh Lord.=u> This is a v=ry hard problem — do you have any interesting inputs to add herek=span> =div> From:=span style="font-size:10.0pt"› Lowell Wood (mailto <mailto >1 S=nt: Saturday, September 03, 2011 11:38 PM To: Rod Hyde; Jordin Kare Cc: 'Nathan Myhrvold'; C=uck Whitmer - External; 'Jeff

al+society/> . 4 EFTA_R1_01694119 EFTA02542947 "In order to realize an artificial light-har=esting system, almost 100% efficiency is necessary," Takagi told <=>PhysOrg.com. "Since light-harvesting systems consist of many =teps of bacteria <http://www.physorg.com/tags/energy+transfer/> or plant leav

c=unterparts. "A molecular arrangement with an appropriate=intermolecular distance is important to achieve nearly 100% energy transfe= efficiency," Takagi said. "If the intermolecular distance=is too near, other reactions such as electron transfer and/or photochemica= reactions would occur. If the inte

to target="_blank" > wrote: Oh Lord. This is a very hard problem =93 do you have any interesting inputs to add here? <= class="MsoNormal"> From: Lowell Wood [mailto <mailto > Sent: Saturday, Sept=mber 03, 2011 11:38 PM To: Rod Hyde; Jordin Kare Cc: 'Nathan Myhrvold'; C=uck Whitmer - External; 'Jeff B

om/tags/journal+of=the+american+chemical+society/> "In order to realize an artificial light-har=esting system, almost 100% efficiency is necessary," Takagi told <=>PhysOrg.com. "Since light-harvesting systems consist of many =teps of bacteria <http://www.physorg.com/tags/energy+transfer/> or plant leav

c=unterparts. "A molecular arrangement with an appropriate=intermolecular distance is important to achieve nearly 100% energy transfe= efficiency," Takagi said. "If the intermolecular distance=is too near, other reactions such as electron transfer and/or photochemica= reactions would occur. If the inte