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2016.01.25

֥ȤȤ鷺̻ҤΡȤĤɾ֤ѤƾãԤ̻ҥƥݡơסˤȤä̴Υߥ˥ʤεѤѤƲ桹ʹ֤Τ褦ͭʪΡȡɤžǤǽƤȤäޤ˳ɥޡإȥå٤ǻȤƤž֡ɤ¸ᤤΤ

2016-02-08_142948

ͭʪΡȡɤƥݡơ󤹤

̻ϳؤμѲλߤϡܳФȯŸ뤲Ƥ롣2014ǯNASAJPLʥåȿʸˡNISTʥꥫΩɸൻѸˡ͡ؤʤɤʪؼԤʤ븦बեСѤƤޤǤΡ̻ҥƥݡơ׺ĹϿ˹25kmγΥΤĤδ֡2015ǯ11ˤNTTʪʳشøﹰ᤬Ƴ븦ब褽100kmεΥϿɤؤ

ޤǤΥ˥塼ȥϳؤ䡢󥷥奿ˤϰϤĶ̻ȼѲλߤ塹ȿʤƤ롣Ǥ⡢ơǥʽѥǥ塼ؤΥȥ󥫥󡦥ꥣȡؤΥĥ󡦥ΤƱǹԤäƤ¸ϡҤȤ¿Ǵ̯ʤΤǤ롣ȤΤ⡢ʪ̻ҥƥݡǽְִư褦Ȥ̤ʹμ¸ʤΤȤȤϡ⤷μ¸Ȥʤ顢桹Τְִư뤳ȤǤž֡ɤ¤ΤΤˤʤ뤫⤷ʤΤ

ޤƤϤʤ褦ǤͭʪΡȡɤƥݡơ󤹤뤳ȤޤϻߤƤ롣ʤȤǽʤΤ

̻ŪŤ͹碌ξ֤Ĥ

¸Υ򰮤Τϡƥݡơ󤵤褦ȤͭΤ̻ŪŤ͹碌Quantum superpositionˤȤ֤ˤȤǤ롣Ǥϡ̻ŪŤ͹碌ȤϤɤʾ֤ʤΤ 뤿ˤϡνܤˤޤǤΤܤ뤳Ȥˤʤ롣ϰȥʤǤҲ𤷤Ƥ뤬ȥꥢʪؼԤΥ󡦥졼ǥ󥬡1935ǯ˹Ԥä׹ͼ¸֥졼ǥ󥬡ǭפΤȤ

ǤϾܤ򤱤뤬狼䤹ûˤäƤޤС֥졼ǥ󥬡ǭפȤϳΨ50ζܤˤȢǭΤȤĻųݤȢ줿ǭλ֤вᤷˡϤƤΤǤΤΤȤʤȢ򳫤ƤߤޤǤ狼ʤ̻Ǥϡȴѻɤ뤳ȤǭबꤵȲ᤹ΤĤޤꡢȢˤǭƤ⤤뤷Ǥ⤤Ȥ2Ĥβǽ¸¸ߤʤΤǤ롣Ƥξ֤̻ŪŤ͹碌ξ֤ʤΤ
 
2016-02-08_143039

ꥣϡͭΤƥݡơ򤹤ˤϡޤ̻ŪŤ͹碌ξ֤ˤʤƤϤʤʤȹͤƤ롣׹ͼ¸äǤϤʤͭΤºݤ̻ŪŤ͹碌ξ֤ˤˤϡΤɤФ褤Τ

ʤɤξΥ줿ͭΤδ֤ǥƥݡȤǤ褦ˤʤ

ꥣˤСͭΤ̻ŪŤ͹碌ξ֤ˤˤϡޤ֤ˤʤФʤʤȤˤ뤳ȤͭβŪưȥͥ륮񡢳ȤߴĤʤʤꡢʪ롣¸Ǥϡƥݡơ󤵤ͭΤʪꤷƤ뤳Ȥ顢ޤϤʪ֤ˤΤǤ롣
 
2016-

ˡषʪưǺ٤ưξ֤롣᡼ȤƤϡáݤĥΤ褦餬٤ưƤ֤ƿưξ֤줿ʪϡ̻ŪŤ͹碌ξ֤ˤʤȥꥣΤϼĥƤ롣

ºݤ˥ؤθ泫ȯ2ǯˡߥ˥οưȯޥȸҤ̻ŪŤ͹碌ξ֤ˤưݻ뤳ȤƤȤȤ

Ƥषʪȿưݡɤ2åѰդδ֤ĶƳϩsuperconducting circuitˤǷ֤ȡ2ĤʪΡȡɤϤޤäƱΤˤʤȤΤĤޤΡȡɤ¾إƥݡȤƱ֤ʪ̡ξƱ¸ߤ뤳ȤˤʤΤǤ롣

ƥݡȤȡɤȤäƤ¡αդʤɤǤϤʤΤȤϡȾɤǤ롣Ȥе䴶ʤɤΥ줿ͭΤδ֤ǥƥݡȤǤΤǤϤʤȹͤƤΤDaily Mailפμ˱ꥣϡΤ褦˶ĥ롣

ֲ桹ϡ2ĤʪƱ¸ߤǤˡ̤Ƥޤƾ衢̻ŪŤ͹碌ξ֤ʪƥݡȤǤļ̿ƤߤΤǤ

󤳤θκǽɸϡʹ֤ޤʪΥƥݡơǤ뤳Ȥϴְ㤤ʤޤˡإȥå٤Ρž֡ɤμ¸Ǥ롣̻ҥƥݡơˤĤƤϡޤϥ󥿡ͥå֤̻ҥͥåȥμѲȻפäƤճˤ᤯ž֡ɤβǽƤȤˤʤ롣ʪʤȤ⤫ʹ֤ξǤ뵻ѤΩƤʤᡢޤޤϻѤߤǤ⡢ޤäSFŪ̴ʪȹͤƤƥݡơ¸λĤäȤˤ϶äФѲϱ󤤾ΤȤǤϤ뤬θ˴Ԥ

ʸĤ󤸡

͡Daily MailסUnknown Countryסۤ

ȸ TOCANA


Could teleportation become a reality? Scientists propose the first scheme to teleport the MEMORY of a creature

Plan to do this using something known as quantum superposition
This suggests particles can exist in different states until observed
They suggest using oscillating membranes and superconducting circuits to achieve teleporation when an organism is in a frozen state

By ELLIE ZOLFAGHARIFARD FOR DAILYMAIL.COM

PUBLISHED: 22:07 GMT, 13 January 2016 | UPDATED: 22:20 GMT, 13 January 2016

The dream of Star Trek-style teleportation may not be as farfetched as it seems. A team of physicists has come up with a plan to teleport the memory of an organism using a technique known as 'quantum superposition'.
This suggests particles can exist in different states known as 'superpositions', in two or more places at once, until they are observed.

30229FBE00000578-0-image-a-64_1452718950580

Quantum teleportation between two microorganisms is shown. The internal state (an electron spin) or the state of a microorganism on an electromechanical oscillator can be teleported to a remote microorganism on another electromechanical oscillator using electrical circuits, the researchers claim

The bizarre experiment has been proposed by Professor Tongcang Li at Purdue University and Dr Zhang-qi Yin at Tsinghua University. They suggest using electromechanical oscillators and superconducting circuits to teleport the quantum state of a microorganism. They also proposed a scheme to create a Schrodinger's cat state in which a microorganism can be in two places at the same time. In 1935, Erwin Schrodinger proposed a famous thought experiment to prepare a cat in a superposition of both alive and dead states. Physicists have made great efforts in many decades to investigate macroscopic quantum phenomena. For example, a group in Colorado recently cooled the vibration of a 15-micrometer-diameter aluminium membrane to quantum ground state, and entangled its motion with microwave photons. But quantum superposition of an entire organism has never been done. Tongcang Li and Zhang-qi suggest the way to make it work would involve cooling a common bacterium down to a frozen state.

This would to prevent chemical activity from taking place and energy from being exchanged with the environment.
They would then attach the microbe to an oscillating membrane, which they say would be enough for the bacterium to be put into a superposition state.
Quantum superposition and teleportation of the organism can then be done with the help of superconducting microwave circuits.

30229FC200000578-0-image-a-65_1452718953386

The dream of Star Trek-style teleportation may not be as farfetched as it seems. A team of physicists has come up with a plan to teleport the memory of an organism using something known as 'quantum superposition'
With a strong magnetic field, the internal states of a microorganism can be entangled with its motion and be teleported to a remote microorganism.
Since internal states of an organism contain information, this proposal provides a way for teleporting information, or memories, between two remote organisms.
Li says 'We propose a straightforward method to put a microorganism in two places at the same time, and provide a scheme to teleport the quantum state of a microorganism.
'I hope our unconventional work will inspire more people to think seriously about quantum teleportation of a microorganism and its potential applications in future.' added Yin.
'Our work also provides insights for future studies about the effects of biochemical reactions in the wave function collapses of quantum superposition states of an organism.'

ȸ Daily Mail


Physicists to Teleport a Living Creature for the First Time

Friday, September 18, 2015

quantum-teleportation_0

A team of physicists have put forward an ambitious new plan to put the principle of quantum superposition, where an object can exist in two places at once, to work on a subject that has not been attempted before: they plan on doing this with a living microorganism.

Researchers have been steadily increasing the scale of the subject that they subject to a state of quantum superposition, where the particles affected are in more than one place at the same time, starting with smaller elementary particles such as photons, up through recent experiments where macroscopic, inanimate objects have been subjected to this state.

But what about living organisms?

Quantum physicists at Purdue University in Indiana and Tsinghua University in Beijing have proposed putting a common microorganism, such as a single bacterium, into a state of quantum superposition. While this would not be true teleportation of the creature, as that would involve it ceasing to exist at it's point of origin, and continuing to exist at it's destination, this would constitute an incredible step towards the goal of true quantum teleportation.

Although it has attracted enormous interest, no quantum superposition state of an organism has been realized. So we propose a straightforward approach to put a microbe into a superposition of two spatial states, that is, the microbe will be at two different positions at the same time, explains Tongcang Li of Purdue University.

Dr. Li proposes to utilize an apparatus that employs an oscillating aluminum membrane that holds a state of superposition, that was developed at the University of Colorado two years ago. They plan to place their Schrodinger's Microbe on the membrane to induce it into it's own state of superposition. Dr. Li hopes that the experiment could be constructed and running in the next three years.

It is cool to put an organism in two different locations at the same time, adds Dr. Li. In many fairy tales, a fairy could be at two different locations or change locations instantly. This will be similar to that. Although it will be a microbe instead of a fairy.
Image Credit: Science--AAAS

News Source: The Original Proposal Additional Story from the Guardian

Find stories like this: Quantum Indeterminacyteleportation

2016-02-08_144829

ȸ Unknown Country


륢ꥫ̻ϳؤǿͤˤ狼䤹Ȥΰȴ褷ΤǤ̻-ϳؤؤϤǤ̻ϳؤ򤷤ʤȽʤʬǤԳȤ-Ūʥ˥塼ȥϳءʣǯˤΤʤʸϤοͤˤϥȤ˴-Ǥ礦

㤨СѷѤ¤ϡ٤ȽäȻפޤºݤϡٰʾ-꡼ޥؤȤäơ˴ŤĤޤԳϡ֤Ȼ֤ƱˤϳǤʤȤȤǤ-٥륰Ȥͤȯޤ

ȡ줬ȯŸơ¤ϡ¸ߤȤ-Τϡѻ䤷ƤϤ¸ߤȤůءΤ褦ʤȤºݤ˸¤ˤ-ǤäƤ뤳Ȥȥޥܡ󾧤ºݤϤΥ󥿥Ȥϣ-ǯ˾졢ޤºݤ˥ƥݡơϡǯ餤˼¸-ޤ

ϡܿͤΥ롼פ̻ҥƥݡơ˴ؤƤϡ꡼ɤƤ-̻ϳؤѤȤǤʤ̻ҥԥ塼ϤäѤꥢ-꡼ɤƤޤ








ڴϢ
ھ׷ϤǵäƤƥݡơ󸽾ݡޤȤ

ھ׷ϤǵäƤƥݡơ󸽾ݡޤȤ

ɤʵΥ֤ǰư!?ƥݡơ󸽾ݤ

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ƥݡơ󡦥ƥݡȡְִưθݤϰΤɤäǵäƤΤǤ礦ʬΰջפ˴طʤޤäΤʤȤ˰֤ǰưƤޤʬοȤ˵äȻפȥäȤޤ


ܤǤλ

ع3ǯκ٤ǿ٤٤˳ع˹Ԥä顢οΤȤʤˤäĤξʪäعζƤ

ʶ˰ֺǽ褿Ҥˤȡ
̾Ƥι̱ǯΥϥ䡢䤬ǮǴ򿡤ȤΥ롢̴etc

йƤ饹᡼Ȥˡ֤졢̾񤤤Ƥ뤱ɡʢϥˡΤΡ ʤǤʤȤ˥Ρˤ졢¾Τ⳧Ρפȸ졢䤬֤ʤǤʤȤˤΡɡΤ졩

饹᡼ȡΤ뤫衪פȡʲä路ƤȡôǤơ֤졢ʤΤǤ硩ɤƤʤγعˤ櫓פȼ졢ϡ֤ʤǤʤγعˤǤפѤʤꡢˡ֤졢ƤäƸäƤ衪äҤŤʤפȤ˼졦Ƥäơʤǡ

𤷤ơ˥֥Ĥʤ顢ɥ뤫Ϥ줿λʪ򡢼ФϤΤФƤ롦⤹褯ФƤơ֥ĤξΤΥƥݡȡפȤơ褯äޤ

ťʤͤʤ

ȸ ݤáޤȤ֥


֥Υ쥹Ǥλ

1968ǯ6롢를۸ΤǤӥȤ׿ͤϡ֥Υ쥹ιƻ֤äƤΤؤμ֤Ǥ롣줫˿̤βȤˤȤä

㥹Ԥ̤꤫äޤ˼Ϥ̸ΩϤ᤿äȿۤˤʤäơפ˸ܤȡäޤǸäƤϤΥӥ׺ʤμ֤ʤ

֤졩ˤ󤿤μ֤ʤʤä

˼֤ԤäƤߤääƤ뵤ۤʤޤޤۤˤʤäƤäõƤߤϤȯʤ

ȤǤϤʤȴؤϤ˷ٻܺळȤˤʤäƶ᤯±ˤ⤢ä򤫤ΤäƱФƤԤϤʤ䤤碌ƤߤΤ褦ʻΤϤɤˤʤȤ

ޤǤ櫓ʬʤޤޣ᤮ƣθ塢ؤ˰ܤääƤᥭƥΥ를λۤĹΥää

֤ϥᥭƥΥ를λۤǤͤǤ礦¤Ϻ۸ΤΥӥ׺ʤݸƤΤǤ

를󤫤ᥭޤǤ󣷣kmʤΥ줿ȤˤΤפäʹƤȡ˥ӥܿͤø˽Ф

ֻˤⲿääѤʬʤȤˤᥭˤԵǥ֥Υ쥹صͽ

ؤ⸽褯ʤ

ƿָ塢ӥ׺ʤϥ֥Υ쥹ζ夷׿ͤϤΤޤ޵ߵ޼֤±˱Ф줿ӥϤȤΤĤϤ᤿

롢֤žƤȵޤĤ̸ΩƤơäƤ׺ʤϤӤ褦ˤߤθȤĤδ֤ˤäƤؤμ֤⸫ʤʤäơޤܤðŤˤʤꡢƤƥ֥졼ƧΤΡΤޤ޵򼺤äƤޤäȤΤ

ƵĤˤϡɤۤ˾ȤĤ뿿ƻϩäƤФΤʤʤγλפߤޤäƤ롣ƤƼ֤ФƤߤȡ֤ƤǤƤ롣

̤꤫ä֤ߤơϰΤɤʤΤҤͤƤߤȥᥭμԥᥭƥȸ줿֤ʥХʡʤޤޡȤꤢ를λۤ˶ǽ᤿ȤȤ

ӥ׺ʤ虜虜ʼǵ򤦤ĤȤϹͤˤ֤˾äȤƤ֤ǤϣkmƻΤ夹ΤϺԵǰưȤƤ֤ϤɤäƱΤ

ٻ⤳ԲĻ׵ĤʻŰ줷Ʋ褦ȻߤΤˣޤǤμ֤׺ʤäƤȤʬꡢޤ֤ԵѤפޤǤʤȤȽ֤ۤƽְִưȤͤʤ褦ʻǤ롣

ȸ ֤ˤƣkmεΥư


ޥ˥餫ᥭˤμ

1593ǯ10եԥΥޥ˥λšƤʼΤ

ͤԿʪᥭƥε򤦤ĤƤȤʤơƤƤȤ¤ƤʼΤϤޤˤϤ䤤

ȡˤϺǤͻҤǡ֤äޤǡեԥΥޥ˥ĵ¤η򤷤ƤĤ餳Ƥפ

ˡ֥ޥ˥ĤŻ줿ǵ¤ˤϸƤơäƤפʤ

ǡʤեԥͤȥᥭͤäǤΤ˻פ⤷ʤξȤ⥹ڥο̱ϤäΤĤޤꡢڥDzäԤȤǽäΤǤ롣ΤȤïˤθդ򿮤ԿԤȤ줿

줫塢եԥ󤫤йҤʪᥭ夷⤿餷 ϡۤ˥ޥ˥ĤŻ줿Ȥ˥塼äΤ

ߤǤХ󥿡ͥåȤޥǥˤ䨤˾ή뤬1593ǯ14400Υ줿ξֻ˼뤳ȤϤޤԲǽ

ȸ õե


̥ɥᡦ른μʥեꥫ

եꥫΥȥܥΥ̥ɥᡦ른Ȥǯϡ5Фκ򤷤Ȼפä鸫Τ̸ζ320kmΥ줿±ˤޤ

±Ǽ⤽660kmΥ줿ĮؤȥƥݡȤƤޤޤ줫ƥݡȸݤ١³ޤθݤܿͤΰջ֤ȴطʤäƤޤ褦Ǥ

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