STS-131 docking: Flight Day 3
04/07/10...03:50 AM...STS-131 docking
7日午後16時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
Juno Spacecraft Taking Shape In Denver - Space News - redOrbit
Assembly has begun on NASA's Juno spacecraft, which will help scientists understand the origin and evolution of Jupiter. The mission, whose principal investigator is Scott Bolton of Southwest Research Institute in San Antonio, Tex., is expected to launch in August 2011 and reach Jupiter in 2016.
http://www.redorbit.com/news/space/1845962/juno_spacecraft_taking_shape_in_denver/index.html
San Diego Team Delivers Camera for Next Mars Rover - JPL
Malin Space Science Systems
http://www.jpl.nasa.gov/news/news.cfm?release=2010-114&rn=news.xml&rst=2548
Astronomers Begin Observing Hanny's Voorwerp with the Hubble Space Telescope | Universe Today
The Voorwerp (also known by the much less endearing name of SDSS J094103.80+344334.2) created a sensation among amateur, armchair and professional astronomers alike, almost immediately after Van Arkel saw the object in 2007 and posted a question on the Galaxy Zoo forum, asking "What is this?"
http://www.universetoday.com/2010/04/06/astronomers-begin-observing-hannys-voorwerp-with-the-hubble-space-telescope/
国立天文台PR：宇宙の特殊な光から地球上の生命の起源に新知見
http://optik2.mtk.nao.ac.jp/~fukue/pr2010-0406/index_j.html
国立天文台ら、生命の起源が宇宙から飛来したことを裏付ける根拠を観測 | マイコミジャーナル
http://journal.mycom.co.jp/news/2010/04/07/047/
Amino Acid Mimetics
化学による生体分子の摸倣
アミノ酸（アミノ酸前駆体）
中性子星の回りに捉えられた電子は高速で回転するため，「シンクロトロン放射光」が発生する。これが光を出す方向により円偏光となる。
1998 年，ベイリー（J．Bailey）らは，宇宙空間に円偏光が存在することを見いだした。また，アミノ酸（もしくはアミノ酸前駆体）に円偏光を照射すると，一方の光学異性体が他方よりも早く分解あるいは生成することも報告されている。
以上のことから，次のようなシナリオが描かれる：
星間で生成したアミノ酸（前駆体）に中性子星からの円偏光が当たり，L 体のアミノ酸（前駆体）の過剰が生じる。これが原始太陽系星雲中で彗星や微惑星に取り込まれ，それらにより原始地球に運び込まれる。
原始海洋中で何らかの自己触媒的な反応の結果，Ｌ体の過剰が増幅され，生命誕生に使われた。このシナリオが正しいとすると，地球外有機物は生命誕生に不可欠なものということになる
リンク切れ
http://www.suken.co.jp/subject/rika/sc_net/28/Sc28-3.pdf
法螺(笑)
Our universe at home within a larger universe? So suggests physicist's wormhole research
http://www.sciencedaily.com/releases/2010/04/100406172648.htm
Our universe at home within a larger universe? : Indiana University
"IU theoretical physicist Nikodem Poplawski in research published in "Physics Letters B" uses Euclidean-based mathematical modeling to suggest that all black holes may have wormholes inside which exist universes created at the same time as the black holes."
http://newsinfo.iu.edu/news/page/normal/13995.html
Is Our Universe Inside Another Larger Universe? | Universe Today
http://www.universetoday.com/2010/04/07/is-our-universe-inside-another-larger-universe/
HTML5 - ＠IT
W3Cは、米国のマサチューセッツ工科大学（MIT）、欧州情報処理数学研究コンソーシアム（ERCIM）、そして日本の慶應義塾大学が共同でホスト
http://www.atmarkit.co.jp/fwcr/design/benkyo/html5_05/01.html
Singer Song Writer 9 Professiona : DTMn
Windows 7（64bit/32bit）、Vista（64bit/32bit）、XP（32bit）対応。
価格→Singer Song Writer 9 Professional：OP（税別店頭予想価格65,000円）
http://www.dtmm.co.jp/archives/2010/04/singer_song_wri_4.html
株インターネット - バージョンアップ・優待販売のご案内
http://www.ssw.co.jp/support/contents/versionup/
Shadows in the Cloud ― Nart Villeneuve
"indicate correlations with the strategic interests
of the Chinese state. But, we were unable to determine any direct connection between these attackers and elements of the Chinese state."
http://www.nartv.org/2010/04/05/shadows-in-the-cloud/
チベットやインドを監視するスパイ・ネットワークShadow "レポートでは攻撃の首謀者を特定していないが、中心的な制御用サーバーが中国に存在することと、攻撃に使われたIPアドレスとメール・アドレスが中国四川省の成都にあるレンタル・サイトと関係することを指摘した。調査グループは中国のITセキュリティ組織China CERTに報告済みで、「このマルウエア・ネットワークが停止されること期待する」としている"
http://itpro.nikkeibp.co.jp/article/NEWS/20100407/346764/
「ヘリによる民間人殺害」秘密映像：精密な照準技術 | WIRED VISION
ビデオが本物かどうかについて米国防総省の確認はとっていないという
http://wiredvision.jp/news/201004/2010040723.html
04/07/10...03:50 AM...STS-131 docking
7日午後16時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
Juno Spacecraft Taking Shape In Denver - Space News - redOrbit
Assembly has begun on NASA's Juno spacecraft, which will help scientists understand the origin and evolution of Jupiter. The mission, whose principal investigator is Scott Bolton of Southwest Research Institute in San Antonio, Tex., is expected to launch in August 2011 and reach Jupiter in 2016.
http://www.redorbit.com/news/space/1845962/juno_spacecraft_taking_shape_in_denver/index.html
San Diego Team Delivers Camera for Next Mars Rover - JPL
Malin Space Science Systems
http://www.jpl.nasa.gov/news/news.cfm?release=2010-114&rn=news.xml&rst=2548
Astronomers Begin Observing Hanny's Voorwerp with the Hubble Space Telescope | Universe Today
The Voorwerp (also known by the much less endearing name of SDSS J094103.80+344334.2) created a sensation among amateur, armchair and professional astronomers alike, almost immediately after Van Arkel saw the object in 2007 and posted a question on the Galaxy Zoo forum, asking "What is this?"
http://www.universetoday.com/2010/04/06/astronomers-begin-observing-hannys-voorwerp-with-the-hubble-space-telescope/
国立天文台PR：宇宙の特殊な光から地球上の生命の起源に新知見
http://optik2.mtk.nao.ac.jp/~fukue/pr2010-0406/index_j.html
国立天文台ら、生命の起源が宇宙から飛来したことを裏付ける根拠を観測 | マイコミジャーナル
http://journal.mycom.co.jp/news/2010/04/07/047/
Amino Acid Mimetics
化学による生体分子の摸倣
アミノ酸（アミノ酸前駆体）
中性子星の回りに捉えられた電子は高速で回転するため，「シンクロトロン放射光」が発生する。これが光を出す方向により円偏光となる。
1998 年，ベイリー（J．Bailey）らは，宇宙空間に円偏光が存在することを見いだした。また，アミノ酸（もしくはアミノ酸前駆体）に円偏光を照射すると，一方の光学異性体が他方よりも早く分解あるいは生成することも報告されている。
以上のことから，次のようなシナリオが描かれる：
星間で生成したアミノ酸（前駆体）に中性子星からの円偏光が当たり，L 体のアミノ酸（前駆体）の過剰が生じる。これが原始太陽系星雲中で彗星や微惑星に取り込まれ，それらにより原始地球に運び込まれる。
原始海洋中で何らかの自己触媒的な反応の結果，Ｌ体の過剰が増幅され，生命誕生に使われた。このシナリオが正しいとすると，地球外有機物は生命誕生に不可欠なものということになる
リンク切れ
http://www.suken.co.jp/subject/rika/sc_net/28/Sc28-3.pdf
法螺(笑)
Our universe at home within a larger universe? So suggests physicist's wormhole research
http://www.sciencedaily.com/releases/2010/04/100406172648.htm
Our universe at home within a larger universe? : Indiana University
"IU theoretical physicist Nikodem Poplawski in research published in "Physics Letters B" uses Euclidean-based mathematical modeling to suggest that all black holes may have wormholes inside which exist universes created at the same time as the black holes."
http://newsinfo.iu.edu/news/page/normal/13995.html
Is Our Universe Inside Another Larger Universe? | Universe Today
http://www.universetoday.com/2010/04/07/is-our-universe-inside-another-larger-universe/
HTML5 - ＠IT
W3Cは、米国のマサチューセッツ工科大学（MIT）、欧州情報処理数学研究コンソーシアム（ERCIM）、そして日本の慶應義塾大学が共同でホスト
http://www.atmarkit.co.jp/fwcr/design/benkyo/html5_05/01.html
Singer Song Writer 9 Professiona : DTMn
Windows 7（64bit/32bit）、Vista（64bit/32bit）、XP（32bit）対応。
価格→Singer Song Writer 9 Professional：OP（税別店頭予想価格65,000円）
http://www.dtmm.co.jp/archives/2010/04/singer_song_wri_4.html
株インターネット - バージョンアップ・優待販売のご案内
http://www.ssw.co.jp/support/contents/versionup/
Shadows in the Cloud ― Nart Villeneuve
"indicate correlations with the strategic interests
of the Chinese state. But, we were unable to determine any direct connection between these attackers and elements of the Chinese state."
http://www.nartv.org/2010/04/05/shadows-in-the-cloud/
チベットやインドを監視するスパイ・ネットワークShadow "レポートでは攻撃の首謀者を特定していないが、中心的な制御用サーバーが中国に存在することと、攻撃に使われたIPアドレスとメール・アドレスが中国四川省の成都にあるレンタル・サイトと関係することを指摘した。調査グループは中国のITセキュリティ組織China CERTに報告済みで、「このマルウエア・ネットワークが停止されること期待する」としている"
http://itpro.nikkeibp.co.jp/article/NEWS/20100407/346764/
「ヘリによる民間人殺害」秘密映像：精密な照準技術 | WIRED VISION
ビデオが本物かどうかについて米国防総省の確認はとっていないという
http://wiredvision.jp/news/201004/2010040723.html
04/07/10...03:50 AM...STS-131 docking
7日午後4時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
? Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
? Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
04/07/10...03:50 AM...STS-131 docking
7日午後16時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
Juno Spacecraft Taking Shape In Denver - Space News - redOrbit
Assembly has begun on NASA's Juno spacecraft, which will help scientists understand the origin and evolution of Jupiter. The mission, whose principal investigator is Scott Bolton of Southwest Research Institute in San Antonio, Tex., is expected to launch in August 2011 and reach Jupiter in 2016.
http://www.redorbit.com/news/space/1845962/juno_spacecraft_taking_shape_in_denver/index.html
San Diego Team Delivers Camera for Next Mars Rover - JPL
Malin Space Science Systems
http://www.jpl.nasa.gov/news/news.cfm?release=2010-114&rn=news.xml&rst=2548
Astronomers Begin Observing Hanny's Voorwerp with the Hubble Space Telescope | Universe Today
The Voorwerp (also known by the much less endearing name of SDSS J094103.80+344334.2) created a sensation among amateur, armchair and professional astronomers alike, almost immediately after Van Arkel saw the object in 2007 and posted a question on the Galaxy Zoo forum, asking "What is this?"
http://www.universetoday.com/2010/04/06/astronomers-begin-observing-hannys-voorwerp-with-the-hubble-space-telescope/
国立天文台PR：宇宙の特殊な光から地球上の生命の起源に新知見
http://optik2.mtk.nao.ac.jp/~fukue/pr2010-0406/index_j.html
国立天文台ら、生命の起源が宇宙から飛来したことを裏付ける根拠を観測 | マイコミジャーナル
http://journal.mycom.co.jp/news/2010/04/07/047/
Amino Acid Mimetics
化学による生体分子の摸倣
アミノ酸（アミノ酸前駆体）
中性子星の回りに捉えられた電子は高速で回転するため，「シンクロトロン放射光」が発生する。これが光を出す方向により円偏光となる。
1998 年，ベイリー（J．Bailey）らは，宇宙空間に円偏光が存在することを見いだした。また，アミノ酸（もしくはアミノ酸前駆体）に円偏光を照射すると，一方の光学異性体が他方よりも早く分解あるいは生成することも報告されている。
以上のことから，次のようなシナリオが描かれる：
星間で生成したアミノ酸（前駆体）に中性子星からの円偏光が当たり，L 体のアミノ酸（前駆体）の過剰が生じる。これが原始太陽系星雲中で彗星や微惑星に取り込まれ，それらにより原始地球に運び込まれる。
原始海洋中で何らかの自己触媒的な反応の結果，Ｌ体の過剰が増幅され，生命誕生に使われた。このシナリオが正しいとすると，地球外有機物は生命誕生に不可欠なものということになる
リンク切れ
http://www.suken.co.jp/subject/rika/sc_net/28/Sc28-3.pdf
法螺(笑)
Our universe at home within a larger universe? So suggests physicist's wormhole research
http://www.sciencedaily.com/releases/2010/04/100406172648.htm
Our universe at home within a larger universe? : Indiana University
"IU theoretical physicist Nikodem Poplawski in research published in "Physics Letters B" uses Euclidean-based mathematical modeling to suggest that all black holes may have wormholes inside which exist universes created at the same time as the black holes."
http://newsinfo.iu.edu/news/page/normal/13995.html
Is Our Universe Inside Another Larger Universe? | Universe Today
http://www.universetoday.com/2010/04/07/is-our-universe-inside-another-larger-universe/
HTML5 - ＠IT
W3Cは、米国のマサチューセッツ工科大学（MIT）、欧州情報処理数学研究コンソーシアム（ERCIM）、そして日本の慶應義塾大学が共同でホスト
http://www.atmarkit.co.jp/fwcr/design/benkyo/html5_05/01.html
Singer Song Writer 9 Professiona : DTMn
Windows 7（64bit/32bit）、Vista（64bit/32bit）、XP（32bit）対応。
価格→Singer Song Writer 9 Professional：OP（税別店頭予想価格65,000円）
http://www.dtmm.co.jp/archives/2010/04/singer_song_wri_4.html
株インターネット - バージョンアップ・優待販売のご案内
http://www.ssw.co.jp/support/contents/versionup/
Shadows in the Cloud ― Nart Villeneuve
"indicate correlations with the strategic interests
of the Chinese state. But, we were unable to determine any direct connection between these attackers and elements of the Chinese state."
http://www.nartv.org/2010/04/05/shadows-in-the-cloud/
チベットやインドを監視するスパイ・ネットワークShadow "レポートでは攻撃の首謀者を特定していないが、中心的な制御用サーバーが中国に存在することと、攻撃に使われたIPアドレスとメール・アドレスが中国四川省の成都にあるレンタル・サイトと関係することを指摘した。調査グループは中国のITセキュリティ組織China CERTに報告済みで、「このマルウエア・ネットワークが停止されること期待する」としている"
http://itpro.nikkeibp.co.jp/article/NEWS/20100407/346764/
「ヘリによる民間人殺害」秘密映像：精密な照準技術 | WIRED VISION
ビデオが本物かどうかについて米国防総省の確認はとっていないという
http://wiredvision.jp/news/201004/2010040723.html
04/07/10...03:50 AM...STS-131 docking
7日午後16時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
Juno Spacecraft Taking Shape In Denver - Space News - redOrbit
Assembly has begun on NASA's Juno spacecraft, which will help scientists understand the origin and evolution of Jupiter. The mission, whose principal investigator is Scott Bolton of Southwest Research Institute in San Antonio, Tex., is expected to launch in August 2011 and reach Jupiter in 2016.
http://www.redorbit.com/news/space/1845962/juno_spacecraft_taking_shape_in_denver/index.html
San Diego Team Delivers Camera for Next Mars Rover - JPL
Malin Space Science Systems
http://www.jpl.nasa.gov/news/news.cfm?release=2010-114&rn=news.xml&rst=2548
Astronomers Begin Observing Hanny's Voorwerp with the Hubble Space Telescope | Universe Today
The Voorwerp (also known by the much less endearing name of SDSS J094103.80+344334.2) created a sensation among amateur, armchair and professional astronomers alike, almost immediately after Van Arkel saw the object in 2007 and posted a question on the Galaxy Zoo forum, asking "What is this?"
http://www.universetoday.com/2010/04/06/astronomers-begin-observing-hannys-voorwerp-with-the-hubble-space-telescope/
国立天文台PR：宇宙の特殊な光から地球上の生命の起源に新知見
http://optik2.mtk.nao.ac.jp/~fukue/pr2010-0406/index_j.html
国立天文台ら、生命の起源が宇宙から飛来したことを裏付ける根拠を観測 | マイコミジャーナル
http://journal.mycom.co.jp/news/2010/04/07/047/
Amino Acid Mimetics
化学による生体分子の摸倣
アミノ酸（アミノ酸前駆体）
中性子星の回りに捉えられた電子は高速で回転するため，「シンクロトロン放射光」が発生する。これが光を出す方向により円偏光となる。
1998 年，ベイリー（J．Bailey）らは，宇宙空間に円偏光が存在することを見いだした。また，アミノ酸（もしくはアミノ酸前駆体）に円偏光を照射すると，一方の光学異性体が他方よりも早く分解あるいは生成することも報告されている。
以上のことから，次のようなシナリオが描かれる：
星間で生成したアミノ酸（前駆体）に中性子星からの円偏光が当たり，L 体のアミノ酸（前駆体）の過剰が生じる。これが原始太陽系星雲中で彗星や微惑星に取り込まれ，それらにより原始地球に運び込まれる。
原始海洋中で何らかの自己触媒的な反応の結果，Ｌ体の過剰が増幅され，生命誕生に使われた。このシナリオが正しいとすると，地球外有機物は生命誕生に不可欠なものということになる
リンク切れ
http://www.suken.co.jp/subject/rika/sc_net/28/Sc28-3.pdf
法螺(笑)
Our universe at home within a larger universe? So suggests physicist's wormhole research
http://www.sciencedaily.com/releases/2010/04/100406172648.htm
Our universe at home within a larger universe? : Indiana University
"IU theoretical physicist Nikodem Poplawski in research published in "Physics Letters B" uses Euclidean-based mathematical modeling to suggest that all black holes may have wormholes inside which exist universes created at the same time as the black holes."
http://newsinfo.iu.edu/news/page/normal/13995.html
Is Our Universe Inside Another Larger Universe? | Universe Today
http://www.universetoday.com/2010/04/07/is-our-universe-inside-another-larger-universe/
HTML5 - ＠IT
W3Cは、米国のマサチューセッツ工科大学（MIT）、欧州情報処理数学研究コンソーシアム（ERCIM）、そして日本の慶應義塾大学が共同でホスト
http://www.atmarkit.co.jp/fwcr/design/benkyo/html5_05/01.html
Singer Song Writer 9 Professiona : DTMn
Windows 7（64bit/32bit）、Vista（64bit/32bit）、XP（32bit）対応。
価格→Singer Song Writer 9 Professional：OP（税別店頭予想価格65,000円）
http://www.dtmm.co.jp/archives/2010/04/singer_song_wri_4.html
株インターネット - バージョンアップ・優待販売のご案内
http://www.ssw.co.jp/support/contents/versionup/
Shadows in the Cloud ― Nart Villeneuve
"indicate correlations with the strategic interests
of the Chinese state. But, we were unable to determine any direct connection between these attackers and elements of the Chinese state."
http://www.nartv.org/2010/04/05/shadows-in-the-cloud/
チベットやインドを監視するスパイ・ネットワークShadow "レポートでは攻撃の首謀者を特定していないが、中心的な制御用サーバーが中国に存在することと、攻撃に使われたIPアドレスとメール・アドレスが中国四川省の成都にあるレンタル・サイトと関係することを指摘した。調査グループは中国のITセキュリティ組織China CERTに報告済みで、「このマルウエア・ネットワークが停止されること期待する」としている"
http://itpro.nikkeibp.co.jp/article/NEWS/20100407/346764/
「ヘリによる民間人殺害」秘密映像：精密な照準技術 | WIRED VISION
ビデオが本物かどうかについて米国防総省の確認はとっていないという
http://wiredvision.jp/news/201004/2010040723.html
04/07/10...03:50 AM...STS-131 docking
7日午後4時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
? Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
? Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
04/07/10...03:50 AM...STS-131 docking
7日午後16時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
Juno Spacecraft Taking Shape In Denver - Space News - redOrbit
Assembly has begun on NASA's Juno spacecraft, which will help scientists understand the origin and evolution of Jupiter. The mission, whose principal investigator is Scott Bolton of Southwest Research Institute in San Antonio, Tex., is expected to launch in August 2011 and reach Jupiter in 2016.
http://www.redorbit.com/news/space/1845962/juno_spacecraft_taking_shape_in_denver/index.html
San Diego Team Delivers Camera for Next Mars Rover - JPL
Malin Space Science Systems
http://www.jpl.nasa.gov/news/news.cfm?release=2010-114&rn=news.xml&rst=2548
Astronomers Begin Observing Hanny's Voorwerp with the Hubble Space Telescope | Universe Today
The Voorwerp (also known by the much less endearing name of SDSS J094103.80+344334.2) created a sensation among amateur, armchair and professional astronomers alike, almost immediately after Van Arkel saw the object in 2007 and posted a question on the Galaxy Zoo forum, asking "What is this?"
http://www.universetoday.com/2010/04/06/astronomers-begin-observing-hannys-voorwerp-with-the-hubble-space-telescope/
国立天文台PR：宇宙の特殊な光から地球上の生命の起源に新知見
http://optik2.mtk.nao.ac.jp/~fukue/pr2010-0406/index_j.html
国立天文台ら、生命の起源が宇宙から飛来したことを裏付ける根拠を観測 | マイコミジャーナル
http://journal.mycom.co.jp/news/2010/04/07/047/
Amino Acid Mimetics
化学による生体分子の摸倣
アミノ酸（アミノ酸前駆体）
中性子星の回りに捉えられた電子は高速で回転するため，「シンクロトロン放射光」が発生する。これが光を出す方向により円偏光となる。
1998 年，ベイリー（J．Bailey）らは，宇宙空間に円偏光が存在することを見いだした。また，アミノ酸（もしくはアミノ酸前駆体）に円偏光を照射すると，一方の光学異性体が他方よりも早く分解あるいは生成することも報告されている。
以上のことから，次のようなシナリオが描かれる：
星間で生成したアミノ酸（前駆体）に中性子星からの円偏光が当たり，L 体のアミノ酸（前駆体）の過剰が生じる。これが原始太陽系星雲中で彗星や微惑星に取り込まれ，それらにより原始地球に運び込まれる。
原始海洋中で何らかの自己触媒的な反応の結果，Ｌ体の過剰が増幅され，生命誕生に使われた。このシナリオが正しいとすると，地球外有機物は生命誕生に不可欠なものということになる
リンク切れ
http://www.suken.co.jp/subject/rika/sc_net/28/Sc28-3.pdf
法螺(笑)
Our universe at home within a larger universe? So suggests physicist's wormhole research
http://www.sciencedaily.com/releases/2010/04/100406172648.htm
Our universe at home within a larger universe? : Indiana University
"IU theoretical physicist Nikodem Poplawski in research published in "Physics Letters B" uses Euclidean-based mathematical modeling to suggest that all black holes may have wormholes inside which exist universes created at the same time as the black holes."
http://newsinfo.iu.edu/news/page/normal/13995.html
Is Our Universe Inside Another Larger Universe? | Universe Today
http://www.universetoday.com/2010/04/07/is-our-universe-inside-another-larger-universe/
HTML5 - ＠IT
W3Cは、米国のマサチューセッツ工科大学（MIT）、欧州情報処理数学研究コンソーシアム（ERCIM）、そして日本の慶應義塾大学が共同でホスト
http://www.atmarkit.co.jp/fwcr/design/benkyo/html5_05/01.html
Singer Song Writer 9 Professiona : DTMn
Windows 7（64bit/32bit）、Vista（64bit/32bit）、XP（32bit）対応。
価格→Singer Song Writer 9 Professional：OP（税別店頭予想価格65,000円）
http://www.dtmm.co.jp/archives/2010/04/singer_song_wri_4.html
株インターネット - バージョンアップ・優待販売のご案内
http://www.ssw.co.jp/support/contents/versionup/
Shadows in the Cloud ― Nart Villeneuve
"indicate correlations with the strategic interests
of the Chinese state. But, we were unable to determine any direct connection between these attackers and elements of the Chinese state."
http://www.nartv.org/2010/04/05/shadows-in-the-cloud/
チベットやインドを監視するスパイ・ネットワークShadow "レポートでは攻撃の首謀者を特定していないが、中心的な制御用サーバーが中国に存在することと、攻撃に使われたIPアドレスとメール・アドレスが中国四川省の成都にあるレンタル・サイトと関係することを指摘した。調査グループは中国のITセキュリティ組織China CERTに報告済みで、「このマルウエア・ネットワークが停止されること期待する」としている"
http://itpro.nikkeibp.co.jp/article/NEWS/20100407/346764/
「ヘリによる民間人殺害」秘密映像：精密な照準技術 | WIRED VISION
ビデオが本物かどうかについて米国防総省の確認はとっていないという
http://wiredvision.jp/news/201004/2010040723.html
04/07/10...03:50 AM...STS-131 docking
7日午後16時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
Juno Spacecraft Taking Shape In Denver - Space News - redOrbit
Assembly has begun on NASA's Juno spacecraft, which will help scientists understand the origin and evolution of Jupiter. The mission, whose principal investigator is Scott Bolton of Southwest Research Institute in San Antonio, Tex., is expected to launch in August 2011 and reach Jupiter in 2016.
http://www.redorbit.com/news/space/1845962/juno_spacecraft_taking_shape_in_denver/index.html
San Diego Team Delivers Camera for Next Mars Rover - JPL
Malin Space Science Systems
http://www.jpl.nasa.gov/news/news.cfm?release=2010-114&rn=news.xml&rst=2548
Astronomers Begin Observing Hanny's Voorwerp with the Hubble Space Telescope | Universe Today
The Voorwerp (also known by the much less endearing name of SDSS J094103.80+344334.2) created a sensation among amateur, armchair and professional astronomers alike, almost immediately after Van Arkel saw the object in 2007 and posted a question on the Galaxy Zoo forum, asking "What is this?"
http://www.universetoday.com/2010/04/06/astronomers-begin-observing-hannys-voorwerp-with-the-hubble-space-telescope/
国立天文台PR：宇宙の特殊な光から地球上の生命の起源に新知見
http://optik2.mtk.nao.ac.jp/~fukue/pr2010-0406/index_j.html
国立天文台ら、生命の起源が宇宙から飛来したことを裏付ける根拠を観測 | マイコミジャーナル
http://journal.mycom.co.jp/news/2010/04/07/047/
Amino Acid Mimetics
化学による生体分子の摸倣
アミノ酸（アミノ酸前駆体）
中性子星の回りに捉えられた電子は高速で回転するため，「シンクロトロン放射光」が発生する。これが光を出す方向により円偏光となる。
1998 年，ベイリー（J．Bailey）らは，宇宙空間に円偏光が存在することを見いだした。また，アミノ酸（もしくはアミノ酸前駆体）に円偏光を照射すると，一方の光学異性体が他方よりも早く分解あるいは生成することも報告されている。
以上のことから，次のようなシナリオが描かれる：
星間で生成したアミノ酸（前駆体）に中性子星からの円偏光が当たり，L 体のアミノ酸（前駆体）の過剰が生じる。これが原始太陽系星雲中で彗星や微惑星に取り込まれ，それらにより原始地球に運び込まれる。
原始海洋中で何らかの自己触媒的な反応の結果，Ｌ体の過剰が増幅され，生命誕生に使われた。このシナリオが正しいとすると，地球外有機物は生命誕生に不可欠なものということになる
リンク切れ
http://www.suken.co.jp/subject/rika/sc_net/28/Sc28-3.pdf
法螺(笑)
Our universe at home within a larger universe? So suggests physicist's wormhole research
http://www.sciencedaily.com/releases/2010/04/100406172648.htm
Our universe at home within a larger universe? : Indiana University
"IU theoretical physicist Nikodem Poplawski in research published in "Physics Letters B" uses Euclidean-based mathematical modeling to suggest that all black holes may have wormholes inside which exist universes created at the same time as the black holes."
http://newsinfo.iu.edu/news/page/normal/13995.html
Is Our Universe Inside Another Larger Universe? | Universe Today
http://www.universetoday.com/2010/04/07/is-our-universe-inside-another-larger-universe/
HTML5 - ＠IT
W3Cは、米国のマサチューセッツ工科大学（MIT）、欧州情報処理数学研究コンソーシアム（ERCIM）、そして日本の慶應義塾大学が共同でホスト
http://www.atmarkit.co.jp/fwcr/design/benkyo/html5_05/01.html
Singer Song Writer 9 Professiona : DTMn
Windows 7（64bit/32bit）、Vista（64bit/32bit）、XP（32bit）対応。
価格→Singer Song Writer 9 Professional：OP（税別店頭予想価格65,000円）
http://www.dtmm.co.jp/archives/2010/04/singer_song_wri_4.html
株インターネット - バージョンアップ・優待販売のご案内
http://www.ssw.co.jp/support/contents/versionup/
Shadows in the Cloud ― Nart Villeneuve
"indicate correlations with the strategic interests
of the Chinese state. But, we were unable to determine any direct connection between these attackers and elements of the Chinese state."
http://www.nartv.org/2010/04/05/shadows-in-the-cloud/
チベットやインドを監視するスパイ・ネットワークShadow "レポートでは攻撃の首謀者を特定していないが、中心的な制御用サーバーが中国に存在することと、攻撃に使われたIPアドレスとメール・アドレスが中国四川省の成都にあるレンタル・サイトと関係することを指摘した。調査グループは中国のITセキュリティ組織China CERTに報告済みで、「このマルウエア・ネットワークが停止されること期待する」としている"
http://itpro.nikkeibp.co.jp/article/NEWS/20100407/346764/
「ヘリによる民間人殺害」秘密映像：精密な照準技術 | WIRED VISION
ビデオが本物かどうかについて米国防総省の確認はとっていないという
http://wiredvision.jp/news/201004/2010040723.html
04/07/10...03:50 AM...STS-131 docking
7日午後4時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
? Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
? Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
04/07/10...03:50 AM...STS-131 docking
7日午後16時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
Juno Spacecraft Taking Shape In Denver - Space News - redOrbit
Assembly has begun on NASA's Juno spacecraft, which will help scientists understand the origin and evolution of Jupiter. The mission, whose principal investigator is Scott Bolton of Southwest Research Institute in San Antonio, Tex., is expected to launch in August 2011 and reach Jupiter in 2016.
http://www.redorbit.com/news/space/1845962/juno_spacecraft_taking_shape_in_denver/index.html
San Diego Team Delivers Camera for Next Mars Rover - JPL
Malin Space Science Systems
http://www.jpl.nasa.gov/news/news.cfm?release=2010-114&rn=news.xml&rst=2548
Astronomers Begin Observing Hanny's Voorwerp with the Hubble Space Telescope | Universe Today
The Voorwerp (also known by the much less endearing name of SDSS J094103.80+344334.2) created a sensation among amateur, armchair and professional astronomers alike, almost immediately after Van Arkel saw the object in 2007 and posted a question on the Galaxy Zoo forum, asking "What is this?"
http://www.universetoday.com/2010/04/06/astronomers-begin-observing-hannys-voorwerp-with-the-hubble-space-telescope/
国立天文台PR：宇宙の特殊な光から地球上の生命の起源に新知見
http://optik2.mtk.nao.ac.jp/~fukue/pr2010-0406/index_j.html
国立天文台ら、生命の起源が宇宙から飛来したことを裏付ける根拠を観測 | マイコミジャーナル
http://journal.mycom.co.jp/news/2010/04/07/047/
Amino Acid Mimetics
化学による生体分子の摸倣
アミノ酸（アミノ酸前駆体）
中性子星の回りに捉えられた電子は高速で回転するため，「シンクロトロン放射光」が発生する。これが光を出す方向により円偏光となる。
1998 年，ベイリー（J．Bailey）らは，宇宙空間に円偏光が存在することを見いだした。また，アミノ酸（もしくはアミノ酸前駆体）に円偏光を照射すると，一方の光学異性体が他方よりも早く分解あるいは生成することも報告されている。
以上のことから，次のようなシナリオが描かれる：
星間で生成したアミノ酸（前駆体）に中性子星からの円偏光が当たり，L 体のアミノ酸（前駆体）の過剰が生じる。これが原始太陽系星雲中で彗星や微惑星に取り込まれ，それらにより原始地球に運び込まれる。
原始海洋中で何らかの自己触媒的な反応の結果，Ｌ体の過剰が増幅され，生命誕生に使われた。このシナリオが正しいとすると，地球外有機物は生命誕生に不可欠なものということになる
リンク切れ
http://www.suken.co.jp/subject/rika/sc_net/28/Sc28-3.pdf
法螺(笑)
Our universe at home within a larger universe? So suggests physicist's wormhole research
http://www.sciencedaily.com/releases/2010/04/100406172648.htm
Our universe at home within a larger universe? : Indiana University
"IU theoretical physicist Nikodem Poplawski in research published in "Physics Letters B" uses Euclidean-based mathematical modeling to suggest that all black holes may have wormholes inside which exist universes created at the same time as the black holes."
http://newsinfo.iu.edu/news/page/normal/13995.html
Is Our Universe Inside Another Larger Universe? | Universe Today
http://www.universetoday.com/2010/04/07/is-our-universe-inside-another-larger-universe/
HTML5 - ＠IT
W3Cは、米国のマサチューセッツ工科大学（MIT）、欧州情報処理数学研究コンソーシアム（ERCIM）、そして日本の慶應義塾大学が共同でホスト
http://www.atmarkit.co.jp/fwcr/design/benkyo/html5_05/01.html
Singer Song Writer 9 Professiona : DTMn
Windows 7（64bit/32bit）、Vista（64bit/32bit）、XP（32bit）対応。
価格→Singer Song Writer 9 Professional：OP（税別店頭予想価格65,000円）
http://www.dtmm.co.jp/archives/2010/04/singer_song_wri_4.html
株インターネット - バージョンアップ・優待販売のご案内
http://www.ssw.co.jp/support/contents/versionup/
Shadows in the Cloud ― Nart Villeneuve
"indicate correlations with the strategic interests
of the Chinese state. But, we were unable to determine any direct connection between these attackers and elements of the Chinese state."
http://www.nartv.org/2010/04/05/shadows-in-the-cloud/
チベットやインドを監視するスパイ・ネットワークShadow "レポートでは攻撃の首謀者を特定していないが、中心的な制御用サーバーが中国に存在することと、攻撃に使われたIPアドレスとメール・アドレスが中国四川省の成都にあるレンタル・サイトと関係することを指摘した。調査グループは中国のITセキュリティ組織China CERTに報告済みで、「このマルウエア・ネットワークが停止されること期待する」としている"
http://itpro.nikkeibp.co.jp/article/NEWS/20100407/346764/
「ヘリによる民間人殺害」秘密映像：精密な照準技術 | WIRED VISION
ビデオが本物かどうかについて米国防総省の確認はとっていないという
http://wiredvision.jp/news/201004/2010040723.html
04/07/10...03:50 AM...STS-131 docking
7日午後16時46分
04/09/10...12:11 AM...STS-131 EVA-1 begins
STS-131: Flight Day 3
Flight Day 3
Rendezvous with the International Space
Station
Rendezvous Pitch Maneuver Photography
of Discovery’s Thermal Protection System
by Expedition 23 crew members Creamer
and Kotov
Docking to Harmony/Pressurized Mating
Adapter-2
Hatch Opening and Welcoming
Canadarm2 grapple of OBSS and handoff to
Shuttle robotic arm
Flight Day 4
Leonardo Multi-purpose Logistics Module
unberth from Discovery’s cargo bay
and installation on Harmony module’s
Earth-facing port
Leonardo activation and ingress
Spacewalk 1 preparations by Mastracchio
and Anderson
Spacewalk 1 procedure review
Spacewalk 1 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 5
Transfer of cargo from Leonardo to ISS
Spacewalk 1 by Mastracchio and Anderson
(removal of depleted Ammonia Tank
Assembly from S1 truss, replacement of a
failed gyroscope unit in the S0 truss,
retrieval of Japanese experiment from the
Japanese Exposed Facility, preparations for
replacement of batteries on the P6 truss on a
later mission)
Flight Day 6
Focused inspection of Discovery’s thermal
protection heat shield, if required
Cargo and rack transfer from Leonardo to
ISS
Spacewalk 2 procedure review
Spacewalk 2 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 7
Spacewalk 2 by Mastracchio and Anderson
(install new Ammonia Tank Assembly on
the S1 truss, temporarily stow the depleted
ammonia tank on the truss’ crew translation
cart, install micrometeoroid debris shields
on the Quest airlock)
Flight Day 8
Crew off duty time
Cargo transfer from Leonardo to ISS
Spacewalk 3 procedure review
Spacewalk 3 campout by Mastracchio and
Anderson in the Quest airlock
Flight Day 9
Spacewalk 3 by Mastracchio and Anderson
(install depleted ammonia tank back in
Discovery’s cargo bay, installation of a
lightweight plate adapter assembly on the
Dextre robot, installation of a new light on a
camera assembly on the Destiny laboratory,
installation of a camera pan and tilt
assembly on Dextre)
Cargo transfer from Leonardo to ISS
Flight Day 10
Final cargo transfer operations
Joint Crew News Conference
Crew off duty time
Flight Day 11
Demate of the Leonardo Multi-purpose
Logistics Module from the Harmony
Earth-facing port and berthing back in
Discovery’s cargo bay
Farewells and Hatch Closure
Rendezvous Tool checkout
Flight Day 12
Discovery undocking from ISS and
flyaround
Final separation from the ISS
OBSS late inspection of Discovery’s thermal
heat shield
OBSS berth
Flight Day 13
Cabin stowage
Flight Control System checkout
Reaction Control System hot-fire test
Deorbit Preparation Briefing
Ku-band antenna stowage
Flight Day 14
Deorbit preparations
Payload Bay Door closing
Deorbit burn
KSC Landing
Juno Spacecraft Taking Shape In Denver - Space News - redOrbit
Assembly has begun on NASA's Juno spacecraft, which will help scientists understand the origin and evolution of Jupiter. The mission, whose principal investigator is Scott Bolton of Southwest Research Institute in San Antonio, Tex., is expected to launch in August 2011 and reach Jupiter in 2016.
http://www.redorbit.com/news/space/1845962/juno_spacecraft_taking_shape_in_denver/index.html
San Diego Team Delivers Camera for Next Mars Rover - JPL
Malin Space Science Systems
http://www.jpl.nasa.gov/news/news.cfm?release=2010-114&rn=news.xml&rst=2548
Astronomers Begin Observing Hanny's Voorwerp with the Hubble Space Telescope | Universe Today
The Voorwerp (also known by the much less endearing name of SDSS J094103.80+344334.2) created a sensation among amateur, armchair and professional astronomers alike, almost immediately after Van Arkel saw the object in 2007 and posted a question on the Galaxy Zoo forum, asking "What is this?"
http://www.universetoday.com/2010/04/06/astronomers-begin-observing-hannys-voorwerp-with-the-hubble-space-telescope/
国立天文台PR：宇宙の特殊な光から地球上の生命の起源に新知見
http://optik2.mtk.nao.ac.jp/~fukue/pr2010-0406/index_j.html
国立天文台ら、生命の起源が宇宙から飛来したことを裏付ける根拠を観測 | マイコミジャーナル
http://journal.mycom.co.jp/news/2010/04/07/047/
Amino Acid Mimetics
化学による生体分子の摸倣
アミノ酸（アミノ酸前駆体）
中性子星の回りに捉えられた電子は高速で回転するため，「シンクロトロン放射光」が発生する。これが光を出す方向により円偏光となる。
1998 年，ベイリー（J．Bailey）らは，宇宙空間に円偏光が存在することを見いだした。また，アミノ酸（もしくはアミノ酸前駆体）に円偏光を照射すると，一方の光学異性体が他方よりも早く分解あるいは生成することも報告されている。
以上のことから，次のようなシナリオが描かれる：
星間で生成したアミノ酸（前駆体）に中性子星からの円偏光が当たり，L 体のアミノ酸（前駆体）の過剰が生じる。これが原始太陽系星雲中で彗星や微惑星に取り込まれ，それらにより原始地球に運び込まれる。
原始海洋中で何らかの自己触媒的な反応の結果，Ｌ体の過剰が増幅され，生命誕生に使われた。このシナリオが正しいとすると，地球外有機物は生命誕生に不可欠なものということになる
リンク切れ
http://www.suken.co.jp/subject/rika/sc_net/28/Sc28-3.pdf
法螺(笑)
Our universe at home within a larger universe? So suggests physicist's wormhole research
http://www.sciencedaily.com/releases/2010/04/100406172648.htm
Our universe at home within a larger universe? : Indiana University
"IU theoretical physicist Nikodem Poplawski in research published in "Physics Letters B" uses Euclidean-based mathematical modeling to suggest that all black holes may have wormholes inside which exist universes created at the same time as the black holes."
