• DMCA
  • Disclaimer
  • Privacy Policy
  • Cookie Privacy Policy
  • Terms and Conditions
  • Contact us
Inter Space Sky Way
  • Home
  • Alien
  • UFO
  • Space
  • NASA
  • Space Flight
  • Astronomy
No Result
View All Result
  • Home
  • Alien
  • UFO
  • Space
  • NASA
  • Space Flight
  • Astronomy
No Result
View All Result
Inter Space Sky Way
No Result
View All Result
Home Space Flight

Japan to launch new X-ray area telescope and lunar lander – Spaceflight Now

August 27, 2023
in Space Flight
59 3
0
Japan to launch new X-ray area telescope and lunar lander – Spaceflight Now
74
SHARES
1.2k
VIEWS
Share on FacebookShare on Twitter


You might also like

NASA Unveils Potential Proof of Historic Martian Life in Peculiar Rock Patterns

The delivery of Yevgeny Khrunov

Eye on the longer term, as SpaceX put together Pad 2 and Block 3 at Starbase

A next-generation X-ray area telescope and an experimental lunar lander are poised for launch Sunday from Japan. An H-2A rocket is scheduled to liftoff from the Tanegashima House Middle at 8:26 p.m. EDT (9:26 a.m. native time / 0026 UTC).

The X-ray Imaging and Spectroscopy Mission, or XRISM for brief, pronounced as ‘crism’ by the mission group, is a collaboration between the Japanese House Company JAXA, NASA and ESA, the European House Company. X-ray telescopes must be positioned in area because the Earth’s environment blocks the wavelength. X-ray observations enable astronomers to check a few of the hottest and largest objects within the Universe and probably the most highly effective gravitational pulls, like black holes.

Artist’s idea of the XRSIM X-ray area telescope in orbit. Picture: NASA Goddard House Flight Middle Conceptual Picture Lab.

“A few of the issues we hope to check with XRISM embody the aftermath of stellar explosions and near-light-speed particle jets launched by supermassive black holes within the facilities of galaxies,” stated Richard Kelley, NASA’s XRISM principal investigator on the Goddard House Flight Middle in Greenbelt, Maryland. “However in fact, we’re most enthusiastic about all of the sudden phenomena XRISM will uncover because it observes our cosmos.”

There are two primary devices aboard XRISM. Resolve, which is able to carry out X-ray spectroscopy, that’s cooled near absolute zero by liquid helium, and Xtend, a digital camera that may picture the cosmos with X-ray imaginative and prescient.

Artists impression of the light-weight SLIM lunar lander expertise demonstration mission. Picture: JAXA.

Additionally onboard the H-2A rocket is SLIM, quick for Sensible Lander for Investigating Moon. It’s a light-weight 700kg spacecraft designed to show navigation techniques for pinpoint lunar landings in rugged lunar terrain. The craft will use a fuel-saving trajectory that takes about 4 months to achieve the Moon.

The stay webcast of the launch will begin at 7:55 p.m. EDT (2355 UTC).



Source link

Tags: JapanlanderlaunchLunarspaceSpaceflighttelescopeXray
Share30Tweet19

Recommended For You

NASA Unveils Potential Proof of Historic Martian Life in Peculiar Rock Patterns

by Chato80
September 10, 2025
0
NASA Unveils Potential Proof of Historic Martian Life in Peculiar Rock Patterns

NASA Unveils Potential Proof of Historic Martian...

Read more

The delivery of Yevgeny Khrunov

by Chato80
September 10, 2025
0
The delivery of Yevgeny Khrunov

Again to Article Record Right now within the historical past of astronomy, a pioneering cosmonaut is born. The stamp honoring Yecgeny Khrunov shows the historic link-up of Soyuz...

Read more

Eye on the longer term, as SpaceX put together Pad 2 and Block 3 at Starbase

by Chato80
September 9, 2025
0
Eye on the longer term, as SpaceX put together Pad 2 and Block 3 at Starbase

Eye on the longer term, as SpaceX...

Read more

Launch Roundup: Cygnus XL and Progress to fly cargo missions to ISS

by Chato80
September 9, 2025
0
Launch Roundup: Cygnus XL and Progress to fly cargo missions to ISS

Launch Roundup: Cygnus XL and Progress to...

Read more

Information from NASA’s Daybreak reveals chemical vitality supply on Ceres

by Chato80
September 7, 2025
0
Information from NASA’s Daybreak reveals chemical vitality supply on Ceres

Information from NASA's Daybreak reveals chemical vitality...

Read more
Next Post
Worldwide crew arrive at house station aboard SpaceX Dragon Endurance – Spaceflight Now

Worldwide crew arrive at house station aboard SpaceX Dragon Endurance – Spaceflight Now

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

Browse by Category

  • Alien
  • Astronomy
  • NASA
  • Space
  • Space Flight
  • UFO

Recent News

NASA Unveils Potential Proof of Historic Martian Life in Peculiar Rock Patterns

NASA Unveils Potential Proof of Historic Martian Life in Peculiar Rock Patterns

September 10, 2025
NASA says Mars rock pattern exhibits ‘potential biosignatures’ : NPR

NASA says Mars rock pattern exhibits ‘potential biosignatures’ : NPR

September 10, 2025
UFOs-Disclosure: It is Occurring

UFOs-Disclosure: It is Occurring

September 10, 2025
The Murchison Widefield Array Simply Doubled In Measurement – What May It Discover Now?

The Murchison Widefield Array Simply Doubled In Measurement – What May It Discover Now?

September 10, 2025
The delivery of Yevgeny Khrunov

The delivery of Yevgeny Khrunov

September 10, 2025
Juno Detects Callisto’s “Footprints” in Jupiter’s Aurorae

Juno Detects Callisto’s “Footprints” in Jupiter’s Aurorae

September 10, 2025
  • DMCA
  • Disclaimer
  • Privacy Policy
  • Cookie Privacy Policy
  • Terms and Conditions
  • Contact us
INTER SPACE SKY WAY

Copyright © 2023 Inter Space Sky Way.
Inter Space Sky Way is not responsible for the content of external sites.

No Result
View All Result
  • Home
  • Alien
  • UFO
  • Space
  • NASA
  • Space Flight
  • Astronomy

Copyright © 2023 Inter Space Sky Way.
Inter Space Sky Way is not responsible for the content of external sites.

Welcome Back!

Login to your account below

Forgotten Password?

Retrieve your password

Please enter your username or email address to reset your password.

Log In