Recent #space exploration news in the semiconductor industry

4 months ago

➀ Global government investment in space exploration is projected to grow from $27 billion (2024) to $31 billion by 2034, driven by lunar and Mars missions;

➁ Lunar exploration funding is expected to rise from $12 billion to $15 billion, while Mars exploration grows at 11% annually with sample-return missions;

➂ The U.S. will dominate spending (63%), followed by China (22%) and ESA (6%), with 330 lunar missions planned between 2025-2034.

ESANovaspacespace exploration
5 months ago

➀ A photonics-enabled radar system is discussed, with potential advancements in sensing technology for autonomous vehicles.

➁ Intel's 18A process is moved into risk production, aiming to compete with TSMC.

➂ The University of Glasgow develops a compostable pH sensor, a technology demonstrator with potential applications.

➃ Airbus UK is selected by ESA to build the ExoMars landing system, which will deliver a rover to Mars.

AirbusIntelRadarelectronicsspace exploration
6 months ago

➀ Neil Armstrong, the first man on the moon, spoke at the 2006 Freescale Technology Forum, downplaying the significance of his 'giant step for mankind'.

➁ Armstrong discussed the risks involved in the moon landing, including the computer system disagreement during the final approach and landing.

➂ He recounted the first experiment on the moon, which was to set up mirrors for laser measurements, and humorously mentioned the challenge of correctly determining the location of Mount Hamilton.

EngineeringNASARisk Managementspace explorationtechnology
9 months ago
➀ The European Space Agency (ESA) and the Japanese Space Agency (JAXA) have committed to a deeper working relationship, focusing on exploring asteroids, the Moon, and Mars. They have signed a joint statement outlining five aspects of their collaboration, including accelerating studies for the ESA's Ramses mission to Apophis, contributing to the Gateway programme for a lunar space station, and working together on lunar exploration, including the Artemis programme. ➁ They plan to advance discussions on a potential collaborative Mars mission and continue working together in space science, including high-energy astrophysics and studying the plasma around Earth. ➂ The agencies have a history of collaboration, such as the BepiColumbo mission to Mercury and the EarthCARE mission to study Earth's climate.
CollaborationESAJaxamarsmoonspace exploration
10 months ago
➀ The article discusses the book 'A City on Mars', which has won the Royal Society Trivedi Science Book Prize. ➁ The book explores the themes of whether we can settle in space, whether we should, and whether we have genuinely considered these possibilities. ➂ The article encourages readers to register or login to read the feature article in full.
Astronomymarsspace exploration
10 months ago
➀ Space Forge has signed an MOU with Voyager Space to support in-space research and manufacturing. The collaboration aims to integrate Space Forge's ForgeStar platform with Voyager's orbital capabilities for commercial applications. ➁ The ForgeStar platform is designed for reusable satellite operations in microgravity, supported by ESA and NATO. ➂ Voyager Space, with its commercial space station infrastructure, is working on projects funded by NASA, targeting new frontiers in bio-medicine and material science.
ESANASANATOsemiconductorspace exploration
10 months ago
➀ A consortium has completed an initial European Space Agency (ESA) RocketRoll project on nuclear electric propulsion for space exploration. ➁ The project aims to harness the potential of nuclear electric propulsion (NEP) for space missions, including a space tug for distant expeditions. ➂ The candidate NEP design is expected to become a European demonstrator by 2035, aiming to explore beyond Mars orbit where solar power is limited.
AerospaceESAspace exploration
about 1 year ago
➀ Canadian researchers are developing miniaturized optical chips to process starlight, aiming to democratize space-based astronomy. ➁ Photonic Integrated Circuits (PICs), which use light for information processing, are being adapted for astronomical use. ➂ CubeSats, low-cost and small satellites, are utilized to deploy these compact instruments, significantly reducing mission costs compared to traditional space telescopes.
Astronomyspace explorationtechnology
about 1 year ago
➀ Researchers at the National Research Council of Canada are developing a method to process starlight on miniaturized optical chips to lower the cost of space-based astronomy. ➁ The Photonic Integrated Circuit (PIC) technology, which uses light instead of electricity, is being explored for astronomical applications. ➂ CubeSats, small and standardized satellites, are being used to deploy these compact instruments economically, with mission costs significantly lower than traditional space telescopes.
Astronomyspace explorationtechnology
about 1 year ago
➀ Ed, a serial CEO, reflects on his past investments in AI and looks for new opportunities, focusing on asteroid mining. ➁ He plans to set up an asteroid mining fund, leveraging the 2015 US Commercial Space Launch Competitiveness Act which allows companies to extract minerals from asteroids for profit. ➂ The fund aims to sell shares based on the potential value of mined materials from specific asteroids, capitalizing on public interest and the perceived value of such minerals.
AIinvestmentspace exploration