Speaker:
James L. Burk.
Commander, MDRS Crew 261.
Executive Officer, MDRS Crew 197.
Director of IT & MarsVR, The Mars Society.
Former Senior Technical Project Manager, Microsoft.
Track Code: AM-2
But in recent years the government has signaled its intent to open up the sector to private players and last year passed a series of reforms designed to foster innovation and encourage new start ups. Earlier this month Prime Minister Narendra Modi also launched the Indian Space Association, an industry body designed to foster collaboration between public and private players.
One of the companies that has been quick to pounce on these new opportunities is Agnikul, which is being incubated at the Indian Institute of Technology Madras in Chennai. This February, the company successfully test fired its 3D-printed Agnilet rocket engine, just four years after its founding.
While other private space companies like Relativity Space and Rocket Lab also use 3D printing to build their rockets, Agnikul is the first to print an entire rocket engine as a single piece. IEEE Spectrum spoke to co-founder and chief operating officer Moin SPM to find out why the company thinks this gives them an edge in the burgeoning “launch on-demand” market for small satellites. The conversation has been edited for length and clarity.
https://www.youtube.com/watch?v=FXeSRUOWiNo&feature=youtu.be
Hey it’s Han from WrySci HX going through an intensive plan on how to build a fully functioning society on Mars! Developed by ABIBOO Studio and the Sustainable Offworld Network, we’ll take a look at the architecture, technology, energy, sustainability, government and more of the potential million person Mars colony in the new world. Quite interesting! More below ↓↓↓
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Continue reading “The Amazing Plan For A Million Person Mars Colony By 2112” »
China’s economy — the 2nd-largest in the world — is teetering on the brink of disaster.
Since this spring, Beijing has canceled initial public offerings, fined tech companies billions for antitrust violations, forcibly shut down China’s entire for-profit education industry, and sent CEOs running for the exits to avoid the government’s ire. Even more dire, the Chinese megadeveloper Evergrande recently started missing payments on its more than $300 billion in debt, shaking global markets. The convulsions have woken the world up to a startling new possibility — that Beijing may be willing to allow some of its private corporate behemoths to collapse in a bid to reshape the economic model that made China a superpower.
As the world turns increasingly more digital and data-driven, there is an increasing desire for greater visibility and transparency of data. Governments around the world have turned to digital means to submit and pay taxes as well as collect a variety of revenue from different sources. Likewise, governments are making deeper use of data and systems for their expenditures and analyzing the patterns of that spending.
One of the lesser-known agencies in the US federal government is the Bureau of the Fiscal Service (BFS). As a bureau of the U.S. Department of the Treasury, the BSF manages the federal government’s accounting, central payment systems, and public debt. In essence, the BFS is the bookkeeper for the US federal government. A huge role given the trillions of dollars that flow through US coffers on an annual basis. Since the Federal Funding Accountability and Transparency Act of 2006 (FFATA) was signed into law on September 26 2006, the BFS has embarked on a number of wide ranging data-centric efforts to provide visibility into government spending including USASpending.gov, FiscalData.Treasury.gov, and DataLab.USASpending.gov.
Not surprisingly, the BFS has also invested heavily in the use of AI, the main topic of an upcoming AI in Government presentation on November 18 2021 with Justin Marsico, Chief Data Officer of the Bureau of the Fiscal Service. In that presentation, Justin shares how deeply the bureau is investing in the use of AI and some of the ways in which it is providing insights into government spending and revenues.
Facebook founder Mark Zuckerberg accused other tech companies of “stifling innovation” with high fees and little choice for consumers during a live stream on Thursday, all while his company faces an antitrust lawsuit from the federal government and heightened pressure from Congress over recently-leaked internal documents
Zuckerberg made the comments at the Facebook Connect event Thursday, where he announced the company has changed its name to Meta.
He also laid out the company’s plans to build a metaverse — a virtual reality experience where people can meet online. His comments seemed to allude to mobile operating systems like those created by Apple and Google, though he did not mention any company by name or specify the types of platforms he was talking about.
The world’s largest semiconductor manufacturers—Intel, Samsung, and the Taiwan Semiconductor Manufacturing Company (TSMC)—have all announced plans to build new chip factories in the US. Everyone is bragging about those plans: American lawmakers say bringing chip manufacturing back onto US soil will strengthen national security, while the chip makers, chastened by this year’s disastrous semiconductor shortage, are diversifying their supply chains to avoid future crises.
But there’s one problem: Who will pay?
Intel, Samsung, and TSMC have all threatened to pull the plug on their US factory plans unless government subsidies are on the table. Company executives claim that if they don’t get a rich package of incentives and tax breaks, they’ll build their semiconductor factories elsewhere, effectively ending American ambitions to return chip manufacturing to its shores after ceding the bulk of the market to Taiwan in the 1990s.
To keep up with China and Russia. The future of warfare builds on previous successes. And throughout conflicts in Iraq, Syria, and Afghanistan, the U.S. military possessed an unrivaled advantage in air superiority. But all things change, and to face the possibility of conflict with new and advanced weapons and aircraft from Russia or China, the Special Operations Command (SOCOM) wants to upgrade some of its largest aircraft with cruise missiles, according to a recent solicitation shared on a government website. Specifically, SOCOM’s plans call for equipping AC-130s with cruise missiles, in addition to transforming the MC-130 into a \.
Equipping AC-130s with cruise missiles could prove superfluous.
Continue reading “The US Wants to Upgrade Its Biggest Planes With Cruise Missiles” »
AI & computational technology for improving drug discovery & development — mati gill, CEO, AION labs.
Mati Gill is the Chief Executive Officer, of AION Labs (https://aionlabs.com/), a company recently launched and backed by a coalition of pharma and tech leaders, including AstraZeneca, Merck, Pfizer, Teva, Amazon Web Services (AWS), and the Israel Biotech Fund (IBF) and Israel Innovation Authority, to improve the whole drug discovery & drug development process with AI and computational biology.
Track code: TD-3
Abstract:
Solar Sails are at the same stage of engineering development as electric motors were in the 1830’s. Each attribute of solar flux has been examined in isolation, such as photon, proton, plasma, and electrodynamic systems. This talk recommends designing a simple baseline system that converges multiple propulsion methods into optimized systems, as is currently done with electric motors. Many convergences can come from this solution space. Once a baseline design is created, AI genetic algorithms can “flight test” and refine the designs in simulation to adjust proportions and geometry. Once a base design is refined, a second AI evolution pass would design fleet systems that flock like birds to optimize performance. These could fly as a protective shield around Mars crewed fleets, provide space based solar power, deploy rapid reaction probes for interstellar comets, and be used in NEO asteroid mining. In the long term, fleets of solar energy management vehicles can provide orbital Carrigan event protection and Martian solar wind protection for terraforming. This talk is also a case study in how technology revolutions happen, and how to accelerate the creation and democratization of technical solutions.
