Lifeboat Foundation

An unexpected discovery in a piece of amber stored at Harvard University since the 1930s reveals that army ants once lived in Europe.

🔺An ambient Sci Fi journey that evolves from light to dark, evoking imagery of distant, undiscovered secrets of the beyond. Let the music guide your mind and prepare for a ride smile In all seriousness though, this is quite a nice one. Not superhappy with the results, but it’s good enough. It’s reminescent of my older sci fi journeys. At times you may find it to dark and pressing, but the light will come again. Also, the ambience in this one is really cool. I took my time to sound design passing spaceships and shuttles as distant traffic in the background and it works extremely well and feels totally believable imo. Think I’m gonna do a video just for that ambience. Oh, visuals is kinda great too smile Thanks for your support guys smile Have a great day everyone🔺 SEO: I create ambient space music, ambient sci fi music, ambient cyberpunk music, ambient fantasy music to be used as ambient background music. You can use the music as ambient music for study, ambient music for focus, ambient music for work, ambient music for sleep, ambient music for relaxation, ambient music for reading, ambient music for writing — whatever really smile All my ambient music contains rain ambience or nature ambience. My music is best described as atmospheric ambient music, soothing ambient music, relaxing ambient music, tranquil ambient music, ethereal ambient music, cinematic ambient music, dark ambient music.

Note:
All music on this channel is not to be used without permission. It’s made for this channel only and is protected by Youtube Copyright law.

Continue reading “Ambient Sci Fi Music For People Wishing They Were Born in The Year 3336” »

J. Robert Oppenheimer speaks those famous words.

This video was posted on the 66th anniversary of the atomic bombing of Hiroshima.

Laser weapons cut costs, simplify logistics, and eliminate the possibility of running out of ammo. They’re also really cool.

WASHINGTON, Nov 8 (Reuters) — The United States and Russia are expected to meet soon and discuss resuming inspections under the New START nuclear arms reduction treaty that have been paused since before Russia’s invasion of Ukraine, U.S. State Department spokesperson Ned Price said on Tuesday.

Speaking at a daily press briefing, Price said the bilateral consultative commission (BCC), the mechanism for implementation of the last remaining arms control agreement between the world’s two largest nuclear powers, will meet “in the near future.”

Russia in August suspended cooperation with inspections under the treaty, blaming travel restrictions imposed by Washington and its allies over Moscow’s February invasion of Ukraine, but said it was still committed to complying with the provisions of the treaty.

Nuclear arsenals remain large enough to fundamentally shift the Earth system in the blink of an eye.

The U.S. and Russia have recently agreed to hold talks on the New START Treaty, and the only accord left regulating the two largest nuclear arsenals in the world. While this is undoubtedly good news, we must not allow it to lull us into complacency. Global events this year, most notably in Ukraine, have raised fears of a nuclear conflict to levels not seen since the cold war. More than 10,000 nuclear warheads remain in the world, and the Kremlin’s language regarding weapons of mass destruction has become increasingly threatening in 2022.

Global famine and climate breakdown

Continue reading “Even a small nuclear war could cause global famine — here’s what the data shows” »

Judging by pictures of the system alone, the Type 625E short-range air defense system (SHORAD) looks to be an 8×8 vehicle-mounted self-propelled anti-aircraft gun and surface-to-air missile system of sorts. For Zhuhai, the Type 625E was sporting a pixelated desert camouflage scheme and, of course, its stacked armament. Its turret with a sizable Gatling-style cannon is especially difficult to ignore, with the barrel pointed directly at the camera in some pictures taken during the show, and it is believed to be of the 25mm variety, but that detail remains unconfirmed. Land-based close-in defense Gatling-style guns of this type are becoming increasingly prominent in China’s weapons portfolio.

The vehicle also comes equipped with four canisterized missiles fitted to either side of the turret. The exact type of missile used on this system is unclear, but the general configuration would suggest that they could be FB-10 short-range types. Reportedly designed by the China Aerospace Long-March International (ALIT) company, FB-10 traces back to at least 2014 and appears to have entered service with the People’s Liberation Army at least on some level the following year. China then displayed the FB-10 at the Zhuhai Air Show in 2016 mounted on a 6×6 truck chassis as opposed to the Type 625E’s 8×8 vehicle base.

An FB-10A variant was then unveiled in 2021 during the Egypt Defense Exhibition in a similar configuration to the 2016 showcase, and its chassis was this time confirmed to be a Dongfeng Mengshi 6×6 light tactical vehicle. There also appears to be an FB-20 air-defense missile system, though confirmed information about this derivative is even thinner. FB-series missiles can purportedly engage low-flying air targets at a maximum range of over 6 miles (10 km) and reach an altitude of anywhere between 49 feet (15 m) to roughly 3 miles (5,000 m).

Error-prone qubits mean quantum systems do not yet surpass classical methods.

In a talk at the Massachusetts Institute of Technology in 1981, Richard Feynman spoke about ‘simulating physics with computers’. This was already being done at the time, but Feynman said he wanted to talk ‘about the possibility that there is to be an exact simulation, that the computer will do exactly the same as nature.’ But as nature is quantum-mechanical, he pointed out, what you need for that is a quantum computer.

The rest is history – but history still in the making. When I recently asked David Deutsch, the visionary physicist who in 1985 laid out what quantum computing might look like, whether he was surprised at how quickly the idea became a practical technology, he replied with characteristic terseness: ‘It hasn’t.’ You can see his point. Sure, in October President Joe Biden visited IBM’s new quantum data centre in Poughkeepsie, New York, to see an entire room filled with the company’s quantum computers. And on 9 November IBM announced its 433-quantum-bit (qubit) Osprey processor, although it seems only yesterday that we were getting excited at Google’s 53-qubit Sycamore chip – with which the Google team claimed in 2016 to demonstrate ‘quantum supremacy’, meaning that it could perform a calculation in a few days that would take the best classical computer many millennia.¹ This claim has since been disputed.