, such as Newton’s gravitational constant . But atom-based gravity sensors are highly sensitive to vibrations from seismic activity, traffic and other sources.
Holynski’s team solved that problem by building a gravity sensor with not one but two falling clouds of rubidium atoms. With one cloud suspended a meter above the other, the instrument could gauge the strength of gravity at two different heights in a single location. Comparing those measurements allowed the researchers to cancel out the effects of background noise.
Based on the machine’s sensitivity in this experiment, it could probably provide a reliable gravity measurement at each location in less than two minutes, the researchers estimate. That’s about one-tenth the time needed for other types of gravity sensors.
That’s just a gravimeter, right?
Archaeology tool...
How deep will this go maybe the people at Oak Island could use this some money to be made by you all
Нас не подолати!!!! Соава Україні!!!!!
Any kinds of object can be detected or specifically metals and plastic?
What makes it quantum rather than, well, ordinary, regular?
Good
Curios if Rick & Marty are aware of this technology CurseOfOak treasure search oakisland
Bookmarked. I've just got to read this.
What?
C_Chalouhi
🤔
ldniven maybe use this you know where.. lol.
На всякий случай. Оказалось, что в Законе Тяготения нет влекомого тела!.. Ах ты господи!... Не начинайте с нуля! Нурбек Маженов и Тоан Хыу ВУ это исправили. Независимо от наших предчувствий через какую-то фрустрацию или тонкую ломоту. F=Gm(M⊕+m)/(R⊕+h)², g=F/m=G(M⊕+m)/(R⊕+h)²
Amazing!
WTF, dude?That gizmo may measure the gravitational field using quantum effects, but that doesn't mean that it is a 'Quantum Gravity sensor' 🤮
Better send it to the mopes on The Curse of Oak Island
Let's just sit and call it magnetism. The tug itself of magnetic attraction may as well be the defined cardinal moment of the inlet of gravitational belie.
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