New theory claims to unite Einstein's gravity with quantum mechanics
π¬Scientists from renowned institutions like UCL Physics & Astronomy and the Perimeter Institute of Theoretical Physics are embarking on groundbreaking research to understand the nature of spacetime and its relationship with quantum phenomena.
By exploring the concept of spacetime fluctuations and their impact on objects like atoms, they aim to determine whether time flows with a classical or quantum nature. This quest involves precise measurements and the delicate interplay between quantum particles and the random fluctuations in spacetime.
πAdditionally, they propose experiments to verify the quantum nature of spacetime through gravitationally mediated entanglement. These endeavors hold immense significance in unraveling the fundamental laws of nature and could potentially provide answers within the next two decades.
Β©
Share: @AstroMechanics
π¬Scientists from renowned institutions like UCL Physics & Astronomy and the Perimeter Institute of Theoretical Physics are embarking on groundbreaking research to understand the nature of spacetime and its relationship with quantum phenomena.
By exploring the concept of spacetime fluctuations and their impact on objects like atoms, they aim to determine whether time flows with a classical or quantum nature. This quest involves precise measurements and the delicate interplay between quantum particles and the random fluctuations in spacetime.
πAdditionally, they propose experiments to verify the quantum nature of spacetime through gravitationally mediated entanglement. These endeavors hold immense significance in unraveling the fundamental laws of nature and could potentially provide answers within the next two decades.
Β©
Source: Read hereShare: @AstroMechanics
π3π₯1π1
Sir Issac Newton's college notebookπβ!
Pages from Sir Isaac Newton's handwritten college notebook showing his study of mathematics especially infinite series, evolution of differential calculus, and binomial theorem, in 1664-65.
Pages from Sir Isaac Newton's handwritten college notebook showing his study of mathematics especially infinite series, evolution of differential calculus, and binomial theorem, in 1664-65.
Share: @AstroMechanicsβ€7π3π€―2π2π1
Quiz of this week
1. Which one of the following waves are used by the common TV remote control?
1. Which one of the following waves are used by the common TV remote control?
Anonymous Quiz
9%
Lasers
12%
Ultrasonic waves
47%
Infrared waves
32%
Radio waves
π₯6π2β‘1π1π1
2. Creatures that can live in extreme environment are
Anonymous Quiz
14%
Hooligans
16%
Extremists
54%
Extremophiles
16%
Homosapiens
π3β€1π1
3. How fast does a rocket have to move relative to an observer for its length to be contracted to 95% of its original length?
Anonymous Quiz
16%
0.6 c
49%
0.7 c
17%
0.2 c
18%
0.3 c
β€3π₯2π2π1π₯°1π1π1π1
4. Phase space is a
Anonymous Quiz
32%
3 Dimensional space
40%
4 Dimensional space
13%
5 Dimensional space
15%
6 Dimensional space
π₯4π2π2π―1
Welcome to Infinity-Scienceπ¬π
Discover the latest in physics, math, biology, chemistry, astronomy, and more. Experience technology, fascinating facts, and the wonders of nature. Explore science history, join Q&A sessions, and stay informed!
ββββ§Infinity-ScienceXβ§βββ
Discover the latest in physics, math, biology, chemistry, astronomy, and more. Experience technology, fascinating facts, and the wonders of nature. Explore science history, join Q&A sessions, and stay informed!
Share & likeπββββ§Infinity-ScienceXβ§βββ
β€3π₯°1π€1
Fata Morgana MirageA beautiful mirage called the Fata Morgana appears in the Straits of Messina, between Sicily and Italy. It is an image of a town and ship in the sky, but it seems more like a fairy tale landscape than a real town. It is believed to be a mirage of a fishing village situated along the coast.
ββββ§Infinity-ScienceXβ§βββ
β€5π2π1
If you look in the mirror in low light for a while, your brain gets bored and begins to create the illusion of monsters. This phenomenon is called the "strange-face illusion" or the "Troxler effect
ββββ§Infinity-ScienceXβ§βββ
ββββ§Infinity-ScienceXβ§βββ
π₯9π±5π3π€―2π€1
Quizzes of this week
1. What do we call when someone stare at one thing for long enough time that other things in their vision fade out
1. What do we call when someone stare at one thing for long enough time that other things in their vision fade out
Anonymous Quiz
10%
Cyber Effect
22%
Equllibes Effect
34%
Troxler Effect
34%
Photolytic Effect
π3π€1
The first rockets were made 1000 years old ago in:
Anonymous Quiz
30%
Indian
14%
Portugal
15%
Japan
41%
China
π€―5π1π±1
What do we call the rainbow that appear at night?
Anonymous Quiz
8%
Rainbows
23%
Nightbows
21%
Doowes
47%
Moonbows
π€©5π1
If you add up the numbers 1-100 consecutively (1+2+3+4+5 etc) the total is:
Anonymous Quiz
20%
7085
11%
4100
56%
5050
13%
2564
π₯5
π4π€―2π₯1
π5
This media is not supported in your browser
VIEW IN TELEGRAM
The lower a satelliteβs orbit, the faster it must fly to avoid falling back to the Earth. Most satellites fly in low orbits, 300 km from the earthπ°
ββββ§Infinity-ScienceXβ§βββ
ββββ§Infinity-ScienceXβ§βββ
β€3π1π₯1
Yet much about the planet's oceans remains a mystery. As of the year 2000, the National Oceanic and Atmospheric Administration (NOAA) estimated that as much as 95 percent of the world's oceans and 99 percent of the ocean floor are unexplored.
ββββ§Infinity-ScienceXβ§βββ
ββββ§Infinity-ScienceXβ§βββ
π4β€2
There's a fascinating reason why space appears black.
You might think that there should be no black space at all because stars are everywhere and should fill the sky with light.
This phenomenon is known as Olbers' Paradox, named for the German astronomer Heinrich Wilhelm Olbers who posed it in 1823: if the universe is infinite, static, and timeless, then everywhere you look should eventually hit a star.
It turns out the universe is neither static nor timeless. Edwin Hubble discovered that the universe is expanding, and thermal radiation left over from the Big Bang puts the universe at 13.8 billion years old.
We don't see stars in every direction because some stars haven't been around long enough for their light to reach us.
ββββ§Infinity-ScienceXβ§βββ
You might think that there should be no black space at all because stars are everywhere and should fill the sky with light.
This phenomenon is known as Olbers' Paradox, named for the German astronomer Heinrich Wilhelm Olbers who posed it in 1823: if the universe is infinite, static, and timeless, then everywhere you look should eventually hit a star.
It turns out the universe is neither static nor timeless. Edwin Hubble discovered that the universe is expanding, and thermal radiation left over from the Big Bang puts the universe at 13.8 billion years old.
We don't see stars in every direction because some stars haven't been around long enough for their light to reach us.
ββββ§Infinity-ScienceXβ§βββ
π₯5π1π€―1
This media is not supported in your browser
VIEW IN TELEGRAM
π5π2π1