A major milestone has been achieved: quantum teleportation—the instantaneous transfer of information—has been demonstrated using quantum entanglement of logic quantum gates between qubits located in separate quantum processors, requiring no physical link. This breakthrough could significantly address scalability issues, making quantum computers more stable and commercially viable.
Much more is known about quantum mechanics than we were led to believe over the decades! We are entering a technological revolution.
🔹When two particles become entangled, their states remain correlated regardless of the distance between them. Changing the state of one instantly affects the other, seemingly defying classical notions of locality. This phenomenon has paved the way for unhackable quantum encryption.
QUANTUM TUNNELING
🔹Particles can pass through energy barriers that, according to classical physics, should be insurmountable. This principle is utilized in technologies such as semiconductors and tunnel diodes.
MISSILE SHIELDS
🔹Not only will we be able to destroy weapons, but we may also be able to make them simply disappear.
SCALAR PHYSICS
🔹New forms of communication will enable instantaneous transmission over vast distances, immune to electromagnetic interference, along with advancements in energy transmission.
MASS REDUCTION & GRAVITY
🔹Gravity and anti-gravity technologies will be harnessed in innovative ways, shaping emerging industries.