This post originally appeared on ZeMing Mr. Gao’s website, and we have republished with the author’s permission. Read the full article here. In a recently published article on SSRN, Dr. Craig S. Wright described a new theory (philosophy) of time that offers a separate quantum universal calendar as well as an understanding of the universe …
The universe is a time warp – the quantum universal calendar Read More »
Time: it is constantly lacking and we never have enough. Some say it’s an illusion, others say it flies like an arrow. Well, this arrow of time is a big headache in physics. Why does time have a particular direction? And can such a direction be reversed? A study, published in Scientific Reports, provides an …
Scientists Have ‘Time-Reversed’ Inside a Quantum Computer, and the Implications Are Huge Read More »
When two particles are entangled, the state of one is linked to the state of the other. Quantum entanglement is a phenomenon in which the quantum states of two or more objects become correlated, meaning that the state of one object can affect the state of others even though the objects are separated by large …
The low-radioactivity underground laboratory of the Gran Sasso. Credit: Massimiliano De Deo, LNGS-INFN For decades, physicists have been searching for a model of quantum gravity that would unify quantum physics, the laws that govern the infinitely small, and gravity. A major obstacle has been the difficulty of experimentally testing the predictions of the candidate models. …
Italian underground lab searches for quantum gravity signals Read More »
The quantum world defies common sense at every turn. Shaped over hundreds of thousands of years by biological evolution, our modern human brain struggles to understand things outside of our familiar naturalistic context. It is easy to understand a predator chasing prey across a grassy plain; understanding most anything that happens at subatomic scales can …
The quantum world defies common sense at every turn. Shaped over hundreds of thousands of years by biological evolution, our modern human brain struggles to understand things outside of our familiar naturalistic context. It is easy to understand a predator chasing prey across a grassy plain; understanding most anything that happens at subatomic scales can …
“There are certain configurations of the future that don’t match anything from the past,” Cotler said. “There is nothing in the past that could evolve in them.” Giddings proposed a similar principle for ruling out the paradoxical states he encountered while studying black holes last year. He calls it “history matters”, and he argues that …
Physicists are rewriting a quantum rule that conflicts with our universe Read More »
The story so far: The appeal of quantum computers (QCs) is their ability to leverage quantum physics to solve problems that are too complex for computers that use classical physics. The 2022 Nobel Prize in Physics was awarded for work that rigorously tested such an “experiment” and paved the way for its applications in computing …
The story so far: The appeal of quantum computers (QCs) is their ability to leverage quantum physics to solve problems that are too complex for computers that use classical physics. The 2022 Nobel Prize in Physics was awarded for work that rigorously tested such an “experiment” and paved the way for its applications in computing …
Parity computers can perform operations between two or more qubits on a single qubit. Parity quantum computers facilitate the implementation of complex algorithms. In a quantum computer, quantum bits (qubits) simultaneously act as a computing unit and a memory. Quantum information cannot be stored in a memory like in a classical computer since it cannot …
