Scientists Performed the First Complex Quantum Teleportation
While the theoretical possibility of multidimensional quantum teleportation has been known to scientists for nearly three decades, a research team has developed a new experimental method and the necessary technology to finally achieve it.
Researchers from the Austrian Academy of Sciences and the University of Vienna, together with their colleagues at the University of Science and Technology in China, have for the first time in history teleported three-dimensional quantum states, or else defined as "quartits."
According to Phys.org, while scientists knew that multidimensional quantum teleportation was possible since the 1990s, the team first needed to develop the tools needed to carry out this remarkable scientific experience.
"First, we had to develop an experimental method for large-scale teleportation, and to develop the technology we needed," says Manuel Erhard of the Vienna Institute for Quantum Optics and Quantum Information of the Austrian Academy of Sciences.
The quantum teleportation method, "encoded in the possible paths a photon can take", involves the use of a multipath beam splitter "that directs photons through multiple inputs and outputs and binds all the fibers together" by researchers also use "auxiliary photons" that can interact with other such particles.
As a result, "intelligent selection of certain models of interference" essentially allows the transfer of quantum information from one photon to another without the two physical interactions, with Erhard pointing out that this experimental concept can be extended to any number of dimensions.
As Phys.org points out, this achievement marks an "important step" toward creating hands-on applications such as the "future quantum Internet," because three-dimensional quantum systems can transport more information than their two-dimensional counterparts.
"This result could help connect quantum computers to information capabilities outside the qubits," said Anton Zeilinger of the Austrian Academy of Sciences and the University of Vienna, while Jian-Wei Pan of the Chinese University of Science and Technology states that "the foundations for quantum Next-generation network systems are built on our fundamental research today. "
It is reported that quantum physicists focus on achieving the teleportation of "the entire quantum state of a single photon or atom".
- » Eurostat: EU Exports of Services to Countries outside of the EU Valued at €945 Billion
- » Boris Johnson is Preparing for Trade Talks with the US
- » Taj Mahal to be Cleaned for the First Time in 300 Years because of Donald Trump’s Visit
- » The EU Decides within Days whether to Start Membership Talks with Tirana and Skopje
- » The White House: The US Needs Funding to Fight the Coronavirus
- » Most Americans Think Trump will be Reelected