Search: #FermilabTech
#DidYouKnow You can illuminate an object using invisible infrared photons entangled with visible light photons. The image is formed from the visible light photons and is recorded by the camera. #FermilabTech
#ExplainIn20Seconds Ever wondered what a quantum circuit is? This animation explains it. #FermilabTech
#DidYouKnow Machine learning and neural networks are used in particle physics @Fermilab to optimize data analysis. #FermilabTech
Decoherence currently limits quantum systems from reaching their full potential. Researchers at Fermilab are working to develop technology to help reduce decoherence.
qis.fnal.gov
#FermilabTech
#ExplainIn20Seconds Ever wondered what quantum uncertainty means? This animation explains it. #FermilabTech #Quantum
Quantum computers promise to reshape the future of scientific discovery.
Quantum computers use the principles of quantum science to explore more possibilities at once than a classical computer can.
Learn more at qis.fnal.gov/research-areas/…
#FermilabTech
#DidYouKnow Very small objects such as electrons and quarks don't behave like large everyday things. They are often described as being both waves and particles, but they are neither – they are fundamentally unlike anything in our everyday experience. #FermilabTech #Quantum
Quantum entanglement isn’t two particles breaking the laws of physics to share information across long distances—it’s a single, connected system. Measuring one particle reveals part of that system’s overall state, offering insight into the whole.
#FermilabTech
Qudits have even more states than qubits.
This ability can make quantum computers even better at solving certain complex problems.
#FermilabTech #Fermilab #Quantum
Qubits are the basic units of information for a quantum computer. What makes them special compared to classical computing bits is that they can exist in multiple states simultaneously.
Learn more at qis.fnal.gov/research-areas/…
#FermilabTech #Fermilab #Quantum @sqmscenter
Our scientists tackle problems in physics using fundamental quantum properties. We combine that expertise with information science to acquire, transmit and process information beyond what classical methods alone can achieve.
Learn more at qis.fnal.gov
#FermilabTech
Quantum is all the rage these days, but do you know what all the terms actually mean?
Follow along to become quantum fluent and learn how Fermilab is accelerating discovery with quantum science. 💫
qis.fnal.gov
#FermilabTech #Fermilab #Quantum