Designing Energy-Efficient Quantum Computers Through Prediction and Reduction of Cooling Requirements for Cryogenic Electronics
D Wave - The World's First Quantum Super Computer
RF metrology at cryogenic temperatures - NPL
Quantum Computing Cooling | Advanced Thermal Solutions
Cooling quantum computers - DCD
Coherence in Superconducting Materials for Quantum Computing David P. Pappas Jeffrey S. Kline, Fabio da Silva, David Wisbey National Institute of Standards. - ppt download
Quantum Computing Is Here! But Also Not Really | WIRED
Quantum Computing Cooling | Advanced Thermal Solutions
Xanadu launches first quantum computer that can operate at room temperature | IT PRO
2 The temperature of That big cylinder consists of Quantum computer. | Download Scientific Diagram
An in-depth look at an IBM quantum computer | Popular Science
Cooling quantum computers - DCD
Creating the Heart of a Quantum Computer: Developing Qubits | Department of Energy
Quantum Computing: The World's Coldest Computer That Will Surpass Conventional Computers
A Cryogenic IC May Be the Answer to Quantum Computer Scalability - News
Getting from Qubit to Mega-Qubit Quantum Computers with Radio Frequency (RF) Calibrations | NIST
A new way for quantum computing systems to keep their cool | MIT News | Massachusetts Institute of Technology
Rising above the noise: quantum-limited amplifiers empower the readout of IBM Quantum systems | IBM Research Blog
Intel Quantum Wisdom: Think Quantum is Powerful? You're Right. Think it will Happen Soon. You're Mistaken!
IBM unveils world's largest quantum computer at 433 qubits | New Scientist
IBM builds huge super-fridge colder than space to chill quantum computers
Scaling Up Fundamental Quantum Chemistry Simulations on Quantum Hardware – Google AI Blog
Quantum computing moves a step closer to solving our most complex problems | South China Morning Post
