Quantum questions you can bring to dinner
Can a calculation help choose a drug experiment? Why can two routes cancel? Could gravity help a ship find its way? Six explanations start with concrete questions, then keep the observation, the analogy and the uncertainty together.
Published · Los Angeles · 6 selected storiesCan a quantum computer help choose the next drug experiment?
Quandela and KRIBB will combine photonic quantum computing, AI and biology. The useful test is whether the work helps scientists choose what to test next.
Original explanatory reporting based on the dated primary sources below. Hypothetical examples and comparisons are identified in the prose; proposed benefits remain separate from measured results.
Quandela and KRIBB announce biotechnology collaboration ↗Oxford’s tiny quantum loop turns two routes into no way through
Two qubits and two vibrations recreate a counterintuitive effect: possible paths can cancel. Oxford’s trapped-ion simulator makes quantum interference tangible.
Original explanatory reporting based on the dated primary sources below. Hypothetical examples and comparisons are identified in the prose; proposed benefits remain separate from measured results.
Oxford: hybrid simulator observes Aharonov–Bohm interference ↗Eight big science questions. Can quantum computers answer them?
DOE’s October 8 agenda names problems in chemistry, materials, subatomic physics and mathematics. It shifts the conversation from machine size to scientific value.
Original explanatory reporting based on the dated primary sources below. Hypothetical examples and comparisons are identified in the prose; proposed benefits remain separate from measured results.
DOE announces science applications for quantum computing ↗How a quantum sensor helped a ship navigate without GPS
Q-CTRL’s August trial used gravity measurements to check a ship’s position over an 83-kilometre route. Maps, conventional instruments and error bounds are part of the story.
Original explanatory reporting based on the dated primary sources below. Hypothetical examples and comparisons are identified in the prose; proposed benefits remain separate from measured results.
Q-CTRL reports quantum gravimetric navigation at sea ↗Your head and your feet do not experience time at exactly the same rate
A 2022 JILA experiment measured relativity across a millimetre-scale cloud of atoms. It shows how better clocks can reveal differences in the world around them.
Original explanatory reporting based on the dated primary sources below. Hypothetical examples and comparisons are identified in the prose; proposed benefits remain separate from measured results.
JILA clocks resolve gravitational redshift at millimetre scale ↗Can you trust a coin toss? A quantum beacon comes with receipts
CURBy’s 2025 Bell-test service connects public random values to inspectable records. That can help a transparent draw, while its rules still determine whether the process is fair.
Original explanatory reporting based on the dated primary sources below. Hypothetical examples and comparisons are identified in the prose; proposed benefits remain separate from measured results.
NIST and partners introduce CURBy quantum randomness ↗What was measured, what is the comparison, and what is still a proposal?
A partnership, a scientific agenda, a simulated system and a field trial answer different questions. Older clock and randomness experiments keep their original source dates; their new explanations do not make them new discoveries.
Compare the recorded evidence →