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Unnati Akhouri

Unnati Akhouri is a PhD student contributor to Physics World. She is a Mildred Dresselhaus Fellow at Pennsylvania State University working towards a PhD in theoretical physics on topics of complexity and non-equilibrium dynamics in open quantum systems. She is also motivated to improve the relationship between science and society through science communication and outreach. In her spare time, she likes to draw illustrations, write poetry and go on long walks.

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Photo of lit-up fireflies and grass at night

Quantum oscillators fall in synch even when classical ones don’t – but at a cost

For large-scale systems, classical oscillators are more energy-efficient, say theorists

Artist's image showing Roman numerals like you'd see on a clock face spiralling into the distance against a starry backdrop

Simulations of time travel send quantum metrology back to the future

Teleportation of entangled quantum states leads to useful information gain, say theorists

Competition and co-operation affect the thermodynamic performance of quantum machines

Physicists shed light on the emergence of order in quantum machines

Artist’s depiction of two spatially separated entangled rubidium atom clouds on top of a micro-fabricated gold atom chip. The atom clouds are shown as blue dots and sit in the middle of gold wiring on the chip

Einstein–Podolsky–Rosen paradox gets a 1000-atom test

New experiment brings EPR thought experiment to reality for the first time in massive, many-particle systems

Photo of Zhe He and Lihong Wang in the lab. Both men wear laser safety goggles, and bright splotches of red and green laser light illuminate optics in an otherwise darkened foreground

Quantum entanglement doubles microscope resolution

New technique shows promise for non-destructive bioimaging

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Unnati Akhouri

Contributor archive

Quantum oscillators fall in synch even when classical ones don’t – but at a cost

Simulations of time travel send quantum metrology back to the future

Competition and co-operation affect the thermodynamic performance of quantum machines

Einstein–Podolsky–Rosen paradox gets a 1000-atom test

Quantum entanglement doubles microscope resolution

Contributors network

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Contributor

Unnati Akhouri

Contributor archive

Quantum oscillators fall in synch even when classical ones don’t – but at a cost

Simulations of time travel send quantum metrology back to the future

Competition and co-operation affect the thermodynamic performance of quantum machines

Einstein–Podolsky–Rosen paradox gets a 1000-atom test

Quantum entanglement doubles microscope resolution

Contributors network