The quantum accelerometer has been developed by Imperial College London. (Imperial College London)

A prototype quantum sensor device developed by Imperial College London completed the first period of at-sea testing onboard the UK Royal Navy (RN) trials and experimentation vessel XV Patrick Blackett .

The experiment is seen as a potential first step in understanding the application and exploitation of quantum-enabled navigation, which could provide significant navigational advantages when operating in environments where global navigation satellite systems (GNSS), such as Global Positioning System (GPS), are degraded or denied.

The quantum sensor developed by Imperial College London is a type of accelerometer. While conventional accelerometers are used in many different devices such as mobile phones and laptops, these sensors cannot maintain precise accuracy over long periods of time without an external reference to correct ‘drift'.

The quantum accelerometer has been developed by Imperial College London. (Imperial College London)

A prototype quantum sensor device developed by Imperial College London completed the first period of at-sea testing onboard the UK Royal Navy (RN) trials and experimentation vessel XV Patrick Blackett .

The experiment is seen as a potential first step in understanding the application and exploitation of quantum-enabled navigation, which could provide significant navigational advantages when operating in environments where global navigation satellite systems (GNSS), such as Global Positioning System (GPS), are degraded or denied.

The quantum sensor developed by Imperial College London is a type of accelerometer. While conventional accelerometers are used in many different devices such as mobile phones and laptops, these sensors cannot maintain precise accuracy over long periods of time without an external reference to correct ‘drift'.

The quantum accelerometer has been developed by Imperial College London. (Imperial College London)

A prototype quantum sensor device developed by Imperial College London completed the first period of at-sea testing onboard the UK Royal Navy (RN) trials and experimentation vessel XV Patrick Blackett .

The experiment is seen as a potential first step in understanding the application and exploitation of quantum-enabled navigation, which could provide significant navigational advantages when operating in environments where global navigation satellite systems (GNSS), such as Global Positioning System (GPS), are degraded or denied.

The quantum sensor developed by Imperial College London is a type of accelerometer. While conventional accelerometers are used in many different devices such as mobile phones and laptops, these sensors cannot maintain precise accuracy over long periods of time without an external reference to correct ‘drift'.

The quantum accelerometer has been developed by Imperial College London. (Imperial College London)

A prototype quantum sensor device developed by Imperial College London completed the first period of at-sea testing onboard the UK Royal Navy (RN) trials and experimentation vessel XV Patrick Blackett .

The experiment is seen as a potential first step in understanding the application and exploitation of quantum-enabled navigation, which could provide significant navigational advantages when operating in environments where global navigation satellite systems (GNSS), such as Global Positioning System (GPS), are degraded or denied.

The quantum sensor developed by Imperial College London is a type of accelerometer. While conventional accelerometers are used in many different devices such as mobile phones and laptops, these sensors cannot maintain precise accuracy over long periods of time without an external reference to correct ‘drift'.

The quantum accelerometer has been developed by Imperial College London. (Imperial College London)

A prototype quantum sensor device developed by Imperial College London completed the first period of at-sea testing onboard the UK Royal Navy (RN) trials and experimentation vessel XV Patrick Blackett .

The experiment is seen as a potential first step in understanding the application and exploitation of quantum-enabled navigation, which could provide significant navigational advantages when operating in environments where global navigation satellite systems (GNSS), such as Global Positioning System (GPS), are degraded or denied.

The quantum sensor developed by Imperial College London is a type of accelerometer. While conventional accelerometers are used in many different devices such as mobile phones and laptops, these sensors cannot maintain precise accuracy over long periods of time without an external reference to correct ‘drift'.

The quantum accelerometer has been developed by Imperial College London. (Imperial College London)

A prototype quantum sensor device developed by Imperial College London completed the first period of at-sea testing onboard the UK Royal Navy (RN) trials and experimentation vessel XV Patrick Blackett .

The experiment is seen as a potential first step in understanding the application and exploitation of quantum-enabled navigation, which could provide significant navigational advantages when operating in environments where global navigation satellite systems (GNSS), such as Global Positioning System (GPS), are degraded or denied.

The quantum sensor developed by Imperial College London is a type of accelerometer. While conventional accelerometers are used in many different devices such as mobile phones and laptops, these sensors cannot maintain precise accuracy over long periods of time without an external reference to correct ‘drift'.