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Motion detectors

(999+ products available)

create a verifiable unchangeable record of a workers lifetime occupational exposures Ambient pervasive computing where every - Product Image 1

create a verifiable unchangeable record of a workers lifetime occupational exposures Ambient pervasive computing where every - Product Image 2

create a verifiable unchangeable record of a workers lifetime occupational exposures Ambient pervasive computing where every - Product Image 3

create a verifiable unchangeable record of a workers lifetime occupational exposures Ambient pervasive computing where every - Product Image 4

create a verifiable unchangeable record of a workers lifetime occupational exposures Ambient pervasive computing where every - Product Image 5

create a verifiable unchangeable record of a workers lifetime occupational exposures Ambient pervasive computing where every - Product Image 6

create a verifiable unchangeable record of a workers lifetime occupational exposures Ambient pervasive computing where every

£14.89

MOQ: 1

Autonomous construction swarms that build ergonomically optimized habitats in harsh environments before human arrival - Product Image 1

Autonomous construction swarms that build ergonomically optimized habitats in harsh environments before human arrival - Product Image 2

Autonomous construction swarms that build ergonomically optimized habitats in harsh environments before human arrival - Product Image 3

Autonomous construction swarms that build ergonomically optimized habitats in harsh environments before human arrival - Product Image 4

Autonomous construction swarms that build ergonomically optimized habitats in harsh environments before human arrival - Product Image 5

Autonomous construction swarms that build ergonomically optimized habitats in harsh environments before human arrival - Product Image 6

Autonomous construction swarms that build ergonomically optimized habitats in harsh environments before human arrival

£14.89

MOQ: 1

Designing protein based actuators that contract or expand in response to specific biochemical signals of muscle fatigue - Product Image 1

Designing protein based actuators that contract or expand in response to specific biochemical signals of muscle fatigue - Product Image 2

Designing protein based actuators that contract or expand in response to specific biochemical signals of muscle fatigue - Product Image 3

Designing protein based actuators that contract or expand in response to specific biochemical signals of muscle fatigue - Product Image 4

Designing protein based actuators that contract or expand in response to specific biochemical signals of muscle fatigue - Product Image 5

Designing protein based actuators that contract or expand in response to specific biochemical signals of muscle fatigue - Product Image 6

Designing protein based actuators that contract or expand in response to specific biochemical signals of muscle fatigue

£14.89

MOQ: 1

temporary expression of pain inhibiting ion channels in peripheral nerves Synthetic biology circuits in skin commensal bacteria - Product Image 1

temporary expression of pain inhibiting ion channels in peripheral nerves Synthetic biology circuits in skin commensal bacteria - Product Image 2

temporary expression of pain inhibiting ion channels in peripheral nerves Synthetic biology circuits in skin commensal bacteria - Product Image 3

temporary expression of pain inhibiting ion channels in peripheral nerves Synthetic biology circuits in skin commensal bacteria - Product Image 4

temporary expression of pain inhibiting ion channels in peripheral nerves Synthetic biology circuits in skin commensal bacteria - Product Image 5

temporary expression of pain inhibiting ion channels in peripheral nerves Synthetic biology circuits in skin commensal bacteria - Product Image 6

temporary expression of pain inhibiting ion channels in peripheral nerves Synthetic biology circuits in skin commensal bacteria

£14.89

MOQ: 1

risks associated with wearable technology returning from extraterrestrial environments Molecular & Cellular Precision - Product Image 1

risks associated with wearable technology returning from extraterrestrial environments Molecular & Cellular Precision - Product Image 2

risks associated with wearable technology returning from extraterrestrial environments Molecular & Cellular Precision - Product Image 3

risks associated with wearable technology returning from extraterrestrial environments Molecular & Cellular Precision - Product Image 4

risks associated with wearable technology returning from extraterrestrial environments Molecular & Cellular Precision - Product Image 5

risks associated with wearable technology returning from extraterrestrial environments Molecular & Cellular Precision - Product Image 6

risks associated with wearable technology returning from extraterrestrial environments Molecular & Cellular Precision

£14.89

MOQ: 1

Quantifying the cognitive ergonomics of operating machinery through severe time delay and communication lag in space - Product Image 1

Quantifying the cognitive ergonomics of operating machinery through severe time delay and communication lag in space - Product Image 2

Quantifying the cognitive ergonomics of operating machinery through severe time delay and communication lag in space - Product Image 3

Quantifying the cognitive ergonomics of operating machinery through severe time delay and communication lag in space - Product Image 4

Quantifying the cognitive ergonomics of operating machinery through severe time delay and communication lag in space - Product Image 5

Quantifying the cognitive ergonomics of operating machinery through severe time delay and communication lag in space - Product Image 6

Quantifying the cognitive ergonomics of operating machinery through severe time delay and communication lag in space

£14.89

MOQ: 1

movement under hypergravity conditions such as on hypothetical super Earths Studying the ergonomics of tool use in a vacuum - Product Image 1

movement under hypergravity conditions such as on hypothetical super Earths Studying the ergonomics of tool use in a vacuum - Product Image 2

movement under hypergravity conditions such as on hypothetical super Earths Studying the ergonomics of tool use in a vacuum - Product Image 3

movement under hypergravity conditions such as on hypothetical super Earths Studying the ergonomics of tool use in a vacuum - Product Image 4

movement under hypergravity conditions such as on hypothetical super Earths Studying the ergonomics of tool use in a vacuum - Product Image 5

movement under hypergravity conditions such as on hypothetical super Earths Studying the ergonomics of tool use in a vacuum - Product Image 6

movement under hypergravity conditions such as on hypothetical super Earths Studying the ergonomics of tool use in a vacuum

£14.89

MOQ: 1

the exponentially large state space of possible human machine interactions in collaborative robotics Exo Aptation & Extreme - Product Image 1

the exponentially large state space of possible human machine interactions in collaborative robotics Exo Aptation & Extreme - Product Image 2

the exponentially large state space of possible human machine interactions in collaborative robotics Exo Aptation & Extreme - Product Image 3

the exponentially large state space of possible human machine interactions in collaborative robotics Exo Aptation & Extreme - Product Image 4

the exponentially large state space of possible human machine interactions in collaborative robotics Exo Aptation & Extreme - Product Image 5

the exponentially large state space of possible human machine interactions in collaborative robotics Exo Aptation & Extreme - Product Image 6

the exponentially large state space of possible human machine interactions in collaborative robotics Exo Aptation & Extreme

£14.89

MOQ: 1