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DUKAS_192374272_FER
Wireless AI-powered brain interface
Ferrari Press Agency
Interface 1
Ref 17436
02/01/2026
See Ferrari text
Pictures MUST credit: Columbia University
A brain implant the size and thickness of a postage stamp is set to improve the quality of life for stroke victims and other brain conditions — by emailing thoughts to AI using wi-fi.
The new silicon brain computer interface also aims to expand treatment possibilities for neurological conditions such as epilepsy, spinal cord injury, the degenerative disease ALS and blindness.
The team behind it says the implant – will help manage seizures and restore motor, speech, and visual function.
This is done by providing a minimally invasive, high-throughput information link directly to and from the brain.
The transformational potential of this new system lies in its small size and ability to transfer data at high rates.
It has been developed by US researchers at Columbia University, NewYork-Presbyterian, Stanford University, and the University of Pennsylvania.
The interface relies on a single silicon chip to establish a wireless, high-bandwidth connection between the brain and any external computer.
The platform is called the Biological Interface System to Cortex or BISC for short.
OPS: The new device called the Biological Interface System to Cortex (BISC).As thin as a human hair.
Pictrure supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192374270_FER
Wireless AI-powered brain interface
Ferrari Press Agency
Interface 1
Ref 17436
02/01/2026
See Ferrari text
Pictures MUST credit: Columbia University
A brain implant the size and thickness of a postage stamp is set to improve the quality of life for stroke victims and other brain conditions — by emailing thoughts to AI using wi-fi.
The new silicon brain computer interface also aims to expand treatment possibilities for neurological conditions such as epilepsy, spinal cord injury, the degenerative disease ALS and blindness.
The team behind it says the implant – will help manage seizures and restore motor, speech, and visual function.
This is done by providing a minimally invasive, high-throughput information link directly to and from the brain.
The transformational potential of this new system lies in its small size and ability to transfer data at high rates.
It has been developed by US researchers at Columbia University, NewYork-Presbyterian, Stanford University, and the University of Pennsylvania.
The interface relies on a single silicon chip to establish a wireless, high-bandwidth connection between the brain and any external computer.
The platform is called the Biological Interface System to Cortex or BISC for short.
OPS: The new device called the Biological Interface System to Cortex (BISC).As thin as a human hair Demonstrating how it sits on the brain surface
Pictrure supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192374269_FER
Wireless AI-powered brain interface
Ferrari Press Agency
Interface 1
Ref 17436
02/01/2026
See Ferrari text
Pictures MUST credit: Columbia University
A brain implant the size and thickness of a postage stamp is set to improve the quality of life for stroke victims and other brain conditions — by emailing thoughts to AI using wi-fi.
The new silicon brain computer interface also aims to expand treatment possibilities for neurological conditions such as epilepsy, spinal cord injury, the degenerative disease ALS and blindness.
The team behind it says the implant – will help manage seizures and restore motor, speech, and visual function.
This is done by providing a minimally invasive, high-throughput information link directly to and from the brain.
The transformational potential of this new system lies in its small size and ability to transfer data at high rates.
It has been developed by US researchers at Columbia University, NewYork-Presbyterian, Stanford University, and the University of Pennsylvania.
The interface relies on a single silicon chip to establish a wireless, high-bandwidth connection between the brain and any external computer.
The platform is called the Biological Interface System to Cortex or BISC for short.
OPS: The new device called the Biological Interface System to Cortex (BISC).As thin as a human hair Demonstrating how ithe device is read using a hand held receiver placed over the area of the brain where it sits
Pictrure supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192374268_FER
Wireless AI-powered brain interface
Ferrari Press Agency
Interface 1
Ref 17436
02/01/2026
See Ferrari text
Pictures MUST credit: Columbia University
A brain implant the size and thickness of a postage stamp is set to improve the quality of life for stroke victims and other brain conditions — by emailing thoughts to AI using wi-fi.
The new silicon brain computer interface also aims to expand treatment possibilities for neurological conditions such as epilepsy, spinal cord injury, the degenerative disease ALS and blindness.
The team behind it says the implant – will help manage seizures and restore motor, speech, and visual function.
This is done by providing a minimally invasive, high-throughput information link directly to and from the brain.
The transformational potential of this new system lies in its small size and ability to transfer data at high rates.
It has been developed by US researchers at Columbia University, NewYork-Presbyterian, Stanford University, and the University of Pennsylvania.
The interface relies on a single silicon chip to establish a wireless, high-bandwidth connection between the brain and any external computer.
The platform is called the Biological Interface System to Cortex or BISC for short.
OPS: The new device called the Biological Interface System to Cortex (BISC).As thin as a human hair Demonstrating how ithe device is read using a hand held receiver placed over the area of the brain where it sits
Pictrure supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192374267_FER
Wireless AI-powered brain interface
Ferrari Press Agency
Interface 1
Ref 17436
02/01/2026
See Ferrari text
Pictures MUST credit: Columbia University
A brain implant the size and thickness of a postage stamp is set to improve the quality of life for stroke victims and other brain conditions — by emailing thoughts to AI using wi-fi.
The new silicon brain computer interface also aims to expand treatment possibilities for neurological conditions such as epilepsy, spinal cord injury, the degenerative disease ALS and blindness.
The team behind it says the implant – will help manage seizures and restore motor, speech, and visual function.
This is done by providing a minimally invasive, high-throughput information link directly to and from the brain.
The transformational potential of this new system lies in its small size and ability to transfer data at high rates.
It has been developed by US researchers at Columbia University, NewYork-Presbyterian, Stanford University, and the University of Pennsylvania.
The interface relies on a single silicon chip to establish a wireless, high-bandwidth connection between the brain and any external computer.
The platform is called the Biological Interface System to Cortex or BISC for short.
OPS: The new device called the Biological Interface System to Cortex (BISC).As thin as a human hair Demonstrating how ithe device is read using a hand held receiver placed over the area of the brain where it sits
Pictrure supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192374266_FER
Wireless AI-powered brain interface
Ferrari Press Agency
Interface 1
Ref 17436
02/01/2026
See Ferrari text
Pictures MUST credit: Columbia University
A brain implant the size and thickness of a postage stamp is set to improve the quality of life for stroke victims and other brain conditions — by emailing thoughts to AI using wi-fi.
The new silicon brain computer interface also aims to expand treatment possibilities for neurological conditions such as epilepsy, spinal cord injury, the degenerative disease ALS and blindness.
The team behind it says the implant – will help manage seizures and restore motor, speech, and visual function.
This is done by providing a minimally invasive, high-throughput information link directly to and from the brain.
The transformational potential of this new system lies in its small size and ability to transfer data at high rates.
It has been developed by US researchers at Columbia University, NewYork-Presbyterian, Stanford University, and the University of Pennsylvania.
The interface relies on a single silicon chip to establish a wireless, high-bandwidth connection between the brain and any external computer.
The platform is called the Biological Interface System to Cortex or BISC for short.
OPS: The new device called the Biological Interface System to Cortex (BISC).As thin as a human hair Demonstrating how ithe device is read using a hand held receiver placed over the area of the brain where it sits
Pictrure supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192374265_FER
Wireless AI-powered brain interface
Ferrari Press Agency
Interface 1
Ref 17436
02/01/2026
See Ferrari text
Pictures MUST credit: Columbia University
A brain implant the size and thickness of a postage stamp is set to improve the quality of life for stroke victims and other brain conditions — by emailing thoughts to AI using wi-fi.
The new silicon brain computer interface also aims to expand treatment possibilities for neurological conditions such as epilepsy, spinal cord injury, the degenerative disease ALS and blindness.
The team behind it says the implant – will help manage seizures and restore motor, speech, and visual function.
This is done by providing a minimally invasive, high-throughput information link directly to and from the brain.
The transformational potential of this new system lies in its small size and ability to transfer data at high rates.
It has been developed by US researchers at Columbia University, NewYork-Presbyterian, Stanford University, and the University of Pennsylvania.
The interface relies on a single silicon chip to establish a wireless, high-bandwidth connection between the brain and any external computer.
The platform is called the Biological Interface System to Cortex or BISC for short.
OPS: The new device called the Biological Interface System to Cortex (BISC).As thin as a human hair.
Pictrure supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192374264_FER
Wireless AI-powered brain interface
Ferrari Press Agency
Interface 1
Ref 17436
02/01/2026
See Ferrari text
Pictures MUST credit: Columbia University
A brain implant the size and thickness of a postage stamp is set to improve the quality of life for stroke victims and other brain conditions — by emailing thoughts to AI using wi-fi.
The new silicon brain computer interface also aims to expand treatment possibilities for neurological conditions such as epilepsy, spinal cord injury, the degenerative disease ALS and blindness.
The team behind it says the implant – will help manage seizures and restore motor, speech, and visual function.
This is done by providing a minimally invasive, high-throughput information link directly to and from the brain.
The transformational potential of this new system lies in its small size and ability to transfer data at high rates.
It has been developed by US researchers at Columbia University, NewYork-Presbyterian, Stanford University, and the University of Pennsylvania.
The interface relies on a single silicon chip to establish a wireless, high-bandwidth connection between the brain and any external computer.
The platform is called the Biological Interface System to Cortex or BISC for short.
OPS: The new device called the Biological Interface System to Cortex (BISC).As thin as a human hair Demonstrating how it sits on the brain surface
Pictrure supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192374263_FER
Wireless AI-powered brain interface
Ferrari Press Agency
Interface 1
Ref 17436
02/01/2026
See Ferrari text
Pictures MUST credit: Columbia University
A brain implant the size and thickness of a postage stamp is set to improve the quality of life for stroke victims and other brain conditions — by emailing thoughts to AI using wi-fi.
The new silicon brain computer interface also aims to expand treatment possibilities for neurological conditions such as epilepsy, spinal cord injury, the degenerative disease ALS and blindness.
The team behind it says the implant – will help manage seizures and restore motor, speech, and visual function.
This is done by providing a minimally invasive, high-throughput information link directly to and from the brain.
The transformational potential of this new system lies in its small size and ability to transfer data at high rates.
It has been developed by US researchers at Columbia University, NewYork-Presbyterian, Stanford University, and the University of Pennsylvania.
The interface relies on a single silicon chip to establish a wireless, high-bandwidth connection between the brain and any external computer.
The platform is called the Biological Interface System to Cortex or BISC for short.
OPS: The new device called the Biological Interface System to Cortex (BISC).As thin as a human hair.
Pictrure supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192374262_FER
Wireless AI-powered brain interface
Ferrari Press Agency
Interface 1
Ref 17436
02/01/2026
See Ferrari text
Pictures MUST credit: Columbia University
A brain implant the size and thickness of a postage stamp is set to improve the quality of life for stroke victims and other brain conditions — by emailing thoughts to AI using wi-fi.
The new silicon brain computer interface also aims to expand treatment possibilities for neurological conditions such as epilepsy, spinal cord injury, the degenerative disease ALS and blindness.
The team behind it says the implant – will help manage seizures and restore motor, speech, and visual function.
This is done by providing a minimally invasive, high-throughput information link directly to and from the brain.
The transformational potential of this new system lies in its small size and ability to transfer data at high rates.
It has been developed by US researchers at Columbia University, NewYork-Presbyterian, Stanford University, and the University of Pennsylvania.
The interface relies on a single silicon chip to establish a wireless, high-bandwidth connection between the brain and any external computer.
The platform is called the Biological Interface System to Cortex or BISC for short.
OPS: The new device called the Biological Interface System to Cortex (BISC).As thin as a human hair.
Pictrure supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187953359_FER
Wearable robot for disabled
Ferrari Press Agency
Wearable robot 1
Ref 17092
21/08/2025
See Ferrari text
Picture MUST credit: Harvard SEAS Communications
A wearable robot to help disabled people perform everyday tasks has been developed by engineers.
The aim is to help those with neurodegenerative disease or who have had a stroke.
They often suffer from impaired movement of the shoulder, arm or hands, preventing them from daily tasks like brushing their teeth, combing their hair or eating.
A team at the USA’s Harvard University has developed the soft, wearable robot to provide movement assistance and could even augment therapies to help regain mobility.
The robot consists of a sensor-loaded vest with a balloon attached underneath the arm that inflates and deflates to apply mechanical assistance to a weak or impaired limb.
Physical motions are highly individualised, especially for the mobility-impaired, making it difficult to design a device that works for many different people.
The wearable robot is said to be responsive to an individual user’s exact movements.
This makes it with more personalised assistance that could give users better, more controlled support for daily tasks.
The researchers used a machine learning model that personalises assistance levels to an individual user.
It learns which movements the user is trying to do, via sensors that track both motion and pressure.
OPS: The wearable robot vest with researchers Prabhat Pathak (left) and James Arnold (right) in the lab.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187953357_FER
Wearable robot for disabled
Ferrari Press Agency
Wearable robot 1
Ref 17092
21/08/2025
See Ferrari text
Picture MUST credit: Harvard SEAS Communications
A wearable robot to help disabled people perform everyday tasks has been developed by engineers.
The aim is to help those with neurodegenerative disease or who have had a stroke.
They often suffer from impaired movement of the shoulder, arm or hands, preventing them from daily tasks like brushing their teeth, combing their hair or eating.
A team at the USA’s Harvard University has developed the soft, wearable robot to provide movement assistance and could even augment therapies to help regain mobility.
The robot consists of a sensor-loaded vest with a balloon attached underneath the arm that inflates and deflates to apply mechanical assistance to a weak or impaired limb.
Physical motions are highly individualised, especially for the mobility-impaired, making it difficult to design a device that works for many different people.
The wearable robot is said to be responsive to an individual user’s exact movements.
This makes it with more personalised assistance that could give users better, more controlled support for daily tasks.
The researchers used a machine learning model that personalises assistance levels to an individual user.
It learns which movements the user is trying to do, via sensors that track both motion and pressure.
OPS: The wearable robot vest with researchers Prabhat Pathak (left) and James Arnold (right) in the lab.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187953355_FER
Wearable robot for disabled
Ferrari Press Agency
Wearable robot 1
Ref 17092
21/08/2025
See Ferrari text
Picture MUST credit: Harvard SEAS Communications
A wearable robot to help disabled people perform everyday tasks has been developed by engineers.
The aim is to help those with neurodegenerative disease or who have had a stroke.
They often suffer from impaired movement of the shoulder, arm or hands, preventing them from daily tasks like brushing their teeth, combing their hair or eating.
A team at the USA’s Harvard University has developed the soft, wearable robot to provide movement assistance and could even augment therapies to help regain mobility.
The robot consists of a sensor-loaded vest with a balloon attached underneath the arm that inflates and deflates to apply mechanical assistance to a weak or impaired limb.
Physical motions are highly individualised, especially for the mobility-impaired, making it difficult to design a device that works for many different people.
The wearable robot is said to be responsive to an individual user’s exact movements.
This makes it with more personalised assistance that could give users better, more controlled support for daily tasks.
The researchers used a machine learning model that personalises assistance levels to an individual user.
It learns which movements the user is trying to do, via sensors that track both motion and pressure.
OPS: The wearable robot vest with researchers Prabhat Pathak (left) and James Arnold (right)
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187953354_FER
Wearable robot for disabled
Ferrari Press Agency
Wearable robot 1
Ref 17092
21/08/2025
See Ferrari text
Picture MUST credit: Harvard SEAS Communications
A wearable robot to help disabled people perform everyday tasks has been developed by engineers.
The aim is to help those with neurodegenerative disease or who have had a stroke.
They often suffer from impaired movement of the shoulder, arm or hands, preventing them from daily tasks like brushing their teeth, combing their hair or eating.
A team at the USA’s Harvard University has developed the soft, wearable robot to provide movement assistance and could even augment therapies to help regain mobility.
The robot consists of a sensor-loaded vest with a balloon attached underneath the arm that inflates and deflates to apply mechanical assistance to a weak or impaired limb.
Physical motions are highly individualised, especially for the mobility-impaired, making it difficult to design a device that works for many different people.
The wearable robot is said to be responsive to an individual user’s exact movements.
This makes it with more personalised assistance that could give users better, more controlled support for daily tasks.
The researchers used a machine learning model that personalises assistance levels to an individual user.
It learns which movements the user is trying to do, via sensors that track both motion and pressure.
OPS: The wearable robot vest on a volunteer patient ith ALS. With the robot switched off, (left) they have trouble combing their hair. With it switched on (right)bthey are able to easily perform the task.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187953353_FER
Wearable robot for disabled
Ferrari Press Agency
Wearable robot 1
Ref 17092
21/08/2025
See Ferrari text
Picture MUST credit: Harvard SEAS Communications
A wearable robot to help disabled people perform everyday tasks has been developed by engineers.
The aim is to help those with neurodegenerative disease or who have had a stroke.
They often suffer from impaired movement of the shoulder, arm or hands, preventing them from daily tasks like brushing their teeth, combing their hair or eating.
A team at the USA’s Harvard University has developed the soft, wearable robot to provide movement assistance and could even augment therapies to help regain mobility.
The robot consists of a sensor-loaded vest with a balloon attached underneath the arm that inflates and deflates to apply mechanical assistance to a weak or impaired limb.
Physical motions are highly individualised, especially for the mobility-impaired, making it difficult to design a device that works for many different people.
The wearable robot is said to be responsive to an individual user’s exact movements.
This makes it with more personalised assistance that could give users better, more controlled support for daily tasks.
The researchers used a machine learning model that personalises assistance levels to an individual user.
It learns which movements the user is trying to do, via sensors that track both motion and pressure.
OPS: The wearable robot vest on a volunteer patient . With the robot switched off, (left) they have troubledrinking from a bottle. With it switched on (right)bthey are able to perform the task.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187953352_FER
Wearable robot for disabled
Ferrari Press Agency
Wearable robot 1
Ref 17092
21/08/2025
See Ferrari text
Picture MUST credit: Harvard SEAS Communications
A wearable robot to help disabled people perform everyday tasks has been developed by engineers.
The aim is to help those with neurodegenerative disease or who have had a stroke.
They often suffer from impaired movement of the shoulder, arm or hands, preventing them from daily tasks like brushing their teeth, combing their hair or eating.
A team at the USA’s Harvard University has developed the soft, wearable robot to provide movement assistance and could even augment therapies to help regain mobility.
The robot consists of a sensor-loaded vest with a balloon attached underneath the arm that inflates and deflates to apply mechanical assistance to a weak or impaired limb.
Physical motions are highly individualised, especially for the mobility-impaired, making it difficult to design a device that works for many different people.
The wearable robot is said to be responsive to an individual user’s exact movements.
This makes it with more personalised assistance that could give users better, more controlled support for daily tasks.
The researchers used a machine learning model that personalises assistance levels to an individual user.
It learns which movements the user is trying to do, via sensors that track both motion and pressure.
OPS: The wearable robot vest
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_179316971_BES
XoMotion, l'exosquelette pour remettre sur pied les patients atteints de lésions de la moelle épinière
Picture MUST credit: Human in Motion Robotics An exoskeleton designed to help spinal cord injury patients get back on their feet has been cleared for use. The device, called the XoMotion, is also aimed at assisting people disabled by a stroke or other neurological conditions to learn how to stand up and walk again. It has a full range of motion to walk, climb stairs, sidestep and crouch, all while maintaining stability without tipping over. It is said to be the first device of its kind to mimic the physiological motion of the legs and lower body giving a user the ability to perform complex mobility tasks. The XoMotion is equipped with advanced sensor systems and multi-modal controllers for patients to quickly learn to operate it hands free, The Canada-based company behind it, Human in Motion Robotics, envisions it being used initially by rehabilitation centres. But it says it will ultimately be available for daily, personal use, for individuals to give them mobility at home and in the community. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_179316970_BES
XoMotion, l'exosquelette pour remettre sur pied les patients atteints de lésions de la moelle épinière
Picture MUST credit: Human in Motion Robotics An exoskeleton designed to help spinal cord injury patients get back on their feet has been cleared for use. The device, called the XoMotion, is also aimed at assisting people disabled by a stroke or other neurological conditions to learn how to stand up and walk again. It has a full range of motion to walk, climb stairs, sidestep and crouch, all while maintaining stability without tipping over. It is said to be the first device of its kind to mimic the physiological motion of the legs and lower body giving a user the ability to perform complex mobility tasks. The XoMotion is equipped with advanced sensor systems and multi-modal controllers for patients to quickly learn to operate it hands free, The Canada-based company behind it, Human in Motion Robotics, envisions it being used initially by rehabilitation centres. But it says it will ultimately be available for daily, personal use, for individuals to give them mobility at home and in the community. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_179316969_BES
XoMotion, l'exosquelette pour remettre sur pied les patients atteints de lésions de la moelle épinière
Picture MUST credit: Human in Motion Robotics An exoskeleton designed to help spinal cord injury patients get back on their feet has been cleared for use. The device, called the XoMotion, is also aimed at assisting people disabled by a stroke or other neurological conditions to learn how to stand up and walk again. It has a full range of motion to walk, climb stairs, sidestep and crouch, all while maintaining stability without tipping over. It is said to be the first device of its kind to mimic the physiological motion of the legs and lower body giving a user the ability to perform complex mobility tasks. The XoMotion is equipped with advanced sensor systems and multi-modal controllers for patients to quickly learn to operate it hands free, The Canada-based company behind it, Human in Motion Robotics, envisions it being used initially by rehabilitation centres. But it says it will ultimately be available for daily, personal use, for individuals to give them mobility at home and in the community. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_179316968_BES
XoMotion, l'exosquelette pour remettre sur pied les patients atteints de lésions de la moelle épinière
Picture MUST credit: Human in Motion Robotics An exoskeleton designed to help spinal cord injury patients get back on their feet has been cleared for use. The device, called the XoMotion, is also aimed at assisting people disabled by a stroke or other neurological conditions to learn how to stand up and walk again. It has a full range of motion to walk, climb stairs, sidestep and crouch, all while maintaining stability without tipping over. It is said to be the first device of its kind to mimic the physiological motion of the legs and lower body giving a user the ability to perform complex mobility tasks. The XoMotion is equipped with advanced sensor systems and multi-modal controllers for patients to quickly learn to operate it hands free, The Canada-based company behind it, Human in Motion Robotics, envisions it being used initially by rehabilitation centres. But it says it will ultimately be available for daily, personal use, for individuals to give them mobility at home and in the community. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_179316967_BES
XoMotion, l'exosquelette pour remettre sur pied les patients atteints de lésions de la moelle épinière
Picture MUST credit: Human in Motion Robotics An exoskeleton designed to help spinal cord injury patients get back on their feet has been cleared for use. The device, called the XoMotion, is also aimed at assisting people disabled by a stroke or other neurological conditions to learn how to stand up and walk again. It has a full range of motion to walk, climb stairs, sidestep and crouch, all while maintaining stability without tipping over. It is said to be the first device of its kind to mimic the physiological motion of the legs and lower body giving a user the ability to perform complex mobility tasks. The XoMotion is equipped with advanced sensor systems and multi-modal controllers for patients to quickly learn to operate it hands free, The Canada-based company behind it, Human in Motion Robotics, envisions it being used initially by rehabilitation centres. But it says it will ultimately be available for daily, personal use, for individuals to give them mobility at home and in the community. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_175721767_BES
Des scientifiques ont mis au point un bandeau permettant de savoir si un patient présente un risque d'accident vasculaire cérébral (AVC)
Pictures must credit: California Institute of Technology A headband that can tell if a patient is at risk of a stroke has been developed by scientists. The device monitors changes in blood flow and volume while a participant holds their breath. It incorporates a laser-based system and has shown promising results in terms of differentiating between individuals at low and high risk of stroke. Globally, one in four adults over the age of 25 will have a stroke in their lifetime. It is caused by the blockage or rupture of an artery in the brain, which results in a reduction in blood flow. Starved of oxygen, the brain's cells die rapidly—about tow million every minute during a stroke. Over 12 million people worldwide suffer a stroke every year and 6.5 million die as a result. The condition is the leading cause of serious, long-term disability. The headband has been created by a US team of engineers and scientists from the California Institute of Technology and the University of Southern California. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_175721765_BES
Des scientifiques ont mis au point un bandeau permettant de savoir si un patient présente un risque d'accident vasculaire cérébral (AVC)
Pictures must credit: California Institute of Technology A headband that can tell if a patient is at risk of a stroke has been developed by scientists. The device monitors changes in blood flow and volume while a participant holds their breath. It incorporates a laser-based system and has shown promising results in terms of differentiating between individuals at low and high risk of stroke. Globally, one in four adults over the age of 25 will have a stroke in their lifetime. It is caused by the blockage or rupture of an artery in the brain, which results in a reduction in blood flow. Starved of oxygen, the brain's cells die rapidly—about tow million every minute during a stroke. Over 12 million people worldwide suffer a stroke every year and 6.5 million die as a result. The condition is the leading cause of serious, long-term disability. The headband has been created by a US team of engineers and scientists from the California Institute of Technology and the University of Southern California. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_174686961_EYE
Day one of the Paris 2024 Summer Paralympic Games, Paris, France.
Guo Jincheng of China dives in to start the final of the men's S5 200m freestyle swimming on day one of the Paris 2024 Paralympics at La Defense Arena on August 29th 2024 in Paris, France (Photo by Tom Jenkins)
Tom Jenkins / Guardian / eyevine
Contact eyevine for more information about using this image:
T: +44 (0) 20 8709 8709
E: info@eyevine.com
http://www.eyevine.com
(FOTO: DUKAS/EYEVINE)
Tom Jenkins -
DUKAS_174686987_EYE
Day one of the Paris 2024 Summer Paralympic Games, Paris, France.
Gabriel Geraldo dos Santos Araujo of Brazil holds onto a cord with his mouth before starting and going on to win the final of the men's S2 100m backstroke swimming on day one of the Paris 2024 Paralympics at La Defense Arena on August 29th 2024 in Paris, France (Photo by Tom Jenkins)
Tom Jenkins / Guardian / eyevine
Contact eyevine for more information about using this image:
T: +44 (0) 20 8709 8709
E: info@eyevine.com
http://www.eyevine.com
(FOTO: DUKAS/EYEVINE)
Tom Jenkins -
DUKAS_174686988_EYE
Day one of the Paris 2024 Summer Paralympic Games, Paris, France.
Ugo Didier of France celebrates winning France's first gold medal of the games as he wins the final of the men's S9 400m freestyle swimming on day one of the Paris 2024 Paralympics at La Defense Arena on August 29th 2024 in Paris, France (Photo by Tom Jenkins)
Tom Jenkins / Guardian / eyevine
Contact eyevine for more information about using this image:
T: +44 (0) 20 8709 8709
E: info@eyevine.com
http://www.eyevine.com
(FOTO: DUKAS/EYEVINE)
Tom Jenkins -
DUKAS_173192705_EYE
Day nine of the Paris Olympic Games 2024, Paris, France.
Adam Peaty in the Men's 4x100m Medley Relay Final on day nine of the Olympic Games 2024 at Paris La Defense Arena in Paris on August 04, 2024. By David Levene for The Guardian.
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Day nine of the Paris Olympic Games 2024, Paris, France.
Adam Peaty in the Men's 4x100m Medley Relay Final on day nine of the Olympic Games 2024 at Paris La Defense Arena in Paris on August 04, 2024. By David Levene for The Guardian.
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Day nine of the Paris Olympic Games 2024, Paris, France.
China celebrate after winning the Men's 4x100m Medley Relay Final on day nine of the Olympic Games 2024 at Paris La Defense Arena in Paris on August 04, 2024. By David Levene for The Guardian.
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Day nine of the Paris Olympic Games 2024, Paris, France.
Adam Peaty in the Men's 4x100m Medley Relay Final on day nine of the Olympic Games 2024 at Paris La Defense Arena in Paris on August 04, 2024. By David Levene for The Guardian.
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Day nine of the Paris Olympic Games 2024, Paris, France.
Bobby Finke of USA wins the men's 1500m freestyle swimming final in the Paris 2024 Olympic Games, at the Paris La Defense Arena in Paris, France. 04 August 2024. By David Levene for The Guardian.
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Day nine of the Paris Olympic Games 2024, Paris, France.
Bobby Finke of USA wins the men's 1500m freestyle swimming final in the Paris 2024 Olympic Games, at the Paris La Defense Arena in Paris, France. 04 August 2024. By David Levene for The Guardian.
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Day eight of the Paris Olympic Games 2024, Paris, France.
Gold medallist Katie Ledecky of United States (centre) poses as she celebrates with her medal on the podium alongside silver medallist Ariarne Titmus of Australia (right) and bronze medallist Paige Madden of United States (left) during the Women's 800m Freestyle Final on day eight of the Olympic Games Paris 2024 at Paris La Defense Arena on August 03, 2024 in Nanterre, France. (Photo by David Levene)
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Day eight of the Paris Olympic Games 2024, Paris, France.
Katie Ledecky of the United States during the Women's 800m Freestyle Final on day eight of the Olympic Games Paris 2024 at Paris La Defense Arena on August 03, 2024 in Nanterre, France. (Photo by David Levene)
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Day eight of the Paris Olympic Games 2024, Paris, France.
Katie Ledecky of the United States during the Women's 800m Freestyle Final on day eight of the Olympic Games Paris 2024 at Paris La Defense Arena on August 03, 2024 in Nanterre, France. (Photo by David Levene)
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Day eight of the Paris Olympic Games 2024, Paris, France.
Ryan Murphy, Nick Fink, Gretchen Walsh and Torri Huske of the United Sates after winning the Mixed 4 x 100m Medley Relay on day eight of the Olympic Games Paris 2024 at Paris La Defense Arena on August 03, 2024 in Nanterre, France. (Photo by David Levene)
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Day eight of the Paris Olympic Games 2024, Paris, France.
Katie Ledecky of United States celebrates winning the women's 800m freestyle final alongside second placed Ariarne Titmus of Australia during the Women's 800m Freestyle Final on day eight of the Olympic Games Paris 2024 at Paris La Defense Arena on August 03, 2024 in Nanterre, France. (Photo by David Levene)
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Day eight of the Paris Olympic Games 2024, Paris, France.
Katie Ledecky of the United States during the Women's 800m Freestyle Final on day eight of the Olympic Games Paris 2024 at Paris La Defense Arena on August 03, 2024 in Nanterre, France. (Photo by David Levene)
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Heartbreak for Adam Peaty on bittersweet day two for Team GB
Swimmer narrowly misses third successive Olympic gold, as Andy Murray keeps tennis alive in doubles comeback.
World record-holding swimmer Adam Peaty was left in tears after being beaten to gold by the smallest of margins on a bittersweet day for Team GB at the Paris Games.
Adam Peaty wins silver in the Olympics men's 100m breaststroke swimming. 28 July 2024. By Tom Jenkins for The Guardian.
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Heartbreak for Adam Peaty on bittersweet day two for Team GB
Swimmer narrowly misses third successive Olympic gold, as Andy Murray keeps tennis alive in doubles comeback.
World record-holding swimmer Adam Peaty was left in tears after being beaten to gold by the smallest of margins on a bittersweet day for Team GB at the Paris Games.
Adam Peaty wins silver in the Olympics men's 100m breaststroke swimming. 28 July 2024. By Tom Jenkins for The Guardian.
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Heartbreak for Adam Peaty on bittersweet day two for Team GB
Swimmer narrowly misses third successive Olympic gold, as Andy Murray keeps tennis alive in doubles comeback.
World record-holding swimmer Adam Peaty was left in tears after being beaten to gold by the smallest of margins on a bittersweet day for Team GB at the Paris Games.
Adam Peaty wins silver in the Olympics men's 100m breaststroke swimming. 28 July 2024. By Tom Jenkins for The Guardian.
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Heartbreak for Adam Peaty on bittersweet day two for Team GB
Swimmer narrowly misses third successive Olympic gold, as Andy Murray keeps tennis alive in doubles comeback.
World record-holding swimmer Adam Peaty was left in tears after being beaten to gold by the smallest of margins on a bittersweet day for Team GB at the Paris Games.
Adam Peaty wins silver in the Olympics men's 100m breaststroke swimming. 28 July 2024. By Tom Jenkins for The Guardian.
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Heartbreak for Adam Peaty on bittersweet day two for Team GB
Swimmer narrowly misses third successive Olympic gold, as Andy Murray keeps tennis alive in doubles comeback.
World record-holding swimmer Adam Peaty was left in tears after being beaten to gold by the smallest of margins on a bittersweet day for Team GB at the Paris Games.
Adam Peaty wins silver in the Olympics men's 100m breaststroke swimming. 28 July 2024. By Tom Jenkins for The Guardian.
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Heartbreak for Adam Peaty on bittersweet day two for Team GB
Swimmer narrowly misses third successive Olympic gold, as Andy Murray keeps tennis alive in doubles comeback.
World record-holding swimmer Adam Peaty was left in tears after being beaten to gold by the smallest of margins on a bittersweet day for Team GB at the Paris Games.
Adam Peaty wins silver in the Olympics men's 100m breaststroke swimming. 28 July 2024. By Tom Jenkins for The Guardian.
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Heartbreak for Adam Peaty on bittersweet day two for Team GB
Swimmer narrowly misses third successive Olympic gold, as Andy Murray keeps tennis alive in doubles comeback.
World record-holding swimmer Adam Peaty was left in tears after being beaten to gold by the smallest of margins on a bittersweet day for Team GB at the Paris Games.
Adam Peaty wins silver in the Olympics men's 100m breaststroke swimming. 28 July 2024. By Tom Jenkins for The Guardian.
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Leon Marchand gets Paris jumping by storming to medley gold
Leon Marchand salutes his victory in the 400m individual medley, the first of possibly four gold medals he could win at his home Olympics.
Leon Marchand wins gold in the Olympics men's 400m medley swimming. 28 July 2024.
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Warm water and $8 hot chips: after six years of waiting does western Sydney's new pool live up to the hype?
The new Parramatta Aquatic Centre features pleasing curved architecture, but is it worth the $88.6m cost?
Parramatta is a city without a pool no more.
The people of western Sydney have sizzled through six summers since the Parramatta War Memorial Swimming Centre was bulldozed to make way for a new stadium.
So is the new Parramatta Aquatic Centre, which opened this week, worth the wait - and its $88.6m price tag?
Guardian Australia gave the facility - with its 50-metre heated outdoor pool, 25-metre indoor pool, splash playground, gym and sauna - a road test to see if it lives up to the hype.
Guardian Australia reporter Mostafa Rachwani test the new $77m Parramatta Pool in Parramatta, NSW, Australia
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Warm water and $8 hot chips: after six years of waiting does western Sydney's new pool live up to the hype?
The new Parramatta Aquatic Centre features pleasing curved architecture, but is it worth the $88.6m cost?
Parramatta is a city without a pool no more.
The people of western Sydney have sizzled through six summers since the Parramatta War Memorial Swimming Centre was bulldozed to make way for a new stadium.
So is the new Parramatta Aquatic Centre, which opened this week, worth the wait - and its $88.6m price tag?
Guardian Australia gave the facility - with its 50-metre heated outdoor pool, 25-metre indoor pool, splash playground, gym and sauna - a road test to see if it lives up to the hype.
Guardian Australia reporter Mostafa Rachwani test the new $77m Parramatta Pool in Parramatta, NSW, Australia
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DUKAS_163030760_EYE
Warm water and $8 hot chips: after six years of waiting does western Sydney's new pool live up to the hype?
The new Parramatta Aquatic Centre features pleasing curved architecture, but is it worth the $88.6m cost?
Parramatta is a city without a pool no more.
The people of western Sydney have sizzled through six summers since the Parramatta War Memorial Swimming Centre was bulldozed to make way for a new stadium.
So is the new Parramatta Aquatic Centre, which opened this week, worth the wait - and its $88.6m price tag?
Guardian Australia gave the facility - with its 50-metre heated outdoor pool, 25-metre indoor pool, splash playground, gym and sauna - a road test to see if it lives up to the hype.
Guardian Australia reporter Mostafa Rachwani test the new $77m Parramatta Pool in Parramatta, NSW, Australia
© Blake Sharp-Wiggins / Guardian / eyevine
Contact eyevine for more information about using this image:
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(FOTO: DUKAS/EYEVINE)
© Guardian / eyevine. All Rights Reserved. -
DUKAS_163030817_EYE
Warm water and $8 hot chips: after six years of waiting does western Sydney's new pool live up to the hype?
The new Parramatta Aquatic Centre features pleasing curved architecture, but is it worth the $88.6m cost?
Parramatta is a city without a pool no more.
The people of western Sydney have sizzled through six summers since the Parramatta War Memorial Swimming Centre was bulldozed to make way for a new stadium.
So is the new Parramatta Aquatic Centre, which opened this week, worth the wait - and its $88.6m price tag?
Guardian Australia gave the facility - with its 50-metre heated outdoor pool, 25-metre indoor pool, splash playground, gym and sauna - a road test to see if it lives up to the hype.
Guardian Australia reporter Mostafa Rachwani test the new $77m Parramatta Pool in Parramatta, NSW, Australia
© Blake Sharp-Wiggins / Guardian / eyevine
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© Guardian / eyevine. All Rights Reserved. -
