Difference between revisions of "Halo Sport"
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developer_commentary=| | developer_commentary=| | ||
announced=February 2016| | announced=February 2016| | ||
| − | announced_commentary=<ref> BROWN, Ayliffe. Neurotechnology To Unlock Human Potential: Interview with Halo Neuroscience CEO, Dr. Daniel Chao. Wearable Technologies [online]. 2016, June 28. Available online at: https://www.wearable-technologies.com/2016/06/neurotechnology-to-unlock-human-potential-interview-with-halo-neuroscience-ceo-dr-daniel-chao/ (Retrieved 31st August, 2016) </ref>| | + | announced_commentary=<ref> BROWN, Ayliffe. Neurotechnology To Unlock Human Potential: Interview with Halo Neuroscience CEO, Dr. Daniel Chao. Wearable Technologies [online]. 2016, June 28. Available online at: https://www.wearable-technologies.com/2016/06/neurotechnology-to-unlock-human-potential-interview-with-halo-neuroscience-ceo-dr-daniel-chao/ (Retrieved 31st August, 2016). </ref>| |
developer_release=| | developer_release=| | ||
developer_release_commentary=| | developer_release_commentary=| | ||
consumers_release= Fall 2016| | consumers_release= Fall 2016| | ||
| − | consumers_release_commentary=<ref name= "crazy new wearable"> BARNWELL, Aliya. This crazy new wearable uses 'neurostimulation' to prime your brain and body for exercise. Digital Trends [online]. 2016, Mar 11. Available online at: http://www.digitaltrends.com/wearables/neurostimulation-headphones-boost-workout-effectiveness/ (Retrieved 1st September, 2016) </ref>| | + | consumers_release_commentary=<ref name= "crazy new wearable"> BARNWELL, Aliya. This crazy new wearable uses 'neurostimulation' to prime your brain and body for exercise. Digital Trends [online]. 2016, Mar 11. Available online at: http://www.digitaltrends.com/wearables/neurostimulation-headphones-boost-workout-effectiveness/ (Retrieved 1st September, 2016). </ref>| |
price=549| | price=549| | ||
price_commentary= (Fall 2016)<ref name= "crazy new wearable"/>| | price_commentary= (Fall 2016)<ref name= "crazy new wearable"/>| | ||
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max_output_commentary=<ref name= "crazy new wearable"/>| | max_output_commentary=<ref name= "crazy new wearable"/>| | ||
max_session_duration=1800 s| | max_session_duration=1800 s| | ||
| − | max_session_duration_commentary=<ref> MANEY, Kevin. Halo claims to make you jump higher, think faster, remember longer. Newsweek [online]. 2016, Feb 10. Available online at: http://europe.newsweek.com/halo-neuroscience-brain-stimulation-424829?rm=eu (Retrieved 31st August, 2016) </ref>| | + | max_session_duration_commentary=<ref> MANEY, Kevin. Halo claims to make you jump higher, think faster, remember longer. Newsweek [online]. 2016, Feb 10. Available online at: http://europe.newsweek.com/halo-neuroscience-brain-stimulation-424829?rm=eu (Retrieved 31st August, 2016). </ref>| |
scalp_location=C3 and C4 or Cz| | scalp_location=C3 and C4 or Cz| | ||
| − | scalp_location_commentary=<ref name="HN2"> Halo Neuroscience. Bihemispheric Transcranial Direct Current Stimulation with Halo Neurostimulation System over Primary Motor Cortex Enhances Rate of Force Development in an Isometric Lateral Pinch Force Task. Halo Sport [online]. 2016, Feb 10. Available online at: https://halo-website-static-assets.s3.amazonaws.com/whitepapers/mvc.pdf (Retrieved 2nd September, 2016) </ref> <ref> Halo Neuroscience. A Real World Investigation into the Benefits of Transcranial Direct Current Stimulation to the Primary Motor Cortex on Muscular Performance in Elite Athletes. Halo Sport [online]. 2016, Feb 10. Available online at: https://halo-website-static-assets.s3.amazonaws.com/whitepapers/mjp.pdf(Retrieved 2nd September, 2016)</ref>| | + | scalp_location_commentary=<ref name="HN2"> Halo Neuroscience. Bihemispheric Transcranial Direct Current Stimulation with Halo Neurostimulation System over Primary Motor Cortex Enhances Rate of Force Development in an Isometric Lateral Pinch Force Task. Halo Sport [online]. 2016, Feb 10. Available online at: https://halo-website-static-assets.s3.amazonaws.com/whitepapers/mvc.pdf (Retrieved 2nd September, 2016). </ref> <ref> Halo Neuroscience. A Real World Investigation into the Benefits of Transcranial Direct Current Stimulation to the Primary Motor Cortex on Muscular Performance in Elite Athletes. Halo Sport [online]. 2016, Feb 10. Available online at: https://halo-website-static-assets.s3.amazonaws.com/whitepapers/mjp.pdf (Retrieved 2nd September, 2016).</ref>| |
weight=| | weight=| | ||
weight_commentary=| | weight_commentary=| | ||
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controls2=| | controls2=| | ||
controls10=| | controls10=| | ||
| − | controls_commentary=<ref name="HN2"/> <ref name="set up">https://www.haloneuro.com/set-up (Retrieved 2nd September, 2016)</ref>| | + | controls_commentary=<ref name="HN2"/> <ref name="set up">https://www.haloneuro.com/set-up (Retrieved 2nd September, 2016).</ref>| |
data_available=Good| | data_available=Good| | ||
risk_factor=Medium| | risk_factor=Medium| | ||
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}} | }} | ||
| − | Halo Sport is head mounted device, which provides [[transcranial direct-current stimulation]] (tDCS). It was created by Halo Neuroscience as a tDCS device, which could be safely used outside laboratories. The device consists of a wearable headset on which are placed two electrodes and a neurostimulator, which is powered by battery.<ref> Halo Neuroscience. Bihemispheric Transcranial Direct Current Stimulation with Halo Neurostimulation System over Primary Motor Cortex Enhances Fine Motor Skills Learning in a Complex Hand Configuration Task. Halo Sport [online]. 2016, Feb 10. Available online at: https://halo-website-static-assets.s3.amazonaws.com/whitepapers/cct.pdf (Retrieved 2nd September, 2016) </ref> The electrodes are entitled "primers" by Halo Neuroscience and tDCS is reffered as "neuropriming".<ref name="set up"/> | + | Halo Sport is head mounted device, which provides [[transcranial direct-current stimulation]] (tDCS). It was created by Halo Neuroscience as a tDCS device, which could be safely used outside laboratories. The device consists of a wearable headset on which are placed two electrodes and a neurostimulator, which is powered by battery.<ref> Halo Neuroscience. Bihemispheric Transcranial Direct Current Stimulation with Halo Neurostimulation System over Primary Motor Cortex Enhances Fine Motor Skills Learning in a Complex Hand Configuration Task. Halo Sport [online]. 2016, Feb 10. Available online at: https://halo-website-static-assets.s3.amazonaws.com/whitepapers/cct.pdf (Retrieved 2nd September, 2016). </ref> The electrodes are entitled "primers" by Halo Neuroscience and tDCS is reffered as "neuropriming".<ref name="set up"/> |
| − | The device stimulates motor cortex. If it is used during a training, it is supposed to enhance motoric abilities of its users, <ref>https://www.haloneuro.com/press (Retrieved 2nd September, 2016)</ref> which could make the training more effective. This feature was appraised by several sport organizations as US Ski and Snowboard Association, Michael Johnson Performance, or Invictus that take a part in Halo Sport's testing.<ref name= "crazy new wearable"/> Halo Sport is also used by U.S. Department of Defense for improving skills of special operations forces.<ref> Halo Neuroscience. Department of Defense Selects Halo Sport to Train Special Ops Forces. Halo Neuroscience Company News [online]. 2016, Aug 4. Available online at: https://medium.com/halo-neuroscience-company-news/department-of-defense-selects-halo-sport-to-train-special-ops-forces-e0fd3b8d8c6a#.no7clt9vr (Retrieved 2nd September, 2016)</ref> | + | The device stimulates motor cortex. If it is used during a training, it is supposed to enhance motoric abilities of its users, <ref>https://www.haloneuro.com/press (Retrieved 2nd September, 2016).</ref> which could make the training more effective. This feature was appraised by several sport organizations as US Ski and Snowboard Association, Michael Johnson Performance, or Invictus that take a part in Halo Sport's testing.<ref name= "crazy new wearable"/> Halo Sport is also used by U.S. Department of Defense for improving skills of special operations forces.<ref> Halo Neuroscience. Department of Defense Selects Halo Sport to Train Special Ops Forces. Halo Neuroscience Company News [online]. 2016, Aug 4. Available online at: https://medium.com/halo-neuroscience-company-news/department-of-defense-selects-halo-sport-to-train-special-ops-forces-e0fd3b8d8c6a#.no7clt9vr (Retrieved 2nd September, 2016).</ref> |
== Main characteristics == | == Main characteristics == | ||
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== Public & Media Impact and Presentation == | == Public & Media Impact and Presentation == | ||
| − | There are still doubts whether tDCS is really effective.<ref> STICKLAND, Eliza. Olympic Athletes Are Electrifying Their Brains, and You Can Too. IEEE Spectrum [online]. 2016, Aug 23. Available online at: http://spectrum.ieee.org/biomedical/bionics/olympic-athletes-are-electrifying-their-brains-and-you-can-too (Retrieved 12th September, 2016)</ref> | + | There are still doubts whether tDCS is really effective.<ref> STICKLAND, Eliza. Olympic Athletes Are Electrifying Their Brains, and You Can Too. IEEE Spectrum [online]. 2016, Aug 23. Available online at: http://spectrum.ieee.org/biomedical/bionics/olympic-athletes-are-electrifying-their-brains-and-you-can-too (Retrieved 12th September, 2016).</ref> In addition, the user gi67 at Reddit points out that Olympians who declared that they had used Halo Sport during their training, did not significantly succeed in Olympics games: "There was a lot of hype about Olympic athletes using the Halo Sport to train for the games. How did it affect performance? Certainly no significant conclusions could be drawn from the use by a handful of athletes."<ref> gi67. Halo and the Olympics. Reddit [online]. 2016, Aug 25. Available online at: https://www.reddit.com/r/tDCS/comments/4zi5f2/halo_and_the_olympics/ (Retrieved 12th September, 2016).</ref> However, the user |
== Public Policy == | == Public Policy == | ||
Revision as of 09:47, 12 September 2016
| Halo Sport | |
|---|---|
|
|
| Category | Transcranial direct-current stimulation |
| Developer | Halo Neuroscience |
| Announced | February 2016 [1] |
| Released | Developers:
Consumers: Fall 2016 [2] |
| Price | 549 USD (Fall 2016)[2] |
| Max output | 2.0 mA2 T 0.002 A [2] |
| Session duration | 1800 s30 minute [3] |
| Scalp location | C3 and C4 or Cz [4] [5] |
| Weight | g |
| Controls | |
| Data available | Good |
| Risk factor | Medium |
| Medical prescription | No |
| https://www.haloneuro.com | |
Halo Sport is head mounted device, which provides transcranial direct-current stimulation (tDCS). It was created by Halo Neuroscience as a tDCS device, which could be safely used outside laboratories. The device consists of a wearable headset on which are placed two electrodes and a neurostimulator, which is powered by battery.[7] The electrodes are entitled "primers" by Halo Neuroscience and tDCS is reffered as "neuropriming".[6]
The device stimulates motor cortex. If it is used during a training, it is supposed to enhance motoric abilities of its users, [8] which could make the training more effective. This feature was appraised by several sport organizations as US Ski and Snowboard Association, Michael Johnson Performance, or Invictus that take a part in Halo Sport's testing.[2] Halo Sport is also used by U.S. Department of Defense for improving skills of special operations forces.[9]
Contents
Main characteristics
Purpose
Company & People
Important Dates
Enhancement/Therapy/Treatment
Ethical & Health Issues
Public & Media Impact and Presentation
There are still doubts whether tDCS is really effective.[10] In addition, the user gi67 at Reddit points out that Olympians who declared that they had used Halo Sport during their training, did not significantly succeed in Olympics games: "There was a lot of hype about Olympic athletes using the Halo Sport to train for the games. How did it affect performance? Certainly no significant conclusions could be drawn from the use by a handful of athletes."[11] However, the user
Public Policy
Related Technologies, Projects or Scientific Research
References
- ↑ BROWN, Ayliffe. Neurotechnology To Unlock Human Potential: Interview with Halo Neuroscience CEO, Dr. Daniel Chao. Wearable Technologies [online]. 2016, June 28. Available online at: https://www.wearable-technologies.com/2016/06/neurotechnology-to-unlock-human-potential-interview-with-halo-neuroscience-ceo-dr-daniel-chao/ (Retrieved 31st August, 2016).
- ↑ 2.0 2.1 2.2 2.3 BARNWELL, Aliya. This crazy new wearable uses 'neurostimulation' to prime your brain and body for exercise. Digital Trends [online]. 2016, Mar 11. Available online at: http://www.digitaltrends.com/wearables/neurostimulation-headphones-boost-workout-effectiveness/ (Retrieved 1st September, 2016).
- ↑ MANEY, Kevin. Halo claims to make you jump higher, think faster, remember longer. Newsweek [online]. 2016, Feb 10. Available online at: http://europe.newsweek.com/halo-neuroscience-brain-stimulation-424829?rm=eu (Retrieved 31st August, 2016).
- ↑ 4.0 4.1 Halo Neuroscience. Bihemispheric Transcranial Direct Current Stimulation with Halo Neurostimulation System over Primary Motor Cortex Enhances Rate of Force Development in an Isometric Lateral Pinch Force Task. Halo Sport [online]. 2016, Feb 10. Available online at: https://halo-website-static-assets.s3.amazonaws.com/whitepapers/mvc.pdf (Retrieved 2nd September, 2016).
- ↑ Halo Neuroscience. A Real World Investigation into the Benefits of Transcranial Direct Current Stimulation to the Primary Motor Cortex on Muscular Performance in Elite Athletes. Halo Sport [online]. 2016, Feb 10. Available online at: https://halo-website-static-assets.s3.amazonaws.com/whitepapers/mjp.pdf (Retrieved 2nd September, 2016).
- ↑ 6.0 6.1 https://www.haloneuro.com/set-up (Retrieved 2nd September, 2016).
- ↑ Halo Neuroscience. Bihemispheric Transcranial Direct Current Stimulation with Halo Neurostimulation System over Primary Motor Cortex Enhances Fine Motor Skills Learning in a Complex Hand Configuration Task. Halo Sport [online]. 2016, Feb 10. Available online at: https://halo-website-static-assets.s3.amazonaws.com/whitepapers/cct.pdf (Retrieved 2nd September, 2016).
- ↑ https://www.haloneuro.com/press (Retrieved 2nd September, 2016).
- ↑ Halo Neuroscience. Department of Defense Selects Halo Sport to Train Special Ops Forces. Halo Neuroscience Company News [online]. 2016, Aug 4. Available online at: https://medium.com/halo-neuroscience-company-news/department-of-defense-selects-halo-sport-to-train-special-ops-forces-e0fd3b8d8c6a#.no7clt9vr (Retrieved 2nd September, 2016).
- ↑ STICKLAND, Eliza. Olympic Athletes Are Electrifying Their Brains, and You Can Too. IEEE Spectrum [online]. 2016, Aug 23. Available online at: http://spectrum.ieee.org/biomedical/bionics/olympic-athletes-are-electrifying-their-brains-and-you-can-too (Retrieved 12th September, 2016).
- ↑ gi67. Halo and the Olympics. Reddit [online]. 2016, Aug 25. Available online at: https://www.reddit.com/r/tDCS/comments/4zi5f2/halo_and_the_olympics/ (Retrieved 12th September, 2016).
