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Category:All HeadlinesWorld & GeopoliticsMarkets & EconomyTech & AIPoliticsSearch results for: "CUHK develops all-optical" (15 stories)

Top Headline Story

All-optical signal processor developed to break AI data center transmission bottleneck
Lead StoryTech Xploretech
Jun 15

All-optical signal processor developed to break AI data center transmission bottleneck

<a href="https://news.google.com/rss/articles/CBMiiAFBVV95cUxQV1Rrd1g0QTExSDVzZzZaa181M2x1OGtNbmx1RlZkN2gtOTMwTHJZTWdYMHBZUldwOTcxaFRHeDlQbVRLREctT2d6Y1JqQUp6d1RNay12dFlYak54ekJWR2Fpd0hxYmpsd0xaSXZfNDIwQnhvRWJJMy1RNWJSdnZDSk5kTUNPRVVR?oc=5" target="_blank">All-optical signal processor developed to break AI data center transmission bottleneck</a>  <font color="#6f6f6f">Tech Xplore</font>

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Search Results for "CUHK develops all-optical"

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14 stories displayed
CUHK develops all-optical signal processor to break AI data centre transmission bottleneck
EurekAlert! Science News Releasestech

CUHK develops all-optical signal processor to break AI data centre transmission bottleneck

<a href="https://news.google.com/rss/articles/CBMiXEFVX3lxTE15STU5ZHB0SzZxVWt5cll0OGxHWTh1aU5raW9uNkw3ODlJMnQ3cG05bnREZGhlZ01vcnhVajZUTzBBSmFGNFNYMkppdHA5YmlnY1Vma2pna01PUGg5?oc=5" target="_blank">CUHK develops all-optical signal processor to break AI data centre transmission bottleneck</a>  <font color="#6f6f6f">EurekAlert! Science News Releases</font>

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CUHK develops all-optical signal processor to break AI data centre transmission bottleneck Delivering 1.6 Tb/s throughput and sub-60-picosecond latency to enable green AI supercomputing
CUHK Communications and Public Relations Officetech

CUHK develops all-optical signal processor to break AI data centre transmission bottleneck Delivering 1.6 Tb/s throughput and sub-60-picosecond latency to enable green AI supercomputing

<a href="https://news.google.com/rss/articles/CBMixgJBVV95cUxQdHRGM19MQVNxdjBpS3F1M1ZsZlJYUnpEVm5ZNjBNMTgwTTZYUVYyN2w2QmlTRTZyMUVTYjg5b2VFbDFOdkFWRWtmYmlyVHdraGpydFFnLXFSVDRUNkFPb2g3eHlkNXhuX3Y4TlczNmdvYkI5NTY5RGhHemloRG9CS0pYQ0Q5UzlTZmtMZ0NRaklmQVFDVTlONE5xblU0WUNuRmhHLUYzM1ppTkFSVUFXcVZVUHhWcFBvcHNHSEx1Nkh4NHJmajlFSl9YenBZUTdCS3NpREhnWnlqOEdtcy1IdDA1YW96Z3BGZVFlZU9uYnpiVE9hQXJOMkEzV3RsNmF5ZmdNNXNhUF9OMnhOTS1fRDBubjJ1Qkh5X3VWRDV4MklGbl9IOFpyYVh5WkFEYlgzVU1WWHNjSHB0Q2JMQmFoM2IzWUdRdw?oc=5" target="_blank">CUHK develops all-optical signal processor to break AI data centre transmission bottleneck Delivering 1.6 Tb/s throughput and sub-60-picosecond latency to enable green AI supercomputing</a>  <font color="#6f6f6f">CUHK Communications and Public Relations Office</font>

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CUHK develops AI-OCT to assist with diabetic macular edema detection False positives sharply reduced by 60%, and waiting time shortened
CUHK Communications and Public Relations Officetech

CUHK develops AI-OCT to assist with diabetic macular edema detection False positives sharply reduced by 60%, and waiting time shortened

<a href="https://news.google.com/rss/articles/CBMigAJBVV95cUxQbEx4UG1EcExKMWpkM0NXNDA5c2hVWkFYTGpLUWYzNjRVb1RNcXUxbTZZRkpQRnVndklzQVJMSHFKNXdHeFNGQ2xBWHRYekk3NWw2REFmSURPWWhoR3ZQUXN0T2l4bzdTanItMmtuM0Yyd0ZpTERxOHpEX2hwenpLN0lMcjJuZ2pSOXFMT1N6bHVhS29WRTNldml0NDFOV3RwQnBrM0Z2NnZWc2tHMzVkMjVybXI2ZUFNRHBaVmlQMTQ3TUZiakQ1dWVoR0hmM19DNEhDUDlmMW5VTHFjaVBTZmJiMTZ2ZXF3VVpHTm9nd0JVMFAtaDdLbVR1WUUydnp1?oc=5" target="_blank">CUHK develops AI-OCT to assist with diabetic macular edema detection False positives sharply reduced by 60%, and waiting time shortened</a>  <font color="#6f6f6f">CUHK Communications and Public Relations Office</font>

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Photoacoustic Microscopy Method Delivers Higher Sensitivity | Technology News | Dec 2023
Photonics Spectratech

Photoacoustic Microscopy Method Delivers Higher Sensitivity | Technology News | Dec 2023

<a href="https://news.google.com/rss/articles/CBMikwFBVV95cUxPVHdWRkRYaWQ2aWV4RmdrcWtDZzBmWFhTTUNEWXl0Vkc0ejZXOXZ6ZzdQRDFJQUpoLWVzc2w0MmEtNDZleEtEcS1CSnBIdDQ0Z1NsSy1Ma3ZROXBhMmZDYkVIdTdBUDlTbGltRlZCYzBPMXVUSWNacmhVWkFwZ2owTXVzNEd4U20zWWZBajNzbXB6MEk?oc=5" target="_blank">Photoacoustic Microscopy Method Delivers Higher Sensitivity | Technology News | Dec 2023</a>  <font color="#6f6f6f">Photonics Spectra</font>

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CUHK reveals a potential treatment target for glaucoma that can restore 70% of lost vision in animal models A pioneering breakthrough in neuroprotection therapy
Chinese University of Hong Kong. Faculty of Medicinegeneral

CUHK reveals a potential treatment target for glaucoma that can restore 70% of lost vision in animal models A pioneering breakthrough in neuroprotection therapy

<a href="https://news.google.com/rss/articles/CBMiqgJBVV95cUxOMV9sWHhBbmhTUDVyNklNU05ja0pOTnNBWndEdjMtY3luaS1NbnpIRG9HbXdYMHhRNVV4SElwekFqTUxBU2ppTFd4VU40YXhQSmp2NnR3bEZhc3ZSMW5BNGlYNDJaOWJuanpZMUFqaGlyMGRfQnZ5TUk5aFdBMHl0R3dmRTlHWm8wRERiNHcwZFhwZmV5djZFT2NDTHFTNGZnX0hQVVRvWW5YdFJZU0xrbUJFVnhBOWhTNTc2U1dmRlFBWFlQOTk2elVXclRYbVlZZ3F6RnRKWHZIczhNZjRtYTlBdEI1V1RMMjhQcTBjQ3pjb3lLa1pYOElqR3VtaUhUTEdjbWZWS3FScF9KMGVvaTR0YjRZTllGLVFzUHNoN3djNVo1MXVYOHNn?oc=5" target="_blank">CUHK reveals a potential treatment target for glaucoma that can restore 70% of lost vision in animal models A pioneering breakthrough in neuroprotection therapy</a>  <font color="#6f6f6f">Chinese University of Hong Kong. Faculty of Medicine</font>

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CUHK develops groundbreaking microrobot therapy to combat persistent sinus infections
CUHK Communications and Public Relations Officeworld

CUHK develops groundbreaking microrobot therapy to combat persistent sinus infections

<a href="https://news.google.com/rss/articles/CBMiwAFBVV95cUxOaks0YVl1aXhwTGFmYTQtZ0R0cVRlNXVlejU1bEd6U2xrODVWT2FkV2Z3SnU0QTlvQ2dwVFZoMTlpTGs4eG1XbWtwVHZwcHFvZUd0VEZpMEdUd29Kd1U3MDZNTGxOQUJkcXU5RjRhN0I0bEdhTGdoaEdiRVluV1h4MUc3QnZMQjlaNDhrekgyM2xjbHVKY2x4MnV6dV9BaWFScnZyQW1lMEVLRVcwSmVpUk9lMl9FYmw2S0s0X19TVnk?oc=5" target="_blank">CUHK develops groundbreaking microrobot therapy to combat persistent sinus infections</a>  <font color="#6f6f6f">CUHK Communications and Public Relations Office</font>

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A new technology ROTA developed by HKUMed and CU Medicine can visualise axonal fibre bundles on the retina to advance early diagnosis of glaucoma and optic neuropathies
Chinese University of Hong Kong. Faculty of Medicinetech

A new technology ROTA developed by HKUMed and CU Medicine can visualise axonal fibre bundles on the retina to advance early diagnosis of glaucoma and optic neuropathies

<a href="https://news.google.com/rss/articles/CBMitgJBVV95cUxNRjVGamNLdFdpeElNRVZDWjBYdDRjdF8ycHdTbktPZThTSFN0LU9QVFA3YkhWcW1uOFJUbll2X1k4cUFDVVdoX2h6ak01S0FJSTZfMEtzQnRPd1B4aFZyaVZjMEc3ZndvZzNxLTNCTkdWdC1tXzJNQVlISlVnZDZiTmtnZUxnZUhlMGNZOER2T2tTLVV0cHVUcEwtM08xbjdqR1BGQzA0QklVS3hJOThmZHJxOW1XT3Q1S3E5RmZMVnp4dC1mX0dWd0IyOG03YUlucXlpbkNIQzZhSlo2dWJSaDRSUGZGaVFRam9mOExOeGJPZ1BUVlp0RXRXdXMyc0hNdmQ4clAzR3Q0QmFIakdMOE5nR1hJVnpsaE9oTUctRE5aWjdURDIxQ0VBZ2cxRXFVbGtJVGl3?oc=5" target="_blank">A new technology ROTA developed by HKUMed and CU Medicine can visualise axonal fibre bundles on the retina to advance early diagnosis of glaucoma and optic neuropathies</a>  <font color="#6f6f6f">Chinese University of Hong Kong. Faculty of Medicine</font>

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CUHK achieves breakthrough techniques taking nanoscale 3D printing into a new era
CUHK Communications and Public Relations Officetech

CUHK achieves breakthrough techniques taking nanoscale 3D printing into a new era

<a href="https://news.google.com/rss/articles/CBMiuwFBVV95cUxPRF9qOTR6cEVMOU05ZnR4U2hpMURJRFNNQVp3WVZKV19KOVUtVnNCTkZqUU5QZUU0QW1XbFBxQkpQWXMxejYtUFR3eXZ0bF8zbTF3d0lTRlB6UlpjNkk4Q3dlYU84bUlzMWxndVFlOFAzV3c5VUJ3M3dhUmxrZjNrQVlyX0JUVUI3ek9BWmNHTW1TNWhzcG11OXh4anZNamg0R0tSQkt1ZWV5Qkd4V0F4YVc0Ui1hUlZVUmtj?oc=5" target="_blank">CUHK achieves breakthrough techniques taking nanoscale 3D printing into a new era</a>  <font color="#6f6f6f">CUHK Communications and Public Relations Office</font>

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Smart Hong Kong City Development SeriesCUHK Faculty of Engineering Develops Ultrafast Microscope to Help Tackle Glaucoma and Other Neurological Diseases
CUHK Communications and Public Relations Officegeneral

Smart Hong Kong City Development SeriesCUHK Faculty of Engineering Develops Ultrafast Microscope to Help Tackle Glaucoma and Other Neurological Diseases

<a href="https://news.google.com/rss/articles/CBMimgJBVV95cUxPMDUxcFJVbXl6VHRwMFFxamNNZFo1Z0RoS2FaMlUxcVgzZTVsZjlBNV9rbHIteG1abTNKWlQwUGZ0UWFmdng5VE40XzByRmR4SFVveXg1RzNUbWFGQklXeVhHLW1EYVlwLXRLX2VUTE9kVXFVdF94X3NLYm1HMFppanhsNFk4WEp5RFJHOE4tQ2hielYxOWE5bWVRMlNPb1NDZVZWQ3p4dV9LVWNlLU1nNG5pd20zbmVUOEROYjZocmNXV1ljenJQdUs2Y21zSnU5UWtobXVVVk5lTTlNcE8wcnd3SC1OWTBQcHlPYkVKQi1FUzUxMDNaUHVrQVI2RWV4TlVXYUxmYjFldUJ0Y0dqajVYZmhpY1RvWWc?oc=5" target="_blank">Smart Hong Kong City Development SeriesCUHK Faculty of Engineering Develops Ultrafast Microscope to Help Tackle Glaucoma and Other Neurological Diseases</a>  <font color="#6f6f6f">CUHK Communications and Public Relations Office</font>

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CUHK Study Demonstrates a 2.5-fold Increase in Myopia Incidence in Children During COVID-19 Pandemic Due to Less Time Outdoors and More Time on Screens
Chinese University of Hong Kong. Faculty of Medicinegeneral

CUHK Study Demonstrates a 2.5-fold Increase in Myopia Incidence in Children During COVID-19 Pandemic Due to Less Time Outdoors and More Time on Screens

<a href="https://news.google.com/rss/articles/CBMinwJBVV95cUxPSVNHN2tqVnBfMjNjaVRCWEo4RkFuT1VsdG9HWTNpVFdLd1JSOVBhSEIycUFMM2tlS29BbnJpSHRVc0N0ZVNhNFdBZlQ2MXdnT2gyZl9ySG1SZWtwTFoxRnVyTWc5UDZQakNwQ016Mm5SczE1RFJ3b24wSHdWaUcwWUF2OG04Slg5OTVDczYtN2g0MTJPWll2RGc3RVVPdkp6b0ZqazNaWVdERzUyT0Y2cUczQzROZmtxSzJnT2JYMjJPWERVU1V1aDlMSkpnNURoOFNZWDFWLXB2NTRVR01oa0JhSk9OM1NMRy1SbERnV0FGX1doRi1ubFl1Rmh0UndDNHpSWHJZRTJMUGdfc0E4TUdaVXlSY1NwT2xlOGJHTQ?oc=5" target="_blank">CUHK Study Demonstrates a 2.5-fold Increase in Myopia Incidence in Children During COVID-19 Pandemic Due to Less Time Outdoors and More Time on Screens</a>  <font color="#6f6f6f">Chinese University of Hong Kong. Faculty of Medicine</font>

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CUHK Develops Low-cost and High-precision Nano Chips WhichMagnify the Surface-enhanced Raman Spectroscopy Signals for Effective Detection of Harmful Substances
CUHK Communications and Public Relations Officetech

CUHK Develops Low-cost and High-precision Nano Chips WhichMagnify the Surface-enhanced Raman Spectroscopy Signals for Effective Detection of Harmful Substances

<a href="https://news.google.com/rss/articles/CBMiowJBVV95cUxOS3VrWWdFaGZObWVyTXNnRUR3SjhnY3E1OTlHeXFfUWNkMFB6Qm9hdnhFUGJ5eUgzbjBuUi1fdlljR3NOc3A0c2VMVzJTRHZVUE9OUm1FdWpHVGVQb1VRbFFqLUFtd3dpM0tWWHhBZ0c1TDBwYUUxNXpJMkdqeS1lM05GcVZuNlphRDdrMFEtS3JPZnJXSURob1M2MVZMZ281VFVudXNod2RmTjU3Z0FvZ1lfb0t1OGtUQnZxSmFFS1pvbzJpRUpMUWpDLW82S0E2dW5NUGlyRDYtQy0wck51cTRjZGhLNlljS2xwdE5SSk1sZ3ZYMDQ1TGlDc24wdzltWEwwX3RvOUxuYm9BQ1BwbnJJRjRYMUl6eFY3TUxUMzhVQU0?oc=5" target="_blank">CUHK Develops Low-cost and High-precision Nano Chips WhichMagnify the Surface-enhanced Raman Spectroscopy Signals for Effective Detection of Harmful Substances</a>  <font color="#6f6f6f">CUHK Communications and Public Relations Office</font>

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CU Medicine study shows a higher prevalence of dry eye disease among post-COVID-19 patients
Chinese University of Hong Kong. Faculty of Medicinegeneral

CU Medicine study shows a higher prevalence of dry eye disease among post-COVID-19 patients

<a href="https://news.google.com/rss/articles/CBMi0gFBVV95cUxQZmEwRWtqX0JCcmlXM2o0NzJhSTdYRk5ZVUhoRG93VWNGOVkyWWlGVm9IVlNKTVppX2VuUTlrR2NLR1NHOFg0WmwzWjJpLWdma255VWJSaGxKQzFUczNSMUJDRmZGclhsWkprNlFpLXAtMkhQaWpTeGJEaWt1MWJ1c0pjbXVaNVRXNXo4YTRmckJ2QTRZQjhYZWlYYnV0QllpdkduRmxDcEdpSG9sdkRIeTF0eFlJZTF1dWJIb2l3ejdYLU44T3RBYjZoMDlKTWJLWVE?oc=5" target="_blank">CU Medicine study shows a higher prevalence of dry eye disease among post-COVID-19 patients</a>  <font color="#6f6f6f">Chinese University of Hong Kong. Faculty of Medicine</font>

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CUHK Faculty of Engineering Develops Ultra-Thin Wearable Blood Pressure Sensor Round-the-Clock, Continuous Measurement to Prevent Acute Health Events
CUHK Communications and Public Relations Officescience

CUHK Faculty of Engineering Develops Ultra-Thin Wearable Blood Pressure Sensor Round-the-Clock, Continuous Measurement to Prevent Acute Health Events

<a href="https://news.google.com/rss/articles/CBMilAJBVV95cUxNMy1iUTZsYjZYT2NFeU5sTmZ2b2pEWXZkQUk0NTBoMkFKUlVRWmU3ZW14UjBqdGVxNllBVjdCMkhUUGpvVFNFUG1XMVFSTmJQbjBCam5vdUM1cUZZSDlDUFNlb0JUT0UyTzY0N0d2WVltVEZUdDVQRXEweDBqT1pja0I1SXpvcjBPUDN3c3ZacWUtSkM1QU9ESHdIYnZVeVVaN3pHcVcyZmpETEF3MktBOFlxTlI1VV9NT0VyNlNsSENNMUdxdUcyb0ZpX21nclZVakVIckdybjlOc0REZXlEN19Eb2ZOR3h2M0JJQVZOdXJFaExKdzFkMFZrNlBsNFpEcWtSVEJtSWJGUlFraVpTcGpzSTk?oc=5" target="_blank">CUHK Faculty of Engineering Develops Ultra-Thin Wearable Blood Pressure Sensor Round-the-Clock, Continuous Measurement to Prevent Acute Health Events</a>  <font color="#6f6f6f">CUHK Communications and Public Relations Office</font>

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Press Releases - News - Faculty of Medicine, The Chinese University of Hong Kong.
Chinese University of Hong Kong. Faculty of Medicineworld

Press Releases - News - Faculty of Medicine, The Chinese University of Hong Kong.

<a href="https://news.google.com/rss/articles/CBMirAJBVV95cUxOZ1pWbUlBUXhmdUpsd3hQa19GWTZnb3M1cUZXTGlBM0lBWFUyY3RQQzUzcnNWakd0VzJLRWR5WERYVW54bzlqamxJWFlFc2pPVVp6UnBxeHRYc0lFTUdxc2JtSWdNN28xbmJJLVk5WGxHeVJ2TU9DTDFZcWszc0l2ODJ3STN2OVdFby1LRElid2FVQjZOakJMOE5URmEtWG8yX3hySHVvazNmcE9XRzMxcmpJaWNJN3RHTmR0UGt5N1RhaF9QdmhPQ1EtWEdDWFRKMG53RXJOREpVa1BDd285SEJQMWN2VWpVX3JqUFNxX2h4YkpxZmk2T0hqOG45TjFYdzhpM3pGZ3dzU1k5UnVVbExxbWZ0RDBDMXR4WFdwQWRjUUpTd3JzR1duMVU?oc=5" target="_blank">Press Releases - News - Faculty of Medicine, The Chinese University of Hong Kong.</a>  <font color="#6f6f6f">Chinese University of Hong Kong. Faculty of Medicine</font>

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