Uploaded March 2025 | Updated September 2026, 1 week ago
On #ThisDayInHistory in 1967, IBM discovered a new technique for creating the first holograms using digital computers.
At the IBM Scientific Center in Houston, Texas, a team of IBM researchers successfully programmed the IBM System/360 Model 50 computer to calculate the interference patterns that light waves could produce if reflected from a real object.
This new method enabled the computer to generate holograms using mathematical descriptions of the object rather than requiring the real object or actual light waves for holographic production.
The creation of holograms numerically by a computer opened the possibility of obtaining 3D pictures of objects that exist only in concept, rather than in physical reality, and this discovery greatly extended the usefulness of holography in engineering and scientific applications. For more memorable moments from IBM history, visit and subscribe to our YouTube channel: ibm.biz/subscribe_IBM_Research
#ibm #Research #DigitalTwin #Design #CAD
On #ThisDayInHistory in 1967, IBM discovered a new technique for creating the first holograms using digital computers.
At the IBM Scientific Center in Houston, Texas, a team of IBM researchers successfully programmed the IBM System/360 Model 50 computer to calculate the interference patterns that light waves could produce if reflected from a real object.
This new method enabled the computer to generate holograms using mathematical descriptions of the object rather than requiring the real object or actual light waves for holographic production.
The creation of holograms numerically by a computer opened the possibility of obtaining 3D pictures of objects that exist only in concept, rather than in physical reality, and this discovery greatly extended the usefulness of holography in engineering and scientific applications. For more memorable moments from IBM history, visit and subscribe to our YouTube channel: ibm.biz/subscribe_IBM_Research
#ibm #Research #DigitalTwin #Design #CAD







![Why do AI models need to be safe?
IBM Fellow Kush Varshney explains how IBM Research is responding to the evolving safety risks associated with generative AI.
https://research.ibm.com/blog/map-measure-manage-gen-ai
Introduction [00:00]
Why do we need AI safety? [00:09]
Determining what is harmful [1:55]
Granite Guardian to detect risks [3:00]
Alignment vs. steerability [6:17]
How to AI models make decisions? [9:35]
Are certain steering methods more effective? [12:20]
Intrinsic functions for generative AI [16:06]
What is generative computing? [17:05]
Surprises and lessons learned [19:44]
Innovating responsibly [20:58]
Whats next for AI safety research [26:08]
For more news, make sure to subscribe to our newsletter, Future Forward:
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#ai #riskmanagement #generativeai Why do AI models need to be safe?](https://i.ytimg.com/vi/g2A7NUSa7qA/mqdefault.jpg)


