The Meaning Code | The Measurement Problem in Science and Art: Making Friends with the Unknown @TheMeaningCode | Uploaded July 2024 | Updated October 2024, 1 hour ago.
Apologies! Right around 6 minutes, I say Adam Sandler when I meant Adam Savage:-) Timestamps are approximate.
Link for the Conference in September where I'll be speaking. Quite a roundup, with Paul VanderKlay, Rate Kelley, Michael Martin, Chris Green, Graham Pardun, and me. estuarynorthwest2024.com
Timestamps:
00:00 Intro
02:00 The Intersection of Art and Science in Measurement
15:00 Tolerance and Precision in Manufacturing
25:00 Viscosity and its Relationship to Environmental Factors
41:00 The Complexity of Science and Empirical Derivation
46:00Discussion on Thermodynamics and Viscosity
53:00 Discussion on Temperature and Energy Transfer
58:00 Precision Measurement and Metrology
1:06:14 Discussion on the Concepts of Ruler and Standard
1:16:00 Discussion on Measurement, Uncertainty, and Perception
Here's the summary the AI did, which is pretty good on the technical stuff, but the underlying metaphysical implications seemed to fly right over its head.
"The meeting addressed several topics, including metrology and measurement, viscosity, energy transfer, and precision measurement .
The conversation then shifted to tolerance and precision in manufacturing. The speakers examined the impact of tolerance on production costs and the necessity for machines to achieve greater precision than the components they produce. They also considered the effects of environmental factors like temperature on machining processes and the importance of measuring components at specific temperatures.
Further, William and Karen discussed the concept of viscosity and its relationship with environmental factors, such as temperature, pressure, and surface roughness. They compared the behavior of liquids and gases concerning viscosity and discussed its practical implications in engineering, especially in fluid dynamics and mold design.
The complexity of science was another topic of discussion, with an emphasis on the limitations of achieving a completely ideal understanding and the use of maps, equations, and measurements with tolerance and approximation. Additionally, the relationship between temperature and energy transfer was explored, considering the process of adding energy to an object and the resulting cooling effect. The speakers highlighted the hidden complexities of measurement and metrology and the intricate processes involved in achieving accurate and reliable measurements."
Apologies! Right around 6 minutes, I say Adam Sandler when I meant Adam Savage:-) Timestamps are approximate.
Link for the Conference in September where I'll be speaking. Quite a roundup, with Paul VanderKlay, Rate Kelley, Michael Martin, Chris Green, Graham Pardun, and me. estuarynorthwest2024.com
Timestamps:
00:00 Intro
02:00 The Intersection of Art and Science in Measurement
15:00 Tolerance and Precision in Manufacturing
25:00 Viscosity and its Relationship to Environmental Factors
41:00 The Complexity of Science and Empirical Derivation
46:00Discussion on Thermodynamics and Viscosity
53:00 Discussion on Temperature and Energy Transfer
58:00 Precision Measurement and Metrology
1:06:14 Discussion on the Concepts of Ruler and Standard
1:16:00 Discussion on Measurement, Uncertainty, and Perception
Here's the summary the AI did, which is pretty good on the technical stuff, but the underlying metaphysical implications seemed to fly right over its head.
"The meeting addressed several topics, including metrology and measurement, viscosity, energy transfer, and precision measurement .
The conversation then shifted to tolerance and precision in manufacturing. The speakers examined the impact of tolerance on production costs and the necessity for machines to achieve greater precision than the components they produce. They also considered the effects of environmental factors like temperature on machining processes and the importance of measuring components at specific temperatures.
Further, William and Karen discussed the concept of viscosity and its relationship with environmental factors, such as temperature, pressure, and surface roughness. They compared the behavior of liquids and gases concerning viscosity and discussed its practical implications in engineering, especially in fluid dynamics and mold design.
The complexity of science was another topic of discussion, with an emphasis on the limitations of achieving a completely ideal understanding and the use of maps, equations, and measurements with tolerance and approximation. Additionally, the relationship between temperature and energy transfer was explored, considering the process of adding energy to an object and the resulting cooling effect. The speakers highlighted the hidden complexities of measurement and metrology and the intricate processes involved in achieving accurate and reliable measurements."
