Angular displacement
View article: PAN-00181815 - wire brooch with angular bow variant A1
PAN-00181815 - wire brooch with angular bow variant A1 Open
This find is registered at Portable Antiquities of the Netherlands with number PAN-00181815
View article: PAN-00181818 - wire brooch with angular bow variant A1
PAN-00181818 - wire brooch with angular bow variant A1 Open
This find is registered at Portable Antiquities of the Netherlands with number PAN-00181818
View article: Angle-Only Classical Dynamics: A Kepler Orbit Derived Without Distance as a Primitive Variable
Angle-Only Classical Dynamics: A Kepler Orbit Derived Without Distance as a Primitive Variable Open
We reformulate the classical Newtonian two-body problem using only angular variables on the unit sphere S², eliminating the radial distance r as a primitive variable. By expressing r as a derived quantity r = √(h/ω), we obtain a closed thi…
View article: PAN-00181027 - wire brooch with angular bow variant A1
PAN-00181027 - wire brooch with angular bow variant A1 Open
This find is registered at Portable Antiquities of the Netherlands with number PAN-00181027
View article: PAN-00173392 - wire brooch with angular bow group A
PAN-00173392 - wire brooch with angular bow group A Open
This find is registered at Portable Antiquities of the Netherlands with number PAN-00173392
View article: PAN-00139548 - wire brooch with angular bow variant A1
PAN-00139548 - wire brooch with angular bow variant A1 Open
This find is registered at Portable Antiquities of the Netherlands with number PAN-00139548
View article: Angle-Only Classical Dynamics: A Kepler Orbit Derived Without Distance as a Primitive Variable
Angle-Only Classical Dynamics: A Kepler Orbit Derived Without Distance as a Primitive Variable Open
We reformulate the classical Newtonian two-body problem using only angular variables on the unit sphere S², eliminating the radial distance r as a primitive variable. By expressing r as a derived quantity r = √(h/ω), we obtain a closed thi…
View article: Angle-Only Dynamics: Classical General Relativity and Gravitational Light Deflection
Angle-Only Dynamics: Classical General Relativity and Gravitational Light Deflection Open
We reformulate the classical general relativistic bending of light in a purely angular framework, eliminating the radial coordinate as a primitive variable. By expressing photon motion solely through the angular direction on the unit spher…
View article: Angle-Only Dynamics: Classical General Relativity and Gravitational Light Deflection
Angle-Only Dynamics: Classical General Relativity and Gravitational Light Deflection Open
We reformulate the classical general relativistic bending of light in a purely angular framework, eliminating the radial coordinate as a primitive variable. By expressing photon motion solely through the angular direction on the unit spher…
View article: Determinations of angular stiffness in rotational optical tweezers
Determinations of angular stiffness in rotational optical tweezers Open
Rotational optical tweezers are used to probe the mechanical properties of unknown microsystems. Quantifying the angular trap stiffness is essential for interpreting the rotational dynamics of probe particles. While methods for trap stiffn…
View article: Workflow and Data Products for Mapping Active Channels and One-Minute Channel Dynamics on an Experimental Alluvial Fan
Workflow and Data Products for Mapping Active Channels and One-Minute Channel Dynamics on an Experimental Alluvial Fan Open
This archive contains the workflow and intermediate data products used to extract the active channel network, identify the main channel, and quantify one-minute channel displacement on the experimental alluvial fan. Starting from a binary …
View article: Workflow and Data Products for Mapping Active Channels and One-Minute Channel Dynamics on an Experimental Alluvial Fan
Workflow and Data Products for Mapping Active Channels and One-Minute Channel Dynamics on an Experimental Alluvial Fan Open
This archive contains the workflow and intermediate data products used to extract the active channel network, identify the main channel, and quantify one-minute channel displacement on the experimental alluvial fan. Starting from a binary …
View article: Determinations of angular stiffness in rotational optical tweezers
Determinations of angular stiffness in rotational optical tweezers Open
Rotational optical tweezers are used to probe the mechanical properties of unknown microsystems. Quantifying the angular trap stiffness is essential for interpreting the rotational dynamics of probe particles. While methods for trap stiffn…
View article: Hydrogen Plasma Core Transport Systems with Dual Counter-Rotating Lenses for Cislunar Navigation and Infrastructure
Hydrogen Plasma Core Transport Systems with Dual Counter-Rotating Lenses for Cislunar Navigation and Infrastructure Open
This paper presents a hydrogen plasma core transport system for cislunar space, featuring dual counter-rotating lenses that provide dynamic focus, magnetic plasma confinement, and gyroscopic stability from a single integrated mechanism. Th…
View article: PAN-00137140 - wire brooch with angular bow variant A1
PAN-00137140 - wire brooch with angular bow variant A1 Open
This find is registered at Portable Antiquities of the Netherlands with number PAN-00137140
View article: PAN-00139530 - wire brooch with angular bow variant A1
PAN-00139530 - wire brooch with angular bow variant A1 Open
This find is registered at Portable Antiquities of the Netherlands with number PAN-00139530
View article: Angular BAO Forecasts for the IBIS Medium-Band Survey
Angular BAO Forecasts for the IBIS Medium-Band Survey Open
Ongoing and near-future spectroscopic surveys, such as DESI, DESI-II and Spec-S5, rely on imaging-based selections to construct uniform, three-dimensional tracers of large-scale structure. While spectroscopic data from these surveys constr…
View article: Tetrahelix Hypersimplex Attractor (⌬ₚ)
Tetrahelix Hypersimplex Attractor (⌬ₚ) Open
The Tetrahelix Hypersimplex Attractor (⌬ₚ) is a smooth 4-dimensional geometric surface generated from four phase-shifted sinusoidal components embedded on the 2-torus. Each component is raised to a power parameter p and then normalized to …
View article: PAN-00139539 - wire brooch with angular bow variant A1
PAN-00139539 - wire brooch with angular bow variant A1 Open
This find is registered at Portable Antiquities of the Netherlands with number PAN-00139539
View article: Tetrahelix Hypersimplex Attractor (⌬ₚ)
Tetrahelix Hypersimplex Attractor (⌬ₚ) Open
The Tetrahelix Hypersimplex Attractor (⌬ₚ) is a smooth 4-dimensional geometric surface generated from four phase-shifted sinusoidal components embedded on the 2-torus. Each component is raised to a power parameter p and then normalized to …
View article: The Kaelen Dual-Plane Rotation Object (⊗)
The Kaelen Dual-Plane Rotation Object (⊗) Open
The Kaelen Dual-Plane Rotation Object (⊗) is a newly identified 4-dimensional geometric structure generated by two independently rotating great-circle planes embedded in ℝ⁴. Each plane evolves under its own angular frequency, producing a s…
View article: 3D and angular accuracy. Independent-Samples analysis Kruskal-Wallis for scanner interactions in Bonferroni`s correction.
3D and angular accuracy. Independent-Samples analysis Kruskal-Wallis for scanner interactions in Bonferroni`s correction. Open
3D and angular accuracy. Independent-Samples analysis Kruskal-Wallis for scanner interactions in Bonferroni`s correction.
View article: PAN-00139544 - wire brooch with angular bow variant A1
PAN-00139544 - wire brooch with angular bow variant A1 Open
This find is registered at Portable Antiquities of the Netherlands with number PAN-00139544
View article: An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions
An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions Open
Robots are becoming increasingly intelligent, and sensing technology plays a crucial role in their development. The joint position information provided by angular sensors is the basis for the robot to achieve high-precision motion control.…
View article: An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions
An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions Open
Robots are becoming increasingly intelligent, and sensing technology plays a crucial role in their development. The joint position information provided by angular sensors is the basis for the robot to achieve high-precision motion control.…
View article: 3D and angular accuracy. Independent-Samples analysis Kruskal-Wallis for scanners.
3D and angular accuracy. Independent-Samples analysis Kruskal-Wallis for scanners. Open
3D and angular accuracy. Independent-Samples analysis Kruskal-Wallis for scanners.
View article: Sensorimotor strategies for rapid leadership takeover in flying echolocating bats
Sensorimotor strategies for rapid leadership takeover in flying echolocating bats Open
This dataset contains the underlying data and analysis code for the manuscript 'Sensorimotor strategies for rapid leadership takeover in flying echolocating bats'. It includes three primary MATLAB tables: 1) Echolocation_AnalysisTable.mat:…
View article: An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions
An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions Open
Robots are becoming increasingly intelligent, and sensing technology plays a crucial role in their development. The joint position information provided by angular sensors is the basis for the robot to achieve high-precision motion control.…
View article: The Kaelen Dual-Plane Rotation Object (⊗)
The Kaelen Dual-Plane Rotation Object (⊗) Open
The Kaelen Dual-Plane Rotation Object (⊗) is a newly identified 4-dimensional geometric structure generated by two independently rotating great-circle planes embedded in ℝ⁴. Each plane evolves under its own angular frequency, producing a s…
View article: An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions
An Angular SensorBased on Differential ElectricalSignals at the Rotating Interface for Humanoid Robot Control and Interactions Open
Robots are becoming increasingly intelligent, and sensing technology plays a crucial role in their development. The joint position information provided by angular sensors is the basis for the robot to achieve high-precision motion control.…