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ABSEMENT

Absement

Measure of sustained displacement of an object from its initial position

In kinematics, absement is a measure of sustained displacement of an object from its initial position, i.e. a measure of how far away and for how long

Absement

Topics referred to by the same term

(mh), a non-SI unit of time Megahour (Mh) Metre hour (m h), a unit of absement Metre per hour (m/h), a unit of speed Metal-halide lamp, a type of electrical

Topics referred to by the same term

second (m/s), a unit of velocity (speed) Metre second (m s), a unit of absement (sustained displacement of an object) Millisecond (ms), and megasecond

Steve Mann (inventor)

Canadian wearable tech engineer (born 1962)

integral kinematics and integral kinesiology, including measures like “absement,” which represent time-integrated displacement. He also developed experimental

Steve Mann (inventor)

Steve_Mann_(inventor)

List of physical quantities

quantities Name Symbol Description SI unit Quantity dimension Comments absement A Measure of sustained displacement: the first integral with respect to

List of physical quantities

List_of_physical_quantities

Hydraulophone

Hydraulic musical instrument

February Mann, S (October 27, 2006). "Hydraulophone Design Considerations: Absement, Displacement, and Velocity-Sensitive Music Keyboard in which each key

Hydraulophone

Notation for differentiation

Notation of differential calculus

of the term in a rectangle (y) to denote the fluent or time integral (absement). y = ◻ y ˙ ≡ ∫ y ˙ d t = ∫ f ′ ( t ) d t = D t − 1 ( D t y ) = f ( t )

Notation for differentiation

Notation_for_differentiation

Kinematics

Branch of physics describing the motion of objects without considering forces

Mckay-type algorithm", Mechanism and Machine Theory #41, pp. 1021–1030 (2006). Absement Acceleration Affine geometry § Kinematics Analytical mechanics Applied

Kinematics

Maya Burhanpurkar

Canadian researcher

the Canada-Wide Science fair. She made the first physical detection of absement with a team in Steve Mann's lab, competed at the Intel International Science

Maya Burhanpurkar

Maya_Burhanpurkar

Bond graph

Graphical representation of energy flows in physical systems

\mathrm {[m]} } (displacement) D t − 1 x {\displaystyle D_{t}^{-1}x} : absement [ m ⋅ s ] {\displaystyle \mathrm {[m\cdot s]} } D t − 2 x {\displaystyle

Bond graph

Bond_graph