Octrooien

According to an aspect of the present inventive concept there is provided a system for insertion of a sensor into a bioreactor, said system comprising: an adaptor defining a channel within the adaptor, a first adaptor end configured for being connected to the bioreactor, and a second adaptor end defining an access to the channel; a sensor packaging comprising a sensor carrier, an enclosure, and a sensor packaging end, the sensor packaging end being adapted for forming an sterile connection to the second adaptor end; wherein the sensor and the sensor packaging space are adapted to be ...

According to an aspect of the present inventive concept there is provided a system for calibration of a sensor for use of the sensor in a bioreactor, said system comprising: a calibration packaging adapted for carrying a sterile calibration liquid and defining a calibration space within the calibration packaging; a sensor packaging comprising a sensor carrier carrying the sensor and an enclosure enclosing a sensor packaging space in which the sensor carrier is arranged, wherein the sensor packaging and the calibration packaging are configured for allowing moving of the sensor carrier to ...

Provided herein is a nanosheet device (100) comprising a first (110) and a second (120) transistor structure, each (110, 120) comprising a source region (102), a drain region (104), and a channel region (130) extending between the source (102) and the drain (104) region, an dielectric wall (140), a gate structure (150), and a gate spacer (160), wherein the channel region (140) of the first transistor structure (110) comprises a first set (112) of vertically stacked channel layers, wherein each channel layer of the first set (112) of vertically stacked channel layers has an inward facing ...

According to an aspect of the present inventive concept there is provided a system for calibration of a sensor for use of the sensor in a bioreactor, said system comprising: a calibration packaging adapted for carrying a sterile calibration liquid and defining a calibration space within the calibration packaging; a sensor packaging comprising a sensor carrier carrying the sensor and an enclosure enclosing a sensor packaging space in which the sensor carrier is arranged, wherein the sensor packaging and the calibration packaging are configured for allowing moving of the sensor carrier to ...

According to an aspect of the present inventive concept there is provided a system for insertion of a sensor into a bioreactor, said system comprising: an adaptor defining a channel within the adaptor, a first adaptor end configured for being connected to the bioreactor, and a second adaptor end defining an access to the channel; a sensor packaging comprising a sensor carrier, an enclosure, and a sensor packaging end, the sensor packaging end being adapted for forming an sterile connection to the second adaptor end; wherein the sensor and the sensor packaging space are adapted to be ...

Provided herein is a nanosheet device that includes a first and a second transistor structure, each comprising a respective source region, drain region, and channel region extending between the respective source and drain regions, a dielectric wall, a gate structure, and a gate spacer, wherein the channel region of the first transistor structure includes a first set of vertically stacked channel layers, wherein each channel layer of the first set of vertically stacked channel layers has an inward facing surface contacting a first side surface of the dielectric wall, and wherein the channel ...

A compute node (400) for a computer, a computer (600) with a distributed store as main memory assembled from the compute nodes, and a memory access method (800) for such computers are disclosed. The compute node (400) comprises at least one compute core (410) operating on information organized and stored in memory objects (10). Memory objects are subdivided into fragments (12) which are referenceable by the at least one compute core. A memory object management unit (420) of the compute node operatively couples the at least one compute core (410) to the distributed store to access fragments ...

A laser device, comprising: a) a substrate (1); b) at least a first in-plane resonator (2); c) a first electrode (6); d) a lasing gain medium (9); and e) a second electrode (11); wherein each resonator (2) comprises at least two solid materials (3, 4) having an electrical conductivity below 3 S/m, wherein two or more of the solid materials (3, 4) differ in their refractive indices, wherein the top surface of the first in-plane resonator (2) is planar and has a root mean square roughness below 5 nm, wherein the first resonator (2) is either a) situated above the substrate (1), or b) comprises ...

An electrically-operable laser device for emitting light at least at a wavelength includes a substrate; at least a first in-plane resonator; a first electrode; a lasing gain medium; and a second electrode. Each resonator includes at least two solid materials having an electrical conductivity below 3 S/m, wherein two or more of the solid materials differ in their refractive indices. The top surface of the first in-plane resonator is planar and has a root mean square roughness below 5 nm. The first resonator is either a) situated above the substrate, or b) comprises a material of the substrate ...

The present disclosure provides improved optical systems for particle processing (e.g., cytometry including microfluidic based sorters, drop sorters, and/or cell purification) systems and methods. More particularly, the present disclosure provides advantageous photonics integrated circuit optical detection and collection assemblies for particle (e.g., cells, microscopic particles, etc.) processing systems and methods (e.g., for analyzing, sorting, processing, purifying, measuring, isolating, detecting, monitoring and/or enriching particles, based on detection of forward and side scattering ...