Skhynix Inc.

Lg Electronics Inc.

Samsung Electronics Co., Ltd.

Semes Co., Ltd.

Postech Academy-industry Foundation

Hynix Semiconductor Inc.

Micron Technology Incorporated

Ebara Corporation

Hyundai Electronics Industries Co. Ltd.

Seoul National University

Yonsei University

Korea University Research and Business Foundation

Industry-University Cooperation Foundation Hanyang University

Mando Corporation

Woongjin Coway Co., Ltd

Jung Hwan Lee

Ho Il Jeon

Ye Ji Um

Hui Jae Kwon

Ji Hwan Kim

Seong Jin Park

Myung Hoon Cho

Jong In Kim

Kwang Ho Baek

Jee Yong Kim

Ohyeol Kwon

Soo Young Park

Jong Hun Im

Young Don Jung

Jung Mi Ko

Beom Seok Hah

Jun Keon Ahn

Seung Hyun Song

Ki Hyuk Kim

On Kim

Eun Young Jee

Sung Ho Ryu

Min Jung You

Sung Key Jang

Ne Rry Son

Young Chan Chae

Ki Seok Kim

Hyungu Kang

Jae Young Choi

Sangkyu Lee

Seong Jae Choi

Hyeon Jin Shin

Anthony Ogg

Kang Seol Lee

Sun Young Lee

Seon Mi Yoon

Yun Tae Jung

Hye Jung Lee

Ungyu Paik

Bum Jae Lee

Woo Sung Yang

Dae Yong Shim

Mi-Jin Kwon

Jae Ho Jeong

Soon Hag Kim

Youndong Kim

Lee Eun Ku

Won Jun Kang

Jong Ook Lee

In Su Noh

Hui Jae Gwon

Seok Jung Yun

Ji Hyeon Lee

Sun Hak Lee

Eun Jung Jang

Seung Pyo Lee

Se Chun Park

Kwan Su Shon

Dae Seok Byeon

Young Woo Kim

Jin Woo Kim

Cheol Soo Park

Hee Jae Kwon

Chun Seok Jeong

Eun Joo Lee

Jeong-Hoon Lee

Chan Keun Kwon

Hwang Huh

Hee Jun Kim

Dong-Joo Bae

Hyuck Yoo

Seong Soo Lee

In Seok Kong

Hyun Seok Lim

Satomi Hamada

Sung Ah Lee

Mun Woo Lee

Jae Hyeong Hong

Jun Sun Hwang

Mun Phil Park

Eun Ju Oh

Jun Seo Jang

Kyu Hyun Choi

Seungtae Yang

Hyun Young Kim

Bi Woong Chung

Jong-Hoon Lim

In Du Choi

Jeong Gil Lee

Da U Ni Kim

Jung Tae Sung

Ki Ju Sohn

Seong Hyun Yun

Chang Han Son

Heyung-Sub Lee

John H Doe

Kyoo Ho Lee

Seong Hui Jin

Woo Il Lee

Min Jeong Choi

An oligonucleotide variant according to an embodiment of the present disclosure has a structure of Formula 1 may exhibit excellent in-vivo stability and anticancer effects:(N)-[TGG][TTG][TGG]-(M)  [Formula 1]

Modified nucleic acid having improved treatment efficacy, and anticancer pharmaceutical composition containing same

Disclosed is a method for removing a film from a substrate by irradiating a plurality of unit pulse laser beams to an edge region of the substrate. The method includes a first irradiation operation for irradiating a plurality of unit pulse laser beams onto the substrate while the substrate is rotating, and a second irradiation operation for irradiating a plurality of unit pulse laser beams to regions of the substrate onto which the unit pulse laser beams are not irradiated in the first irradiation operation.

Film removing method, substrate treating method, and substrate treating apparatus

A calibration device is coupled to a communication line shared by plural devices. The calibration device is configured to perform an iterative eye width scanning by adjusting a set voltage level by a preset level from a first voltage level to a reference center voltage level, wherein the first voltage level corresponds to a cross point where values of signals or data, which are transmitted via the communication lines, are changed in different directions; and determine, as a zero crossing for the signals or the data, a voltage level corresponding to a largest value among a plurality of eye widths obtained through the iterative eye width scanning.

Calibration device and memory device including the calibration device for a high-speed data I/O operation under a low power condition

The inventive concept provides a method for treating a substrate. The method includes removing a film on the substrate by applying a pulsed laser to the rotating substrate, in which thickness of the film to be removed is measured and pulse energy of the pulsed laser is selected based on the measured thickness of the film.

Method and apparatus for treating substrate

An apparatus and system for treating a substrate includes a chamber having an inner space, a support unit in the inner space and configured to support and rotate the substrate, and first and second laser irradiation unit configured to irradiate first and second laser beams onto the substrate. The first laser irradiation unit includes a first laser light source configured to generate the first laser beam, and a first wavelength adjusting member configured to adjust a range of a wavelength of the first laser beam received from the first laser light source. The second laser beam, and a second wavelength adjusting member configured to adjust a range of a wavelength of the second laser beam received from the second laser light source.

Apparatus and system for treating substrate

A substrate treating apparatus includes a chamber having a treatment space, a first power supply that is connected to a first component provided in the treatment space and transmits power having a first frequency to the first component, a second power supply that is provided in the treatment space, is connected to a second component different from the first component, and transmits power having a second frequency smaller than the first frequency to the second component, and a coupling blocking structure installed on a power line connected to the second power supply and the second component, wherein the coupling blocking structure is electrically connected to the power line and includes a conductive line having a coil shape.

Substrate treating apparatus

Disclosed is a substrate treating apparatus. The substrate treating apparatus includes a chamber providing a space in which a substrate is treated, a support unit supporting the substrate inside the chamber, a laser unit irradiating laser to an edge region of the substrate, a vision unit capturing the edge region of the substrate to measure an offset value of the substrate, and an adjustment unit adjusting an irradiation location of the laser based on the offset value of the substrate.

Apparatus and method for treating substrate

Provided herein may be a semiconductor memory device including a memory cell, a read and write circuit, a current sensing circuit, and control logic. The memory cell array includes a plurality of memory cells. The read and write circuit includes a plurality of page buffers coupled to the plurality of memory cells through a plurality of bit lines, respectively. The current sensing circuit is coupled to the read and write circuit through a plurality of sensing lines. The control logic is configured to control operations of the current sensing circuit and the read and write circuit. At least two page buffers among the plurality of page buffers are coupled to one of the plurality of sensing lines. The control logic controls the read and write circuit to simultaneously perform a current sensing operation for the at least two page buffers.

Semiconductor memory device and method for operating thereof

This application relates to a new paradigm of data reasoning based on natural language inputs. A data structure based on the new paradigm is a canonical of a basic data structure in the shape of a triangle. The basic data structure includes a first node being a primary node, a second node being a context node, a third node being a resultant node. The basic data structure also includes a first link connecting the first and second nodes and configured to assign an attribute of abductive reasoning between the first and second nodes and a second link connecting the second and third nodes and configured to assign an attribute of inductive reasoning between the second and third nodes. The basic data structure further includes a third link connecting the first and third nodes and configured to assign an attribute of deductive reasoning between the first and third nodes.

Data processing method and device using artificial intelligence

A composition for imaging a tumorous disease region includes a fluorescence- or radioactive isotope-labeled ERBB2 aptamer, wherein the ERBB2 aptamer labeled with a radioactive isotope or a fluorescent dye is used to image the tumorous disease region in vivo. The composition may include a labeled hybridized aptamer comprising an aptamer represented as formula 1 hybridized with a labeled-ODN represented as formula 2.

Biomolecule imaging method using aptamer

A cancer targeted therapeutic agent includes a drug-linker-AS1411 structure. The drug may be selected from monomethyl auristatin E (MMAE), monomethyl auristatin F (MMAF), cytarabine, gemcitabine, maytansine, DM1, DM4, calicheamicin and a derivative thereof, doxorubicin, duocarmycin and a derivative thereof, pyrrolobenzodiazepine (PBD), SN-38, a-amanitin, or a tubulysin analog.

Aptamer-drug conjugate and use thereof

The present technology relates to an electronic device. A storage device in which a memory device controls an ODT operation to improve operation performance of the memory device with a small number of pins includes a plurality of memory devices comprising a target memory device in which an operation is performed and non-target memory devices, and a memory controller configured to control the plurality of memory devices. Each of the plurality of memory devices includes an on die termination (ODT) flag generator configured to generate a flag that indicates that an ODT operation is possible for the non-target memory devices, and an ODT performer configured to determine whether the ODT operation is an ODT read operation for a read operation or an ODT write operation for a write operation based on the flag and configured to generate an enable signal that enables the ODT read operation or the ODT write operation.

Storage device and method of operating the same

Error correction code apparatuses and memory systems are disclosed. The apparatus may include an encoder configured to generate a first result by multiplying bits of the data by a first matrix, divides parity bits into a first parity group obtained by multiplying the first result by a second matrix and a second parity group obtained by an exclusive OR operation of the first result and the first parity group, based on a plurality of polynomials determined based on the second matrix, and multiply the first result and the second matrix to generate one or more first parity bits in the first parity group, perform an exclusive OR operation on the first result and the first parity group to generate one or more second parity bits in the second parity group, and generate a codeword having the bits of the data bits and the parity bits.

Apparatus and method for using an error correction code in a memory system

A PVA brush cleaning method includes immersing a PVA brush in a cleaning solution containing an organic matter, thereby removing a siloxane compound in the PVA brush; and applying vibration to the PVA brush, thereby removing impurities in the PVA brush.

Method and apparatus for cleaning PVA brush

A substrate treating apparatus includes a plurality of load ports on which carriers having substrates received therein are placed, a plurality of process chambers that perform processes on the substrates, and a transfer robot that transfers the substrates between the load ports and the process chambers. The transfer robot is movable along a transfer passage having a lengthwise direction formed along a first direction, the load ports and the process chambers are arranged along the first direction on one side and an opposite side of the transfer passage, and the transfer robot transfers the substrates between the carriers placed on the load ports and the process chambers.

Substrate treating apparatus and substrate transfer apparatus

Growing community of inventors

Seoul, South Korea

Jung Hwan Lee