Snigdharaj Kumar Mishra

Person

Wilmington, NC, US

People

Patents Grantslast 30 patents

Information Patent Grant
Tension-based methods for forming bandwidth tuned optical fibers fo...
- Patent number 12,151,964
- Issue date Nov 26, 2024
- Corning Incorporated
- Xin Chen
- C03 - GLASS MINERAL OR SLAG WOOL
Information Patent Grant
Reduced coating diameter chlorine-doped silica optical fibers with...
- Patent number 12,055,753
- Issue date Aug 6, 2024
- Corning Incorporated
- Scott Robertson Bickham
- C09 - DYES PAINTS POLISHES NATURAL RESINS ADHESIVES MISCELLANEOUS COMPOSITION...
Information Patent Grant
Ultra-low-loss coupled-core multicore optical fibers
- Patent number 12,050,339
- Issue date Jul 30, 2024
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Grant
Reduced diameter optical fiber with improved microbending
- Patent number 11,828,980
- Issue date Nov 28, 2023
- Corning Incorporated
- Kevin Wallace Bennett
- C03 - GLASS MINERAL OR SLAG WOOL
Information Patent Grant
Ultra-low-loss coupled-core multicore optical fibers
- Patent number 11,733,449
- Issue date Aug 22, 2023
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Grant
Low moat volume single mode ultra-low loss fiber
- Patent number 11,681,098
- Issue date Jun 20, 2023
- Corning Incorporated
- Peter Gottfried Hebgen
- G02 - OPTICS
Information Patent Grant
Low cross-talk multicore optical fiber for single mode operation
- Patent number 11,579,355
- Issue date Feb 14, 2023
- Corning Incorporated
- Pushkar Tandon
- G02 - OPTICS
Information Patent Grant
Optical fiber with dual trench design
- Patent number 11,506,834
- Issue date Nov 22, 2022
- Corning Incorporated
- Snigdharaj Kumar Mishra
- G02 - OPTICS
Information Patent Grant
Optical fiber with low macrobend loss at large bend diameter
- Patent number 11,506,835
- Issue date Nov 22, 2022
- Corning Incorporated
- Peter Gottfried Hebgen
- G02 - OPTICS
Information Patent Grant
Single mode optical fiber with low bend loss at small and large ben...
- Patent number 11,307,350
- Issue date Apr 19, 2022
- Corning Incorporated
- Ming-Jun Li
- G02 - OPTICS
Information Patent Grant
Single-mode large effective area optical fibers with low cutoff wav...
- Patent number 11,287,567
- Issue date Mar 29, 2022
- Corning Incorporated
- Scott Robertson Bickham
- H01 - BASIC ELECTRIC ELEMENTS
Information Patent Grant
Optical fibers having a varying clad index and methods of forming same
- Patent number 11,125,937
- Issue date Sep 21, 2021
- Corning Incorporated
- Dana Craig Bookbinder
- C03 - GLASS MINERAL OR SLAG WOOL
Information Patent Grant
Low bend loss optical fiber with a chlorine doped core and offset t...
- Patent number 11,125,938
- Issue date Sep 21, 2021
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Grant
Low bend loss optical fiber with step index core
- Patent number 11,067,744
- Issue date Jul 20, 2021
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Grant
Low bend loss optical fiber with a chlorine doped core and offset t...
- Patent number 10,591,668
- Issue date Mar 17, 2020
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Grant
Low bend loss optical fiber with graded index core
- Patent number 10,564,349
- Issue date Feb 18, 2020
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Grant
Single mode optical fiber with chlorine doped core and low bend loss
- Patent number 10,444,427
- Issue date Oct 15, 2019
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Grant
Low bend loss optical fiber with a germania doped core
- Patent number 10,302,857
- Issue date May 28, 2019
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Grant
Optical fibers having a varying clad index and methods of forming same
- Patent number 10,146,008
- Issue date Dec 4, 2018
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Grant
Low-loss and low-bend-loss optical fiber
- Patent number 10,139,561
- Issue date Nov 27, 2018
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Grant
Low loss single mode fiber with chlorine doped core
- Patent number 10,094,975
- Issue date Oct 9, 2018
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Grant
Optical fiber with large mode field diameter and low microbending l...
- Patent number 10,094,973
- Issue date Oct 9, 2018
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Grant
Low bend loss optical fiber
- Patent number 10,082,622
- Issue date Sep 25, 2018
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Grant
Optical fiber with macrobend loss mitigating layer
- Patent number 9,874,686
- Issue date Jan 23, 2018
- Corning Incorporated
- Snigdharaj Kumar Mishra
- G02 - OPTICS
Information Patent Grant
Optical fiber with large effective area and low bending loss
- Patent number 9,851,499
- Issue date Dec 26, 2017
- Corning Incorporated
- Dana Craig Bookbinder
- C03 - GLASS MINERAL OR SLAG WOOL
Information Patent Grant
Low bend loss optical fiber
- Patent number 9,851,501
- Issue date Dec 26, 2017
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Grant
Quasi-single-mode optical fiber with a large effective area
- Patent number 9,846,275
- Issue date Dec 19, 2017
- Corning Incorporated
- Ming-Jun Li
- G02 - OPTICS
Information Patent Grant
Multimode fiber with intermediate clad layer
- Patent number 9,841,559
- Issue date Dec 12, 2017
- Corning Incorporated
- Snigdharaj Kumar Mishra
- G02 - OPTICS
Information Patent Grant
Method of making updoped cladding by using silicon tertrachloride a...
- Patent number 9,676,658
- Issue date Jun 13, 2017
- Corning Incorporated
- Brian Lee Harper
- C03 - GLASS MINERAL OR SLAG WOOL
Information Patent Grant
Optical fiber with large effective area and low bending loss
- Patent number 9,594,210
- Issue date Mar 14, 2017
- Corning Incorporated
- Dana Craig Bookbinder
- C03 - GLASS MINERAL OR SLAG WOOL

Patents Applicationslast 30 patents

Information Patent Application
SINGLE-MODE OPTICAL FIBERS WITH LOW CUTOFF WAVELENGTH AND LOW BEND...
- Publication number 20240255694
- Publication date Aug 1, 2024
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Application
LOW-DIAMETER OPTICAL FIBER WITH LOW BEND LOSS AT LARGE AND SMALL BE...
- Publication number 20240248253
- Publication date Jul 25, 2024
- Corning Incorporated
- Peter Gottfried Hebgen
- G02 - OPTICS
Information Patent Application
OPTICAL FIBER CABLE HAVING LOW FREE SPACE AND HIGH FIBER DENSITY
- Publication number 20240094492
- Publication date Mar 21, 2024
- Corning Research & Development Corporation
- Leigh Rooker Josey
- G02 - OPTICS
Information Patent Application
COMPLIANT OPTICAL FIBER HAVING UPDOPED OUTER CLADDING
- Publication number 20230417984
- Publication date Dec 28, 2023
- Corning Incorporated
- SNIGDHARAJ KUMAR MISHRA
- G02 - OPTICS
Information Patent Application
REDUCED COATING DIAMETER CHLORINE-DOPED SILICA OPTICAL FIBERS WITH...
- Publication number 20230408760
- Publication date Dec 21, 2023
- Corning Incorporated
- Scott Robertson Bickham
- C09 - DYES PAINTS POLISHES NATURAL RESINS ADHESIVES MISCELLANEOUS COMPOSITION...
Information Patent Application
COMPLIANT OPTICAL FIBER
- Publication number 20230341619
- Publication date Oct 26, 2023
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Application
METHODS OF CATEGORIZING SINGLE MODE OPTICAL FIBERS
- Publication number 20230314276
- Publication date Oct 5, 2023
- Corning Incorporated
- Xin Chen
- H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information Patent Application
ULTRA-LOW-LOSS COUPLED-CORE MULTICORE OPTICAL FIBERS
- Publication number 20230314697
- Publication date Oct 5, 2023
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Application
LOW MOAT VOLUME SINGLE MODE ULTRA-LOW LOSS FIBER
- Publication number 20220187531
- Publication date Jun 16, 2022
- Corning Incorporated
- Peter Gottfried Hebgen
- G02 - OPTICS
Information Patent Application
ULTRA-LOW-LOSS COUPLED-CORE MULTICORE OPTICAL FIBERS
- Publication number 20220043201
- Publication date Feb 10, 2022
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Application
LOW CROSS-TALK MULTICORE OPTICAL FIBER FOR SINGLE MODE OPERATION
- Publication number 20220026629
- Publication date Jan 27, 2022
- Corning Incorporated
- Pushkar Tandon
- G02 - OPTICS
Information Patent Application
OPTICAL FIBER WITH DUAL TRENCH DESIGN
- Publication number 20210364690
- Publication date Nov 25, 2021
- Corning Incorporated
- SNIGDHARAJ KUMAR MISHRA
- G02 - OPTICS
Information Patent Application
REDUCED DIAMETER OPTICAL FIBER WITH IMPROVED MICROBENDING
- Publication number 20210294027
- Publication date Sep 23, 2021
- Corning Incorporated
- Kevin Wallace Bennett
- C03 - GLASS MINERAL OR SLAG WOOL
Information Patent Application
REDUCED COATING DIAMETER CHLORINE-DOPED SILICA OPTICAL FIBERS WITH...
- Publication number 20210223469
- Publication date Jul 22, 2021
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Application
MULTICORE OPTICAL FIBER WITH CHLORINE DOPED CORES
- Publication number 20210181408
- Publication date Jun 17, 2021
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Application
OPTICAL FIBER WITH LOW MACROBEND LOSS AT LARGE BEND DIAMETER
- Publication number 20210157048
- Publication date May 27, 2021
- Corning Incorporated
- Peter Gottfried Hebgen
- G02 - OPTICS
Information Patent Application
OPTICAL FIBERS HAVING CORE REGIONS WITH REDUCED ALPHA PROFILES
- Publication number 20210116634
- Publication date Apr 22, 2021
- Corning Incorporated
- Peter Gottfried Hebgen
- G02 - OPTICS
Information Patent Application
SINGLE MODE OPTICAL FIBER WITH LOW BEND LOSS AT SMALL AND LARGE BEN...
- Publication number 20210041623
- Publication date Feb 11, 2021
- Corning Incorporated
- Ming-Jun Li
- G02 - OPTICS
Information Patent Application
TENSION-BASED METHODS FOR FORMING BANDWIDTH TUNED OPTICAL FIBERS FO...
- Publication number 20210032153
- Publication date Feb 4, 2021
- Corning Incorporated
- Xin Chen
- C03 - GLASS MINERAL OR SLAG WOOL
Information Patent Application
LOW BEND LOSS OPTICAL FIBER WITH STEP INDEX CORE
- Publication number 20200158945
- Publication date May 21, 2020
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Application
LOW BEND LOSS OPTICAL FIBER WITH A CHLORINE DOPED CORE AND OFFSET T...
- Publication number 20200150336
- Publication date May 14, 2020
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Application
SINGLE-MODE LARGE EFFECTIVE AREA OPTICAL FIBERS WITH LOW CUTOFF WAV...
- Publication number 20190361170
- Publication date Nov 28, 2019
- Corning Incorporated
- Scott Robertson Bickham
- H01 - BASIC ELECTRIC ELEMENTS
Information Patent Application
LOW BEND LOSS OPTICAL FIBER WITH GRADED INDEX CORE
- Publication number 20190162896
- Publication date May 30, 2019
- Corning Incorporated
- Scott Robertson Bickham
- G02 - OPTICS
Information Patent Application
LOW BEND LOSS OPTICAL FIBER WITH A CHLORINE DOPED CORE AND OFFSET T...
- Publication number 20190049660
- Publication date Feb 14, 2019
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Application
OPTICAL FIBERS HAVING A VARYING CLAD INDEX AND METHODS OF FORMING SAME
- Publication number 20190004245
- Publication date Jan 3, 2019
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Application
LOW BEND LOSS OPTICAL FIBER WITH A GERMANIA DOPED CORE
- Publication number 20180321438
- Publication date Nov 8, 2018
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Application
LOW-LOSS AND LOW-BEND-LOSS OPTICAL FIBER
- Publication number 20180252866
- Publication date Sep 6, 2018
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Application
OPTICAL FIBERS HAVING A VARYING CLAD INDEX AND METHODS OF FORMING SAME
- Publication number 20180079677
- Publication date Mar 22, 2018
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Application
LOW BEND LOSS OPTICAL FIBER
- Publication number 20180067256
- Publication date Mar 8, 2018
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS
Information Patent Application
LOW LOSS SINGLE MODE FIBER WITH CHLORINE DOPED CORE
- Publication number 20180031761
- Publication date Feb 1, 2018
- Corning Incorporated
- Dana Craig Bookbinder
- G02 - OPTICS

Snigdharaj Kumar Mishra

Person

Patents Grantslast 30 patents

Tension-based methods for forming bandwidth tuned optical fibers fo...

Reduced coating diameter chlorine-doped silica optical fibers with...

Ultra-low-loss coupled-core multicore optical fibers

Reduced diameter optical fiber with improved microbending

Ultra-low-loss coupled-core multicore optical fibers

Low moat volume single mode ultra-low loss fiber

Low cross-talk multicore optical fiber for single mode operation

Optical fiber with dual trench design

Optical fiber with low macrobend loss at large bend diameter

Single mode optical fiber with low bend loss at small and large ben...

Single-mode large effective area optical fibers with low cutoff wav...

Optical fibers having a varying clad index and methods of forming same

Low bend loss optical fiber with a chlorine doped core and offset t...

Low bend loss optical fiber with step index core

Low bend loss optical fiber with a chlorine doped core and offset t...

Low bend loss optical fiber with graded index core

Single mode optical fiber with chlorine doped core and low bend loss

Low bend loss optical fiber with a germania doped core

Optical fibers having a varying clad index and methods of forming same

Low-loss and low-bend-loss optical fiber

Low loss single mode fiber with chlorine doped core

Optical fiber with large mode field diameter and low microbending l...

Low bend loss optical fiber

Optical fiber with macrobend loss mitigating layer

Optical fiber with large effective area and low bending loss

Low bend loss optical fiber

Quasi-single-mode optical fiber with a large effective area

Multimode fiber with intermediate clad layer

Method of making updoped cladding by using silicon tertrachloride a...

Optical fiber with large effective area and low bending loss

Patents Applicationslast 30 patents

SINGLE-MODE OPTICAL FIBERS WITH LOW CUTOFF WAVELENGTH AND LOW BEND...

LOW-DIAMETER OPTICAL FIBER WITH LOW BEND LOSS AT LARGE AND SMALL BE...

OPTICAL FIBER CABLE HAVING LOW FREE SPACE AND HIGH FIBER DENSITY

COMPLIANT OPTICAL FIBER HAVING UPDOPED OUTER CLADDING

REDUCED COATING DIAMETER CHLORINE-DOPED SILICA OPTICAL FIBERS WITH...

COMPLIANT OPTICAL FIBER

METHODS OF CATEGORIZING SINGLE MODE OPTICAL FIBERS

ULTRA-LOW-LOSS COUPLED-CORE MULTICORE OPTICAL FIBERS

LOW MOAT VOLUME SINGLE MODE ULTRA-LOW LOSS FIBER

ULTRA-LOW-LOSS COUPLED-CORE MULTICORE OPTICAL FIBERS

LOW CROSS-TALK MULTICORE OPTICAL FIBER FOR SINGLE MODE OPERATION

OPTICAL FIBER WITH DUAL TRENCH DESIGN

REDUCED DIAMETER OPTICAL FIBER WITH IMPROVED MICROBENDING

REDUCED COATING DIAMETER CHLORINE-DOPED SILICA OPTICAL FIBERS WITH...

MULTICORE OPTICAL FIBER WITH CHLORINE DOPED CORES

OPTICAL FIBER WITH LOW MACROBEND LOSS AT LARGE BEND DIAMETER

OPTICAL FIBERS HAVING CORE REGIONS WITH REDUCED ALPHA PROFILES

SINGLE MODE OPTICAL FIBER WITH LOW BEND LOSS AT SMALL AND LARGE BEN...

TENSION-BASED METHODS FOR FORMING BANDWIDTH TUNED OPTICAL FIBERS FO...

LOW BEND LOSS OPTICAL FIBER WITH STEP INDEX CORE

LOW BEND LOSS OPTICAL FIBER WITH A CHLORINE DOPED CORE AND OFFSET T...

SINGLE-MODE LARGE EFFECTIVE AREA OPTICAL FIBERS WITH LOW CUTOFF WAV...

LOW BEND LOSS OPTICAL FIBER WITH GRADED INDEX CORE

LOW BEND LOSS OPTICAL FIBER WITH A CHLORINE DOPED CORE AND OFFSET T...

OPTICAL FIBERS HAVING A VARYING CLAD INDEX AND METHODS OF FORMING SAME

LOW BEND LOSS OPTICAL FIBER WITH A GERMANIA DOPED CORE

LOW-LOSS AND LOW-BEND-LOSS OPTICAL FIBER

OPTICAL FIBERS HAVING A VARYING CLAD INDEX AND METHODS OF FORMING SAME

LOW BEND LOSS OPTICAL FIBER

LOW LOSS SINGLE MODE FIBER WITH CHLORINE DOPED CORE