Nackieb Mohd Kamin

20230111275, Apr 13, 2023

Oct 12, 2021

17/499747

- San Diego CA, US
Richard C. Ordonez - Mililani HI, US
Nackieb M. Kamin - Kapolei HI, US
David Garmire - Ann Arbor MI, US

H01L 31/0352
H01L 31/112

A differential amplifier includes an unmatched pair, including first quantum dots and second quantum dots, and a matched pair, including first and second phototransistors. The unmatched pair has a difference between a first spectrum absorbed by the first quantum dots and a second spectrum absorbed by the second quantum dots. Each of the first and second phototransistors includes a channel. The first quantum dots absorb the first spectrum from incident electromagnetic radiation and gate a first current through the channel of the first phototransistor, and the second quantum dots absorb the second spectrum from the incident electromagnetic radiation and gate a second current through the channel of the second phototransistor. The first and second phototransistors are coupled together for generating a differential output from the first and second currents, the differential output corresponding to the difference between the first and second spectrums within the incident electromagnetic radiation.

20200340854, Oct 29, 2020

Apr 24, 2019

16/392945

- San Diego CA, US
Richard C. Ordonez - Mililani HI, US
Nackieb M. Kamin - Annandale VA, US
David Garmire - Honolulu HI, US

United States of America as represented by Secretary of the Navy - San Diego CA

G01J 1/42

A plasmonic transducer includes a fluidic network layer, a carbon-based substrate, a liquid metal and an electromagnetic system. The fluidic network layer has a fluidic network layer front, a fluidic network layer back, a first through-hole passing from the fluidic network layer front to the fluidic network layer back. The carbon-based substrate is disposed on the fluidic network layer back. The liquid metal is disposed in the first through-hole. The electromagnetic system is operable to change the liquid metal from a first liquid metal state to a second liquid metal state. The transducer is operable to provide a first output signal when the liquid metal is in the first liquid metal state. The transducer is operable to provide a second output signal when the liquid metal is in the second liquid metal state.

20180021822, Jan 25, 2018

Jul 20, 2016

15/215416

- San Diego CA, US
Nackieb M. Kamin - Kapolei HI, US

B08B 5/04
B01D 46/00
B08B 17/02

A system and method are disclosed for cleanliness of transmission windows for directed energy devices. A positive pressure gas chamber is fixed to the transmission window of a directed energy device, e.g., a laser or high power microwave. A gas source is connected to the positive pressure chamber in order to provide pressurized gas. The gas flows into the positive pressure chamber, and exits the positive pressure chamber through openings, thus pushing particulates out of the positive pressure chamber. The gas continues to flow during directed energy use, thus preventing undesirable material, e.g., dirt and moisture, from depositing on the transmission window.

20160203243, Jul 14, 2016

Feb 22, 2016

15/049762

Nackieb M. Kamin - Kapolei HI, US
Gregory Lum - Honolulu HI, US
Henry Au - Honolulu HI, US

United States of America, as Represented by the Secretary of the Navy - Arlington VA

G06F 17/50

A subthreshold standard cell library addresses the energy efficiency of electronic systems, thereby significantly reducing power consumption. Recent energy performance requirements are causing the next-generation system manufacturers to explore approaches to lower power consumption. Subthreshold operation has been examined and implemented in designing ultra-low power standard cell designs that operate beyond the normal modes of operation, with the potential for large energy savings. Operation of CMOS (Complementary Metal Oxide Semiconductor) transistors in the subthreshold regime, where the supply voltage used in operation is orders of magnitude below the normal operating voltage of typical transistors, has proven to be very beneficial for energy constrained systems as it enables minimum energy consumption in Application Specific Integrated Circuits (ASICs).

20160078153, Mar 17, 2016

Aug 2, 2012

13/564902

Nackieb M. Kamin - Kapolei HI, US
Gregory Lum - Honoluly HI, US
Henry Au - Honolulu HI, US

G06F 17/50

A subthreshold standard cell library addresses the energy efficiency of electronic systems, thereby significantly reducing power consumption. Recent energy performance requirements are causing the next-generation system manufacturers to explore approaches to lower power consumption. Subthreshold operation has been examined and implemented in designing ultra low power standard cell designs that operate beyond the normal modes of operation, with the potential for large energy savings. Operation of CMOS (Complementary Metal Oxide Semiconductor) transistors in the subthreshold regime, where the supply voltage used in operation is orders of magnitude below the normal operating voltage of typical transistors, has proven to be very beneficial for energy constrained systems as it enables minimum energy consumption in Application Specific Integrated Circuits (ASICs).