Quantum Computing

hi

i’m tanvika boineni and i’m currently a

junior at the south brunswick high

school

today i will be talking about how

quantum computing is our future

as technology continues to advance every

single day

quantum computing will have an extremely

profound

impact on our society in multiple

different aspects

for example it can affect cryptography

optimization

and stimulation just to name a few

but first what exactly is a quantum

computer

a quantum computer is a device that can

perform

complex calculations that a regular

computer cannot

quantum computers utilize qubits to

perform these calculations

this means that the quantum computer can

perform calculations

based on the probability of an object

state before

it is even measured each object in a

normal computer for example

has a binary state of either a one or a

zero

in a quantum computer these qubits can

represent both a one

and a zero at the same time and this is

called superposition

additionally the computer itself does

not look like the average computer you

have lying around at your house

it’s shaped almost like a chandelier and

consists of copper

tubes and wires these computers are also

placed in extremely cold temperatures

close to absolute zero

in order for the qubits to work for a

long period of time

at a young age i’ve always been

interested and involved in computer

science

and computational thinking as i grew up

i want to learn more about how exactly

these computers work and how they can be

improved

these questions that i started to

develop helped me discover

my passion for quantum computing

i have decided to pursue quantum

computing as a career

because it can revolutionize our daily

lives

i’m currently researching how to create

a quantum brain for medicine that can

also do predictive modeling

the purpose of this brain would be to

use predictive modeling

and statistics in order to help out

surgeons

minimize the amount of invasive

surgeries that currently occur

it would be linked to bots inside the

body

do predictive modeling from the

information and also assess the

information gathered by the bots

as the bot is injected it collects data

as it flows through the bloodstream

and can detect anomalies in the body

such as

nerve bundles chronic pain and tumors

and then send that information back to

the quantum brain

where it can help diagnose what exactly

is happening within the body

with my quantum brain i would like to

incorporate cyberplasm

and magnetic resonance in order to make

this work

cyberplasm is a microbot that is

currently used to enter the body and

detect diseases

this microbot mimics the behavior of a

sea lamprey in order to move about the

body

once it has entered the body it uses an

electronic impulse to collect data

and then sends it to the brain to help

diagnose

the brain then sends information back to

the microbot to help it navigate through

the body

the brain and the microbot send

information back and forth to each other

until the microbot is done with its

purpose and flushed out

magnetic resonance also uses the quantum

properties of a brain to detect diseases

in the human body

without the need for any surgery one

limitation that i must overcome for the

quantum brain to diagnose illnesses

are the parallel computations that the

brain must run

i’m currently in contact with dr brad

martin

head of ai in r d information research

at abbey to try

and figure out a way to go about this

issue

this project is considered an evolution

in medicine

since using a quantum brain will make

diagnosing illnesses

a faster and much more convenient way

using microbots to go into the body and

detect information

also allows anomalies in the body to be

detected without any major surgery

coordination and swarm intelligence are

also keys to having my quantum brain in

perfect sync

with the bots that i use xenobots are

small synthetic robots that are designed

by computers to perform

a specific purpose xenobots are

considered the first living creatures

that have no

brain and are controlled by a computer

nanobots could also be used to perform

certain actions

as well as collecting information

nanobots can be used to remove plaque

from veins

and inject blood clotting drugs into

vessels around

tumors the weiss institute at harvard

university is currently researching

how these nanotechnological devices can

be used for drug delivery

they state that the nanobots that they

have created will soon be used to

deliver

antigens and other biologically active

molecules in the human body

the weiss institute intends to use these

nanobots primarily to deliver

cancer vaccines for my

project i aim for these bots to be

injected into

the bloodstream by being coated with the

enzyme urease

this allows the bots to use urea from

the urine

as a source of fuel as it travels

through the body

the coordination and swarms of bots are

important because

it allows the bots to travel complex

paths throughout the body and treat

certain

pathologies that cannot be treated with

just one single bot

the activity of these bots will then be

monitored by my quantum brain

my brain will be able to analyze

information given the data that the bots

send

this data will be stored by being

encoded into the qubits

my brain will also be able to calculate

different possibilities

on how the bots can navigate navigate

through the body and send that

information to the bots

my research shows just how impactful

quantum computing is

in just one aspect of medicine it can

change the lives of so many

additionally quantum computing can aid

the medical field in both drug

development

and drug discovery quantum computing can

benefit the pharmaceutical field

because it can design new drugs in a

more faster and reliable way

the computers can be used to analyze

individual molecules and come up with

the prescription

through calculations this allows

treatments for harmful diseases to be

created in a short time manner

and benefit many seeing the impact that

quantum computing has just on the

medical field

imagine how greatly it can affect other

industries

i hope sharing my research and dreams

will help you visualize a quantum future

and make you want to journey with me as

we all together evolve

to create this new world that has just

survived thank you so much

嗨,

我是 tanvika boineni,我现在是南布伦瑞克高中的一名

大三学生,

今天我将讨论

随着技术每天的不断进步,

量子计算将如何成为我们的未来,量子计算将对我们的社会产生极其

深远的

影响 例如,在多个

不同方面

,它可以影响密码

优化

和刺激,仅举几例,

但首先,量子计算机到底是什么

量子计算机是一种可以

执行常规计算机无法执行的

复杂计算的设备

量子计算机利用量子比特来

执行这些计算

这意味着量子计算机

甚至可以在测量之前基于对象状态的概率执行计算

,例如,普通计算机中的每个对象

在量子计算机中具有 1 或 0 的二进制状态,这些量子位可以同时

表示 同时一个一

和一个零,这被

称为

叠加 uter 本身

看起来不像

您在家中放置的普通计算机,

它的形状几乎像枝形吊灯,

铜管和电线组成,这些计算机还

放置在

接近绝对零

的极冷温度下,以使量子比特工作 很

长一段时间

在我年轻的时候我一直

对计算机

科学

和计算思维很感兴趣,随着我的成长

我想更多地了解

这些计算机是如何工作的以及如何

改进

它们我开始研究的这些问题

开发帮助我发现了

我对量子计算的热情

我决定将量子

计算作为一项职业,

因为它可以彻底改变我们的日常生活

我目前正在研究如何

为医学创建一个量子大脑,它还可以

对这个大脑的目的进行预测建模 将

使用预测模型

和统计数据来帮助

外科医生

尽量减少需要进行的侵入性

手术的数量 目前发生的情况是

,它将与体内的机器人相关联,

根据信息进行预测建模,

在机器人被注射时评估机器人收集的信息

,它在血液流经时收集数据,

并可以检测身体中的异常情况,

例如

神经 将慢性疼痛和肿瘤捆绑在一起

,然后将这些信息发送

回量子大脑

,在那里它可以用我的量子大脑帮助诊断

体内到底发生了什么

我想

结合网络质

和磁共振来完成

这项工作网络

质是一个微型机器人

目前用于进入身体和

检测疾病

的微型机器人模仿

海七鳃鳗的行为,以便在进入身体后在身体周围移动,

它使用

电子脉冲收集数据

,然后将其发送到大脑以提供帮助

诊断大脑,然后将信息发送

回微型机器人,以帮助它

在身体中导航

,大脑和微型机器人发送

i 信息来回

交换,直到微型机器人完成其

目的并清除

磁共振也使用大脑的量子

特性来检测

人体中的疾病,

而无需任何手术

我必须克服

量子的一个限制 诊断疾病

的大脑是大脑必须运行的并行计算

我目前正在与 abbey

的 rd 信息研究 AI 负责人 brad martin 博士联系,

试图找出解决这个

问题的方法

这个项目被认为是一个进化

在医学上,

因为使用量子大脑将使

诊断疾病

成为一种更快、更方便的方法,

使用微型机器人进入人体并

检测信息,

还可以在

没有任何大手术的情况下检测到体内的异常情况

协调和群体智能

也是拥有的关键 我的量子大脑

与我使用的机器人完美同步 xenobots 是

小型合成机器人,

由 执行

特定目的的计算机 异种机器人被

认为是第一批

没有

大脑并由计算机控制的生物

纳米机器人也可用于执行

某些动作

以及收集信息

纳米机器人可用于去除静脉中的斑块

并注射凝血 药物进入

肿瘤周围的血管 哈佛大学韦斯研究所

目前正在研究

如何将这些纳米技术设备

用于药物输送,

他们表示,他们创造的纳米机器人

将很快用于

在人体内输送抗原和其他生物活性分子

Weiss Institute 打算主要使用这些

纳米机器人

为我的

项目

提供癌症疫苗 在

身体中

穿行 机器人的协调和集群很

重要 因为

它允许机器人在整个身体中移动复杂的

路径并治疗

某些

仅靠一个机器人无法治疗的病症,所以

这些机器人的活动

将由我的量子大脑监控,

我的大脑将能够分析

给定数据的信息 机器人

发送的

这些数据将通过被

编码到量子位中来存储

我的大脑也将能够计算

机器人如何

在身体中导航并将该

信息发送给机器人的不同可能性

我的研究表明量子计算的影响力有多大

在医学的一个方面,它可以

改变许多人的生活,

另外,量子计算可以

在药物

开发

和药物发现方面帮助医学领域,量子计算可以

使制药领域受益,

因为它可以以

更快速、更可靠的

方式设计新药 计算机可用于分析

单个分子并

通过计算得出处方 这使得

可以在短时间内创建有害疾病的治疗

方法,

并使许多人受益 看到

量子计算刚刚对

医学领域

产生的影响 想象一下它对其他行业的影响有多大

我希望分享我的研究和梦想

将帮助您想象一个 量子未来

,让你想和我一起旅行,因为

我们一起进化

,创造这个刚刚

幸存下来的新世界,非常感谢