# Bing AI para auxiliar em pesquisas científicas: Uma introdução.

## Introdução à IA (Inteligência Artificial) aplicada em pesquisas científicas.

## Visão geral das ferramentas do Bing para ajudar na pesquisa científica.

## Diferença entre leads orgânicos e leads pagos.

### O que são leads orgânicos?

### O que são leads pagos?

### Diferença entre os dois tipos de leads.

## Como gerar leads orgânicos para o seu negócio?

### Otimize seu site para mecanismos de busca.

### Crie conteúdo envolvente e relevante.

### Utilize as redes sociais para divulgar seu conteúdo.

### Construa uma lista de e-mails.

## O que é Bing AI e como pode ajudar com a geração de leads orgânicos?

### O que é Bing AI?

### Como o Bing AI pode ajudar em pesquisas científicas?

### Como o Bing AI pode auxiliar na geração de leads orgânicos?

## Exemplos de utilização do Bing em pesquisas científicas.

## Qual a diferença entre Google e Bing AI?

### O que é o Google?

### O que é o Bing?

### Qual a diferença entre as ferramentas do Google e Bing AI?

## Dicas práticas para otimizar seu site para os mecanismos de busca.

### Utilize palavras-chave relevantes.

### Faça atualizações regulares.

### Torne seu site responsivo.

## Como criar um conteúdo envolvente e relevante?

### Conheça seu público-alvo.

### Escreva com emoção e paixão.

### Use exemplos e analogias.

## Como utilizar as redes sociais para divulgar seu conteúdo?

### Identifique as plataformas certas para o seu público.

### Compartilhe conteúdo relevante e envolvente.

### Fale diretamente com o seu público.

## Como construir uma lista de e-mails.

### Ofereça algo valioso em troca do endereço de e-mail.

### Torne mais fácil para as pessoas se inscreverem.

### Ofereça um conteúdo exclusivo para inscritos.

## Conclusão sobre o uso do Bing AI em pesquisas científicas.

## FAQ sobre o uso do Bing AI em pesquisas científicas.

### O Bing AI é gratuito?

### Como o Bing AI pode ajudar em pesquisas científicas?

### O Bing AI é melhor que o Google?

### Como gerar leads orgânicos usando o Bing AI?

### Quais são as melhores práticas para otimizar seu site para os mecanismos de busca?

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Hey gang David Shapiro here um I’m actually doing some some research with uh bing and so since Bing is new and not everyone has access to it yet I wanted to share so for some background um as many of you know I am Nero spicy and I remember reading a article a few

Years ago about how neurological signals propagate differently across the brains of people that are neurodiverse now I’m going to see if I can find this with Bing um so I I switched over to chat and it’s like okay sure blah blah blah blah I use the wrong term neural leakage which

Apparently has to do with uh blood brain barrier and other inflammation Etc et cetera so I used the wrong term so I said I think I used the wrong term I was trying to find a scientific article or paper that talked about how some individuals with ASD and or ADHD

And other forms of neurodiversity have atypical signal propagation in their brains can you help me find such articles um uh to clarify if needed um or just find some papers thanks all right so let’s see if it’ll help since I asked for scientific papers I hope that it doesn’t get offended okay

It doesn’t look like it’s going to cancel it a typical neural signal propagation ASD ADHD so it looks like what it does is part of the steps is is it kind of simplifies the Search terms to the most relevant um let’s see one article that might be relevant is oscillatory neural networks

Underlying resting state attentional control and blah blah blah okay this article suggests that asdna are associated with distinct alterations and large-scale oscillatory networks which are groups of neurons that fire rhythmically together these alterations May underlie the neurocognitive atypicalities in these disorders yes that is probably relevant so that’s all

Cited in citation one and citation two another article that might be of interest ADHD and ASD distinct patterns of inhibition related activity the inhibition related activation during go no-go task so a go no-go task is when you’re waiting and you’re trying to like have a Flinch response to like push a button or

Not um this article investigates brain activation patterns related to inhibitory control which is the ability to suppress unwanted impulses or actions the authors found the children of the ADHD showed reduce activations in regions okay that’s may may not be as relevant the Monash autism ADHD genetics and narrative element

Um the article suggests the project aims to identify common genetic variants I hope these articles help um I think the first article is the most relevant so here’s the search query I’m wondering if these atypical signals in the brain might also have anything to do with synesthesia and or certain types

Of neurogenic tinnitus for instance I’ve had multi-tonal tinnitus my entire life which indicates to me it could be genetic um or endogenous rather than um and injury or disease um so I’m curious if perhaps the tones I hear are actually neural signals leaking into my auditory neurons

Um obviously I am not asking you to diagnose uh anything just looking for Relevant scientific uh literature okay so let’s see if it’ll do that it might not Bing is pretty sensitive um and it’ll would not be surprised if it uh ends the conversation okay a typical neural signal synesthesia and tinnitus

Um so let’s see what it does it’s thinking I understand you’re wondering Okay blah blah synesthesia is a condition okay it’s kind of talking through yes I know it can be inherited or acquired um and is more common in people with ASD okay I didn’t know that so that’s

Interesting so tinnitus is common in neurospicy people um the exact neural mechanisms are unclear but some studies suggest it could be involved increased connectivity or cross-activation between different sensory regions yes yes that’s what I was looking for okay so we’re looking for um well here let’s check out these

Let’s see tinnitus is a perception of sound with no external sound sources present can be caused by various factors such as damage to the inner ear exposure loud noise aging medications or neurological disorders can also be associated with synesthesia where some people experience visual or since tactile Sensations along with sound yes

I used to um if I’m really tired I still get the the um tactile Sensations where it actually has a grading feeling um it’s super unpleasant um okay so yeah it looks like it looks like I remembered correctly and Bing was able to help me find some of this stuff

Um let’s see the neural mechanisms of tinnitus a perspective from functional fmri Imaging from Zhang at all the article reviews how functional magnetic resonance imaging um which measures brain activity based on blood flow changes Okay blah blah okay so anyways long story short um it looks like Bing is actually pretty

Good the fact that it can cite sources in a line is super powerful um I’m actually really happy with this because this is something that I read like years ago and I’ve just kind of revisit this idea every now and then and so uh as as you’re probably familiar

With trying to find scientific papers on the internet can be a real pain so this is this is pretty incredible um and I think it says three of six because that’s how many uh responses we get I’m hoping that bit that Microsoft is able to to keep Bing

Um on track speaking of folks at Microsoft I know you’re watching this if you want any help just let me know um happy to happy to jump on a call with you guys and provide some advice anyways we’ll call it a day there um I’m gonna read some of these articles

And figure out what’s wrong with my brain all right talk later

,00:00 hey gang David Shapiro here
00:02 um I’m actually doing some
00:04 some research with uh bing and so since
00:07 Bing is new and not everyone has access
00:08 to it yet I wanted to share
00:10 so for some background
00:13 um as many of you know I am Nero spicy
00:15 and I remember reading a article a few
00:19 years ago about how neurological signals
00:23 propagate differently across the brains
00:25 of people that are neurodiverse
00:27 now I’m going to see if I can find this
00:28 with Bing
00:30 um so I I switched over to chat and it’s
00:32 like okay sure blah blah blah blah I use
00:34 the wrong term neural leakage which
00:36 apparently has to do with uh blood brain
00:39 barrier and other inflammation
00:41 Etc et cetera so I used the wrong term
00:42 so I said I think I used the wrong term
00:44 I was trying to find a scientific
00:45 article or paper that talked about how
00:47 some individuals with ASD and or ADHD
00:49 and other forms of neurodiversity have
00:51 atypical signal propagation in their
00:53 brains can you help me find such
00:54 articles
00:56 um uh to clarify if needed
00:59 um or just find some papers
01:02 thanks all right so let’s see if it’ll
01:04 help
01:05 since I asked for scientific papers I
01:08 hope that it doesn’t get offended okay
01:10 it doesn’t look like it’s going to
01:11 cancel it a typical neural signal
01:13 propagation ASD ADHD so it looks like
01:15 what it does is part of the steps is is
01:19 it kind of simplifies the Search terms
01:21 to the most relevant
01:22 um let’s see one article that might be
01:24 relevant is oscillatory neural networks
01:26 underlying resting state attentional
01:28 control and blah blah blah
01:30 okay
01:33 this article suggests that asdna are
01:35 associated with distinct alterations and
01:37 large-scale oscillatory networks which
01:39 are groups of neurons that fire
01:41 rhythmically together these alterations
01:42 May underlie the neurocognitive
01:44 atypicalities in these disorders yes
01:46 that is probably relevant so that’s all
01:48 cited in citation one and citation two
01:52 another article that might be of
01:54 interest ADHD and ASD distinct patterns
01:57 of inhibition related activity the
01:59 inhibition related activation during go
02:02 no-go task
02:04 so a go no-go task is when you’re
02:06 waiting and you’re trying to like have a
02:08 Flinch response to like push a button or
02:10 not
02:11 um this article investigates brain
02:12 activation patterns related to
02:13 inhibitory control which is the ability
02:16 to suppress unwanted impulses or actions
02:19 the authors found the children of the
02:20 ADHD showed reduce activations in
02:22 regions okay that’s may may not be as
02:24 relevant the Monash autism ADHD genetics
02:27 and narrative element
02:29 um the article suggests the project aims
02:31 to identify common genetic variants I
02:33 hope these articles help
02:35 um I think the first article is the most
02:39 relevant so here’s the search query
02:43 I’m wondering
02:46 if
02:47 these atypical
02:50 signals in the brain might also have
02:54 anything to do with
02:57 synesthesia
03:00 and or certain types
03:04 of neurogenic tinnitus for instance I’ve
03:09 had
03:10 multi-tonal tinnitus my entire life
03:14 which indicates to me it could be
03:17 genetic
03:20 um or endogenous
03:23 rather than
03:25 um
03:25 and
03:27 injury or disease
03:30 um
03:31 so I’m curious if perhaps
03:35 the tones I hear are actually neural
03:40 signals
03:41 leaking into my auditory neurons
03:46 um obviously I am not asking you to
03:49 diagnose uh
03:52 anything just looking for Relevant
03:56 scientific
03:58 uh literature okay so let’s see if it’ll
04:01 do that it might not Bing is pretty
04:03 sensitive
04:04 um and it’ll would not be surprised if
04:07 it uh ends the conversation okay a
04:09 typical neural signal synesthesia and
04:11 tinnitus
04:13 um so let’s see what it does it’s
04:14 thinking
04:17 I understand you’re wondering Okay blah
04:19 blah synesthesia is a condition okay
04:21 it’s kind of talking through yes I know
04:23 it can be inherited or acquired
04:28 um and is more common in people with ASD
04:30 okay I didn’t know that so that’s
04:31 interesting so tinnitus is common in
04:34 neurospicy people
04:36 um the exact neural mechanisms are
04:37 unclear but some studies suggest it
04:39 could be involved increased connectivity
04:42 or cross-activation between different
04:43 sensory regions yes yes that’s what I
04:46 was looking for okay so we’re looking
04:48 for
04:50 um well here let’s check out these
04:53 let’s see tinnitus is a perception of
04:55 sound with no external sound sources
04:57 present can be caused by various factors
04:59 such as damage to the inner ear exposure
05:01 loud noise aging medications or
05:03 neurological disorders can also be
05:05 associated with synesthesia where some
05:06 people experience visual or since
05:08 tactile Sensations along with sound yes
05:11 I used to um if I’m really tired I still
05:13 get the the
05:14 um tactile Sensations where it actually
05:16 has a grading feeling
05:18 um it’s super unpleasant
05:20 um okay
05:22 so yeah it looks like it looks like I
05:24 remembered correctly and Bing was able
05:27 to help me find some of this stuff
05:30 um let’s see the neural mechanisms of
05:32 tinnitus a perspective from functional
05:33 fmri Imaging from Zhang at all the
05:37 article reviews how functional magnetic
05:39 resonance imaging
05:41 um which measures brain activity based
05:43 on blood flow changes Okay blah blah
05:45 okay so anyways long story short
05:48 um it looks like Bing is actually pretty
05:51 good the fact that it can cite sources
05:53 in a line is super powerful
05:57 um I’m actually really happy with this
05:58 because this is something that I read
05:59 like years ago and I’ve just kind of
06:02 revisit this idea every now and then and
06:04 so uh as as you’re probably familiar
06:07 with trying to find scientific papers on
06:09 the internet can be a real pain so this
06:12 is this is pretty incredible
06:14 um
06:15 and I think it says three of six because
06:17 that’s how many uh responses we get I’m
06:21 hoping that bit that Microsoft is able
06:23 to to keep Bing
06:25 um on track speaking of folks at
06:27 Microsoft I know you’re watching this if
06:29 you want any help just let me know
06:31 um happy to happy to jump on a call with
06:33 you guys and provide some advice anyways
06:35 we’ll call it a day there
06:37 um I’m gonna read some of these articles
06:38 and figure out what’s wrong with my
06:40 brain all right talk later
, , , #Bing #aid #scientific #research #RIP #Google , [agora]