Elicit AI: the intelligent tool for research, synthesis, and analysis of academic literature

Elicit AI is a tool that leverages artificial intelligence to simplify the work of research, analysis, and synthesis of academic and scientific content.

In an era in which information grows at an exponential rate, navigating through hundreds of articles, scientific papers, and reliable sources can become a long and frustrating job.

Whether you are a studente, a ricercatore, a consulente, or a data analyst, Elicit helps you find the right answers, quickly and reliably, starting directly from primary sources.

 

Summary

What is Elicit AI

Elicit is an AI assistant specialized in academic research and analysis. The platform allows you to:

  • Find relevant scientific articles
  • Extract key results and metrics from the paper
  • Compare sources with each other
  • Generate reliable and accurate summaries
  • Analyze methodologies, samples, conclusions, and limitations of the research

All this with a simple and interactive interface, powered by advanced language models (LLM).

How does Elicit AI work?

1. Enter your question or research topic

Write a natural query, for example:
“What are the effects of sleep on long-term memory?”

2. AI searches in scientific databases

Elicit examines a wide range of peer-reviewed articles (e.g., Semantic Scholar) and selects the most relevant ones.

3. Obtain a comparative table of the results

The platform shows the most relevant papers with excerpts of the results, methodology, sample, effect size, and citations.

4. Explore, filter, delve deeper

You can analyze each paper individually, filter the results, export data, or generate a general summary.

What can be done with Elicit AI

  • Search for academic papers and authoritative sources
  • Gather results and compare studies
  • Analyze hypotheses, methods, results, and limits
  • Generate automatic summaries from multiple sources
  • Support theses, articles, white papers, or data-driven decisions

Why use Elicit AI

  • Dramatically reduces search time
  • Helps to make evidence-based decisions
  • Provides a reliable summary, based on real academic sources
  • It does not just generate texts: cita, analizza, struttura
  • It is designed for ethical, transparent, and verifiable use

Who benefits from Elicit AI

  • University students and PhD candidates
  • Researchers and teachers
  • Professionals who work with data
  • Consultants, policy analyst, strategist
  • Anyone who needs answers based on scientific sources

Practical example

Scenario: you are a psychology student and you are writing a thesis on the impact of mindfulness on stress. Instead of manually searching for articles on Google Scholar for hours, with Elicit you enter the question and get:

  • A list of already filtered articles
  • The key results already extracted (e.g., stress reduction measured in %)
  • The type of sample analyzed (e.g., studenti, adulti, lavoratori)
  • The limitations of the study (e.g., short duration, small sample)
  • A summary ready to be reworked and cited

Result: you have a solid foundation for your work in a few minutes, from verified sources.

Prices and access

Elicit offers free access to most of the core features. There are also advanced plans for teams, universities, and organizations that require additional features or large-scale processing.

You can start right away here on without needing a credit card.

Frequently Asked Questions (FAQ)

Is Elicit suitable only for content in English?
Currently, yes, the research and sources are predominantly in English, but the interface is simple to use even for those who are not native speakers.

Are the sources reliable?
Yes, Elicit is based on peer-reviewed sources and reliable academic databases such as Semantic Scholar.

Can I use it to write a thesis?
Absolutely. It is perfect for structuring a thesis with solid foundations and verified scientific sources.

Does it generate text like ChatGPT?
No, Elicit is focused on the analysis of existing sources, not on creative content generation.

Conclusion: why Elicit is an AI tool to try

Elicit AI is not a simple chatbot, but a scientific research assistant, designed for those who need accurate answers, based on real sources, and structured in a clear and concise manner.

An essential tool to save time, work more effectively, and make more informed decisions.

Start using it for free today and discover a new way of conducting research with AI.

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Deploying smart contracts on the Ethereum blockchain

First of all, one or more developers must obviously create the smart contract by writing the appropriate lines of code, and then they must send it to the Ethereum network.

In technical terms, publishing it on the Ethereum blockchain means making all the nodes in the network receive and execute it. Once published, all instructions in it will always be executed by all nodes in exactly the same way.

Therefore, not only its publication but also the execution of instructions is irreversible once it is published on the blockchain.

Therefore, what really matters are the instructions it contains – which can be the most diverse – and how many people use it. Indeed, in order for the instructions of a smart contract to actually be executed, there must be one or more transactions that invoke them.

It is also worth remembering that these instructions generally involve the use of resources, such as data or tokens, so for them to actually be executed, all the conditions set as necessary must be met. 

Sometimes this data comes from outside, thanks to so-called oracles, while sometimes it simply comes from transactions on the blockchain.

Usually, the transaction that triggers the execution of the instructions contained in a smart contract involves the payment of a fee in ETH, and in many cases in order to actually trigger the execution also involves the payment or sending of tokens specific to the smart contract itself, or other smart contracts.

Technically, smart contracts are a type of account on the Ethereum blockchain, “controlled” by the network rather than a central entity. They can store ETH or tokens, and can also send transactions on the network autonomously.

A contract in the Solidity language would be like a kind of union of a code (the functions) and data (its state) located at a specific address on the Ethereum blockchain. Each contract contains declarations of state variables, functions, function modifiers, data structures and events.

The MiCA regulation, which came into force with the aim of uniformly regulating the cryptocurrency sector within the European Union, imposes new conditions that particularly concern:

  • – The mandatory authorization of crypto service providers
  • – The transparency of whitepapers
  • – The reserve requirement for stablecoin issuers
  • – Surveillance on systemic risks

One of the main impacts is precisely on stablecoins, like USDT, which will have to demonstrate that they have solid, transparent, and accessible reserve assets.

The platforms that wish to maintain the trading of these tokens within the European market will need to ensure that the assets are fully compliant.

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