11 August 2023
In creating our view of the world around us throughout human history, religion, and science have both had a substantial impact. In contrast to religious beliefs, which offer moral frameworks and spiritual direction, scientific truths give us a greater understanding of the natural events that control our universe. These two fields frequently cross over, sparking debatable questions about how religious beliefs and scientific discoveries relate to one another. This blog explores the remarkable interaction between religious myths and scientific truths, demonstrating how two seemingly opposing approaches may really deepen and broaden our knowledge of reality.
The Power of Religious Myths
Religious myths have been the pillars of communities and civilizations all throughout the world. The moral lessons, cultural ideals, and solutions to the big challenges of life are frequently conveyed through these tales. The genesis myths of many faiths, such as Genesis in Christianity and the cosmogony of the Hindu Rigveda, serve as an example of how diverse civilizations have attempted to explain the beginnings of the cosmos and humankind.
These myths provide people a feeling of identification and belonging, strengthening ties among communities and assisting with moral decision-making. Although they are not based on empirical data, they have power because they may arouse hope, inspire faith, and give a narrative framework for deciphering life's riddles.
The Quest for Scientific Facts
Science, on the other hand, approaches the study of the world in a different way. It is based on experimentation, rigorous use of the scientific process, and empirical observation. Scientists have learned many truths about the natural world over the course of centuries of study, from the tiniest subatomic particles to the size of the cosmos.
Scientific truths are continually examined and revised in light of fresh information and discoveries. This dynamic aspect of science motivates people to explore reality more deeply and seek universal truths.
When Myths and Facts Converge
Interestingly, there are times when scientific truths and religious beliefs coincide, providing a deeper understanding of our life. For instance, the Big Bang theory, which explains the violent beginning of the universe, is consistent with the creation narratives found in many religious writings. The core idea of a cosmic beginning is surprisingly comparable even if the language employed in these myths may not be identical to scientific terms.
Furthermore, when taken symbolically rather than literally, the study of evolution and the genesis of species can be compatible with religious views. Many scholars of religion contend that the theory of evolution may be viewed as a divine mechanism by which life evolves and diversifies over time in accordance with a creator's design.
Harmony and Conflict
While there have been times when religious myths and scientific truths have coincided, there have also been disagreements. In debates over issues like the age of the Earth, the genesis of species, and the growth of the human brain, religious interpretations and scientific data have occasionally clashed. These disagreements show the potential for conflict when strongly held ideas are refuted by evidence.
The Role of Faith and Curiosity
Recognizing the roles of both faith and inquiry is crucial in negotiating the link between religious myths and scientific realities. While curiosity propels us to investigate the mechanics and principles that control the cosmos, faith provides a prism through which we might understand the meaning and purpose of the world.
The interaction between religious myths and scientific truths is evidence of how complex human cognition is. With mythology offering a framework for spiritual connection and ideals and science revealing the secrets of the natural world, both approaches provide distinctive insights into our existence. It is essential to encourage discussion and an open mind as we continue to delve into these areas since doing so will help us better understand the complex web of facts that weaves our understanding of reality.
28 September 2024
Procedures for Installation of Anaconda and Jupyter Notebook.
Visit the official Anaconda website at www.anaconda.com and click the "Free Download" button, which will take you to the download options.
2. Click the button Skip registration.
3. You will then choose the platform you want to use Anaconda on; the site offers available versions for three platforms: Windows, macOS, or Linux.
4. Select the desired directory where you want to save the file, then click Save.
Once the download is complete, navigate to the download location, run the executable file, and the installation process will begin.
5. The initial welcome window of the installation setup provides recommendations to speed up the installation process. Once you have followed these recommendations, click 'Next'.
6. On the next screen, you will see the License Agreement terms. Click "I agree" to proceed.
7. In the next window, you will be prompted to choose whether to install Anaconda for the current user or for all user accounts. Select your preferred option and click "Next."
8. The next window displays the Destination Folder where Anaconda will be installed on your system, along with the required disk space. Select your preferred location and click "Next."
9. The next window presents Advanced Installation Options. Select your desired choices and click 'Install' to proceed. The installation process will begin and may take some time. Once it is complete, click 'Next' to continue.
10. The next window displays a Thank You message along with two checkboxes, which you can select if you wish to get started with Anaconda or learn more about it. Once you have made your selections, click the "Finish" button to complete the installation process.
11. Once installed, search for the Anaconda Prompt and run it.
12. To start Jupyter Notebook, simply type jupyter notebook and press Enter. A prompt will appear, asking you which browser you would like to use to launch it. Select your preferred browser, and it will open Jupyter Notebook.
jupyter notebook
13. The command opens your IDE in a browser, and you’re all set to go.
14. To interrupt the execution of your Jupyter notebook, simply press Ctrl+CC.
15. Installing and Running TensorFlow with GPU: Create a virtual environment and name it something like "tensorflow" or simply "tf."
conda create -n tensorflow
16. Create a virtual environment and name it something like 'tensorflow' or simply 'tf'.
Proceed ([y]/n)? y
17. Now that we have the environment set up, we can activate it.
activate tensorflow
18. Inside the environment, install TensorFlow using pip. This process may take some time due to the downloading of packages and libraries.
pip install tensorflow
19. After the installation is complete, shut down your Anaconda prompt before proceeding to the next step.
20. Open the Anaconda prompt by clicking the Start button on your screen. Then, activate TensorFlow using the command below:
activate tensorflow
21. Install TensorFlow-GPU kernel using command below.
python -m ipykernel install — user — name tensorflow — display ‘TensorFlow-GPU’
22. Open your Jupyter Notebook.
jupyter notebook
23. In your browser window, click on the 'New' drop-down button and select the 'Notebook' option.
24. Check if 'TensorFlow-GPU' is listed among the Kernel Options. Click on it to open a new page for you to work on.
25. Use pip to install pyreadr: In your activated TensorFlow environment, run the following command:
pip install pyreadr
26. Verify the installation: After the installation is complete, you can verify it by running:
python -c "import pyreadr; print(pyreadr.__version__)"
27. Once installed, you can proceed with the other packages using Conda.
conda install pandas matplotlib seaborn numpy jupyter notebook scipy scikit-learn
28. If we close the Anaconda Prompt while working, the Jupyter Notebook will not function. Therefore, we need to reopen the Anaconda Prompt, type "jupyter notebook," and press Enter.
jupyter notebook