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Understanding The Basics of Tequila

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1 year ago

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The world of tequila contains more than a few surprises. Luckily, there are no better guides than Alec and Ana Tesa, founders of award-winning distillery Eleven20 Tequila. 

 “The first thing to understand is that there are a lot of fakes out there,” says Alec Tesa. Given the Tesas’ passion for traditional distilling techniques and Mexican culture, they’re the perfect people to explain the fundamentals of this amazing beverage, from what constitutes true tequila to identifying superior varieties and finding the best one for you.

Not all tequila is real

For a beverage to count as true tequila, it needs to meet certain criteria. “Most importantly, it must be made from blue agave in certain places, such as Jalisco, Guanajuato, and Michoacan,” Alec says. “That’s why we craft our artisanal tequila in the heart of tequila country.”

“While you might be able to buy spirits distilled from alternative kinds of agave in California or other places, these beverages taste different,” Ana Tesa adds. They also can’t be called tequila, which by definition must come from blue agave in Mexico.

“Terroir is important, just like with wine,” Alec explains. “Champagne only comes from Champagne, which is near Paris, and Bordeaux only comes from Bordeaux in the southwest of France. There’s something unique and magical about these places that lead to a truly special drink. It has to do with the soil, the latitude, the altitude — everything in the environment comes together perfectly to make lovely elixirs that are exclusive to those particular places.”

“The distillation of tequila from true Mexican blue agave is a beautiful and historic cultural tradition that can’t be replicated elsewhere,” Ana continues. “Keep in mind this knowledge has been handed down through generations. Proper tequila is made in Mexico by Mexicans, using methods they have refined for thousands of years.”

Unfortunately, illicit producers of fake tequila continue to try to fool consumers and often to great lengths to hide the provenance of their products, even reusing bottles from legitimate tequila distilleries to masquerade as the real thing. In addition to scamming people with lesser quality beverages, sometimes they also bottle their products with toxic substances that can have dangerous effects on those who drink them.

How to identify real tequila

To spot true tequila, the Tesas recommend reading labels carefully. “It might seem obvious, but the first rule to follow is to look for the word tequila specifically,” Alec remarks. “Not agave liqueur, not agave eau de vie, and not agave distillates — none of those are the real thing. Also, remember that mezcal is different from tequila as well, since it can be made from other agaves, not pure blue agave like tequila.”

“The bottle should be in pristine condition,” Ana says. “If it looks like someone might have taken the lid off and refilled it, then keep in mind that dubious beverage companies actually do that, so that might be what you’re actually looking at.”

“Don’t buy anything that doesn’t have a label,” Alec adds. “You really shouldn’t even accept a drink for free from a bottle like that!”

The Tesas also recommend purchasing tequila only from established, reputable retailers. “Avoid dodgy situations,” Ana continues. “Don’t try to buy it off the street or at a flea market. It might look like a good deal, but you’re really just getting ripped off.”

According to the Tesas, an even better way to verify authenticity is to look the beverage company up on the official list of producers, which the Consejo Regulador del Tequila (CRT) makes available online. “If the company isn’t listed, it’s not what you want,” Alec says.

Even among real tequilas, a range of different qualities is available.

Identifying the best tequila

“The best tequila is made entirely from blue agave,” Alec says, “so look for ‘100 percent’ on the label.”

“You should also look for brands that don’t have any additives,” Ana adds. “The best tequila is pure. Similarly, if a label says ‘Mixto,’ that means it’s tequila mixed with up to 49 percent other things. For some brands, that means nearly half the drink is sugar.”

Ultimately, what makes a great tequila is its great taste. “Fancy packaging might look impressive, but you can’t drink it,” Alec says. “What’s more important is what that spirit tastes like neat.”

Tequila can also be aged in barrels for different periods of time, which changes the drink’s flavor profile. The youngest variety is called blanco, which goes straight to store shelves after bottling. Reposado comes next, having been aged for two months up to a year, while Añejo is the oldest, aged for one to three years.

“While many people favor aged tequilas, you’ll need to taste the different options yourself to see what you prefer,” Ana says. “Blanco tends to be flashier, which lots of people like best. Whiskey drinkers tend to prefer the older versions, which can take on hints of spices or vanilla from the barrels.”

Experience a Mexican tradition

Finally, the Tesas recommend buying tequila from producers that use traditional Mexican production techniques like Eleven20. “The best experience is an authentic one,” Alec says. “These processes might be slower, but the taste is more than worth the effort.”

For a true Mexican experience, make sure you turn to true Mexican tequila like Eleven20.

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Rosario is from New York and has worked with leading companies like Microsoft as a copy-writer in the past. Now he spends his time writing for readers of BigtimeDaily.com

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Business

Interview with Jason Ho, CEO of Teklium: A Vision for the Future of Technology

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5 days ago

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October 16, 2024

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Photo courtesy of Teklium 

By Mj Toledo

There is a wealth of experience behind Teklium, and it is embodied in its chief executive officer (CEO), Jason Ho. His educational foundation was laid at National Chiao Tung University and Pennsylvania State University, where he developed his skills in electrical engineering. With over 400 patents to his name, he has played a key role in advancing semiconductor technologies and artificial intelligence (AI).

From leading custom chip design for the F35 Fighter Jet to innovating at Teklium, Ho’s work has been adopted by major corporations worldwide. In this interview, he shares his vision for the future of technology and how Teklium’s developments fit into this broader landscape.

Q: Hi, Jason. For those who may not be familiar with Teklium, could you tell us more about your company?

Jason Ho: Certainly. Teklium is a technology company focused on improving AI and semiconductor technologies. Our mission is to create self improving AI systems and hardware that can tackle various technological challenges and shape the future of multiple industries.

Q: You hold over 400 international patents, with one of your most notable innovations being hydrogen battery technology. What inspired you to promote this sustainable transportation solution?

Jason Ho: I’ve always been deeply interested in finding sustainable energy solutions, especially in transportation. Traditional lithiumion batteries have clear limitations, both in terms of performance and their environmental impact due to resource mining. Hydrogen batteries present a promising alternative, offering both environmental benefits and faster refueling times, which could make electric vehicles more practical and appealing.

Q: What drove you to focus on hydrogen battery technology specifically?

Jason Ho: My collaboration with Mark Bayliss, President of Visual Link, played a significant role. Mark introduced the concept of a closed loop hydrogen system, and our joint efforts resulted in the development of a hydrogen battery technology that we believe can provide a clean and safer alternative to lithiumion batteries. This inspired me to continue refining the technology, working with Visual Link to bring it to market.

Q: How do you see your company’s hydrogen battery technology impacting the electric vehicle industry in the next decade?

Jason Ho: I’ve thought about this a lot. Our hydrogen battery technology has the potential to revolutionize the electric vehicle industry by offering a more efficient and sustainable energy source. The ability to refuel quickly, combined with the technology’s adaptability to a wide range of temperatures, could make electric vehicles far more practical and attractive to consumers in the long term.

Q: Can you explain the significance and potential impact of Teklium’s closed loop hydrogen energy system on global energy consumption?

Jason Ho: The closed loop hydrogen energy system is groundbreaking because it enables onsite hydrogen generation through water electrolysis, eliminating the need for external supply chains. This drastically lowers energy consumption and minimizes environmental impact by recycling water in a continuous loop. The system offers an environmentally friendly solution for industries beyond transportation, including energy storage and telecommunications.

Q: What challenges do you foresee in scaling up hydrogen battery production, and how does Teklium plan to address them?

Jason Ho: Scaling up hydrogen battery production comes with significant challenges, including the development of necessary infrastructure, reducing production costs, and ensuring safety standards. At Teklium, we plan to address these obstacles by partnering with industry leaders to build the required infrastructure and by investing in research to lower costs. We’re also committed to implementing rigorous safety protocols to ensure the technology performs reliably.

Q: How does Teklium’s strategy for AI infrastructure differ from traditional approaches?

Jason Ho: At Teklium, we’re taking a different approach by exploring ways to develop advanced materials and technologies that could improve the performance and efficiency of AI infrastructure. We’re focused on moving beyond traditional silicon based systems and envision a future where we can create three dimensional chip structures that significantly reduce data movement and energy consumption. By integrating memory and processing capabilities, we believe we can revolutionize AI workloads.

Q: Teklium has ambitious plans for extending Moore’s Law. Can you elaborate on how these plans could transform the semiconductor industry?

Jason Ho: Siliconbased chips are nearing their physical limits, so we’re exploring technologies that could allow us to scale transistor density both vertically and horizontally. By adopting these new approaches, we aim to significantly increase chip performance and, in doing so, challenge the traditional expectations of Moore’s Law. We also envision a future where chips are reusable and can be reprogrammed over decades, which could reshape the semiconductor industry’s business model in terms of sustainability and efficiency.

Q: What environmental benefits could Teklium’s technologies bring, particularly in reducing carbon emissions and resource consumption?

Jason Ho: Our innovations could have a profound impact on the environment. We’re committed to developing technologies that reduce resource consumption and minimize waste. By creating more efficient manufacturing processes and extending the lifespan of chips, we hope to significantly reduce electronic waste. Our work on AI infrastructure could also cut energy consumption in data centers by as much as 60%, which would translate into substantial reductions in carbon emissions. And, of course, our hydrogen battery technology offers a clean energy storage solution that could accelerate the adoption of renewable energy sources.

Q: Aside from electric vehicles, what are some other exciting applications of Teklium’s hydrogen battery technology?

Jason Ho: While electric vehicles are an obvious application, there are so many more exciting possibilities. Our hydrogen batteries could serve as large scale energy storage solutions, balancing grid loads and supporting renewable energy sources like wind and solar power. They could also power remote cell towers and data centers in areas where traditional power sources are unreliable. In aerospace, these batteries could enable long range drones and even electric aircraft. The potential applications in disaster relief and military operations, where portable and reliable energy is critical, are also very exciting.

Q: How does your collaboration with companies like Nantero and Visual Link advance Teklium’s technological developments?

Jason Ho: Our collaboration with Nantero is allowing us to explore advanced memory architectures, while our partnership with Visual Link offers crucial insights into practical applications and market needs. Visual Link also helps us navigate regulatory challenges, ensuring our innovations are commercially viable and compliant with industry standards.

Q: Teklium is involved in the concept of AI City in partnership with West Virginia Data Center Group. Can you tell us more about the vision for this project?

Jason Ho: AI City is an ambitious concept that we’re working on with the West Virginia Data Center Group to turn into reality. The idea is to create an intelligent infrastructure that incorporates cutting edge technologies in AI and data centers, optimizing everything from energy usage to communication networks. We envision a city that can learn and adapt to the needs of its residents, reducing inefficiencies and improving quality of life. It’s still in the planning stages, but we’re confident it can become a reality in the near future.

Q: What are your long term goals for Teklium, and how do you see your inventions influencing future generations?

Jason Ho: My long term vision for Teklium is to become a leader in sustainable technology solutions. We aim to continue pushing the boundaries of AI, semiconductor technology, and energy solutions. I want our innovations to inspire future generations to tackle global challenges like climate change and resource scarcity. Ultimately, I hope Teklium’s work contributes to a more connected and sustainable world.

While Teklium’s advancements may take time to fully realize, they open up exciting possibilities for addressing critical challenges like energy consumption and sustainability. Under Jason Ho’s leadership, Teklium is poised to make a significant impact on the future of technology and the environment.

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