https://t.co/pgec0762iw - “new kind of warrior linking the human brain to machines, to millions of sensors and to the computer cloud.” “… neural implants for brain–computer interfacing would allow for seamless interaction between individuals and secondary assets (machines).

Mr. Lieber and his partners were working on exactly this type of technology and received substantial funding from the Department of Defense and many of its agencies. Mr. Lieber and his colleagues were awarded a number of patents, but the most important one appears to be a 2015
patent award called “Systems and Methods for [nano-scale] Injectable Devices.” The idea of the 2015 patent was to inject a nano-scale matrix into the brain and creating a brain interface that could be linked to machines.
https://t.co/7JpanuLQmV | https://t.co/NR1yqpS8RU | https://t.co/PqDwfWSOwT
https://t.co/k1ufWtpknZ
https://t.co/KPyr38Jdkz
https://t.co/s2OS9JVljj
https://t.co/84BX9g0Pib
https://t.co/iHXxKfuwqT
https://t.co/lHx6A3PyAH
https://t.co/3MpG7tJJ5S
https://t.co/ckrEaHUwNr
https://t.co/NxwxJYqYht
https://t.co/tWs2xt8EwZ
https://t.co/PssBiCsjO0
https://t.co/66DSDqLmuq
https://t.co/gwh2DQWH2I
https://t.co/9TEzAbPGIr
https://t.co/X0ottjxGQQ
https://t.co/W25io7vbCd
https://t.co/VFocRtwYfT
https://t.co/3nvztKE2kg
https://t.co/xX5iAzKlvB “IMAGINE BEING ABLE to signal an immune cell to generate antibodies that would fight bacteria or even cancer. That fictional possibility is now a step closer to reality with the development of a bio-compatible transistor the size of a virus.”
https://t.co/tK72k2FdCA “Digital electronics are so powerful that they dominate our daily lives. When scaled down, the differences between digital and living systems blurs, so that you have an opportunity to do things that sound like science fictions, things that people have only
dreamed about,” says Lieber.
https://t.co/y6YNTWzazM - Electrical detection of single viruses.
https://t.co/yKyYEL0CqU
https://t.co/EfURCIbNw8
https://t.co/icHO8Qbt1e
https://t.co/Ky2ZrUUyym
https://t.co/6HrsUrZYEO
https://t.co/l363KN4fWf “Nanoelectronics for biology and medicine: Lieber demonstrated the first direct electrical detection of proteins, selective electrical sensing of individual viruses and multiplexed detection of cancer marker proteins and tumor enzyme activity. His approach
uses electrical signals for high-sensitivity, label-free detection, for use in wireless/remote medical applications.
https://t.co/lAanFWxgY5
https://t.co/vW6FKt30Un The Lieber 🇮🇱 connection that was missing...
https://t.co/kctikfOaKr
https://t.co/TDwwGNtp4I The interface between nanosystems and biosystems is emerging as one of the broadest and most dynamic areas of science and technology, bringing together biology, chemistry, physics and many areas of engineering, biotechnology and medicine.
https://t.co/FboKQdtKdm
https://t.co/fFa1cZXQ7v
https://t.co/YuMtJuaG9f
https://t.co/U21vKVWL98
https://t.co/eU77V1p0gz Biggest Biotech Fundraising
The startup last year completed the largest biotech funding round ever, raising over $900 million in the first close of a Series B financing, data compiled by Bloomberg show. The next biggest private funding from the sector is a
$500 million round Cambridge, Massachusetts-based Moderna Therapeutics completed earlier this year, according to the data.
https://t.co/nZ1xMZUnEP
https://t.co/3Ug4p2Ce08 development of transformative medicines based on messenger ribonucleic acid (mRNA). Prophylactic vaccines, cancer 💉 , intratumoral immuno-oncology, localized regenerative therapeutics, systemic secreted therapeutics, & systemic intracellular therapeutics
https://t.co/s4y04dZoNS
Why? The world can't wait for traditional vaccine deployment timelines, so the foundation aims to help scale up manufacturing during testing, instead of after, Gates said https://t.co/jMtz3JDWH3
https://t.co/9nEp45Zqce https://t.co/UHC7jYGtuF
https://t.co/i8NIQh02Xa
https://t.co/ngVk7r4AmL
https://t.co/WDsvhCvkP1
https://t.co/Doj834k78C
https://t.co/VHi4AxId6E
https://t.co/R8yyg1CHFK
https://t.co/L7lcv6FZyb
https://t.co/aX6dhOCuyV - HARVARD CHINA FUND PROGRAMS
https://t.co/yZrk0b8sac
https://t.co/uBQEgLGY9Q awarded more than $1.5 million to establish a secret research lab in Wuhan.
https://t.co/orklCIgx6o
Zaosong Zheng, a 🇨🇳 national, was arrested on 10/12/2019, at Boston’s Logan Airport. He's accused with attempting to smuggle 21 vials of biological research, from Lieber’s research laboratory, which were then to be brought to Wuhan. https://t.co/UAzsN1aBXJ
https://t.co/FjcUlpUXwg
The smoke screen: https://t.co/9aD71FgFgQ This was to cover up what he was REALLY doing in the sponsored lab created by him in Wuhan. The arrest for not declaring 💰 in US is a cover up.
https://t.co/UrEmX2SkF8
https://t.co/t5jSr8RJmJ Looking back years later, the two defining historic events of 2020 would be the coronavirus pandemic, and the other would be [China’s] digital currency

Xu Yuan
https://t.co/mWUfGAl0T0
https://t.co/ycwA3svxHh
https://t.co/d3pjg3Sz3p
https://t.co/jrw10O8u9Y
https://t.co/FyceechRFQ
https://t.co/VcvXX7BgEh
https://t.co/3o2leKlSjb
https://t.co/clWM7hwYEv
https://t.co/5z7Tzew2Yv
https://t.co/4hXMsdI15o
https://t.co/sSeLymQOry
https://t.co/wgZLjrUta2
https://t.co/x9InAfoQUr
Illiad founder Xavier Niel called Libra "inevitable" in French newspaper les Echos on Sunday, according to a translated version sent to CNET by Iliad. He called Libra "a reliable, constructive, exacting project."
Lê Monde = Xavier Niel | Washington Post = Jeff Bezos
https://t.co/aO1U2oRu0z
https://t.co/ycDkJNIF0k
https://t.co/J5D1b3yjGm
https://t.co/uvmRTS0jgj
https://t.co/OyblHsA1mt
https://t.co/5Adnm3BAJQ
https://t.co/7QZb0PEjPw
https://t.co/uaIepJbk8A
https://t.co/HSt0NW32G9
https://t.co/5lPuzSnRAU
https://t.co/hC99tgYD1J “Les mineurs font partie intégrante du processus. Sans eux, la Blockchain serait figée. Un mineur en effet confirme les transactions qui ont lieu sur la Blockchain.” Lieber neuronanobiosensors and Microsoft patent eliminate the need and costs of “mineurs”.

More from All

॥ॐ॥
अस्य श्री गायत्री ध्यान श्लोक:
(gAyatri dhyAna shlOka)
• This shloka to meditate personified form of वेदमाता गायत्री was given by Bhagwaan Brahma to Sage yAgnavalkya (याज्ञवल्क्य).

• 14th shloka of गायत्री कवचम् which is taken from वशिष्ठ संहिता, goes as follows..


• मुक्ता-विद्रुम-हेम-नील धवलच्छायैर्मुखस्त्रीक्षणै:।
muktA vidruma hEma nIla dhavalachhAyaiH mukhaistrlkShaNaiH.

• युक्तामिन्दुकला-निबद्धमुकुटां तत्वार्थवर्णात्मिकाम्॥
yuktAmindukalA nibaddha makutAm tatvArtha varNAtmikam.

• गायत्रीं वरदाभयाङ्कुश कशां शुभ्रं कपालं गदाम्।
gAyatrIm vardAbhayANkusha kashAm shubhram kapAlam gadAm.

• शंखं चक्रमथारविन्दयुगलं हस्तैर्वहन्ती भजै॥
shankham chakramathArvinda yugalam hastairvahantIm bhajE.

This shloka describes the form of वेदमाता गायत्री.

• It says, "She has five faces which shine with the colours of a Pearl 'मुक्ता', Coral 'विद्रुम', Gold 'हेम्', Sapphire 'नील्', & a Diamond 'धवलम्'.

• These five faces are symbolic of the five primordial elements called पञ्चमहाभूत:' which makes up the entire existence.

• These are the elements of SPACE, FIRE, WIND, EARTH & WATER.

• All these five faces shine with three eyes 'त्रिक्षणै:'.
How can we use language supervision to learn better visual representations for robotics?

Introducing Voltron: Language-Driven Representation Learning for Robotics!

Paper: https://t.co/gIsRPtSjKz
Models: https://t.co/NOB3cpATYG
Evaluation: https://t.co/aOzQu95J8z

🧵👇(1 / 12)


Videos of humans performing everyday tasks (Something-Something-v2, Ego4D) offer a rich and diverse resource for learning representations for robotic manipulation.

Yet, an underused part of these datasets are the rich, natural language annotations accompanying each video. (2/12)

The Voltron framework offers a simple way to use language supervision to shape representation learning, building off of prior work in representations for robotics like MVP (
https://t.co/Pb0mk9hb4i) and R3M (https://t.co/o2Fkc3fP0e).

The secret is *balance* (3/12)

Starting with a masked autoencoder over frames from these video clips, make a choice:

1) Condition on language and improve our ability to reconstruct the scene.

2) Generate language given the visual representation and improve our ability to describe what's happening. (4/12)

By trading off *conditioning* and *generation* we show that we can learn 1) better representations than prior methods, and 2) explicitly shape the balance of low and high-level features captured.

Why is the ability to shape this balance important? (5/12)

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Following @BAUDEGS I have experienced hateful and propagandist tweets time after time. I have been shocked that an academic community would be so reckless with their publications. So I did some research.
The question is:
Is this an official account for Bahcesehir Uni (Bau)?


Bahcesehir Uni, BAU has an official website
https://t.co/ztzX6uj34V which links to their social media, leading to their Twitter account @Bahcesehir

BAU’s official Twitter account


BAU has many departments, which all have separate accounts. Nowhere among them did I find @BAUDEGS
@BAUOrganization @ApplyBAU @adayBAU @BAUAlumniCenter @bahcesehirfbe @baufens @CyprusBau @bauiisbf @bauglobal @bahcesehirebe @BAUintBatumi @BAUiletisim @BAUSaglik @bauebf @TIPBAU

Nowhere among them was @BAUDEGS to find